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GSE In-Roof Portrait Top Right Corner Flashing 30mm - Black #2: GSE-ART106408 Minimum order - Available only with other mounting items  GSE Data Sheet GSE Installation Manual  GSE Insurance Certificate Warranty The GSE In-Roof Portrait Top Right Corner Flashing 30mm (Black) is a precision-engineered mounting accessory designed for use with the GSE In-Roof solar mounting system. It provides a secure and weatherproof finish at the top right corner of portrait-oriented in-roof solar arrays, ensuring long-term protection and a seamless roof-integrated appearance. This component is essential for completing professional in-roof PV installations using 30mm framed solar panels. Designed for Integrated Solar Roof Systems Optimised for Portrait Panel Configurations Specifically developed for portrait-mounted solar modules, this flashing ensures proper water drainage and structural alignment at the upper right edge of the array. Compatible with 30mm Framed Modules Designed for accurate fit with 30mm panel frames, ensuring clean integration within the GSE mounting system. Seamless Compatibility with the GSE In-Roof System Fully Integrated Mounting Solution As part of the GSE In-Roof System, this flashing works alongside other GSE components to create a flush, aesthetically pleasing solar installation without traditional above-roof rails. Proven European Market Success The GSE In-Roof System has achieved over 60% market share in residential installations in France and continues to gain popularity due to its simplicity, cost-effectiveness, and reliability. Durable, Lightweight & Installer-Friendly Easy Handling and Installation Weighing just 0.5 kg, this component is lightweight and simple to position, helping installers reduce time on site. Professional Black Finish The durable black finish ensures a consistent appearance that blends seamlessly with solar panels and roofing materials. Technical Specifications General Information Product Name: In-Roof Portrait Top Right Corner Flashing 30mm Mounting Type: In-Roof PV System Component System Compatibility: GSE In-Roof Mounting System Physical Details Supplier Part Number: ART106408 Weight: 0.5 kg Colour: Black Why Choose GSE In-Roof Flashing Components? ✔ Designed for secure, integrated solar roof installations✔ Ensures effective weatherproofing at array edges✔ Compatible with 30mm framed portrait solar panels✔ Lightweight and easy to install✔ Part of a widely adopted European in-roof mounting solution  

Deks Fast Flash 560mm x 5m Roll - Black #2: FFLASH-5560B    Deks Fast Flash Datasheet Deks Fast Flash Installation Guide Minimum order - 1 Fast Flash Self-Adhesive Lead Replacement for Solar PV Systems Overview Fast Flash is a high-quality, self-adhesive lead replacement material ideal for solar panel installations. Designed for durability and ease of use, it ensures watertight protection around roof penetrations and along PV array edges. Perfect for modern solar in-roof systems, Fast Flash is a flexible solution that goes beyond traditional lead flashing. Features Self-adhesive backing for quick and secure installation Suitable for large round or square roof penetrations where Dektite cannot be used Creates a watertight seal in minutes, reducing installation time Can be used as a continuous waterproof border along the bottom or top edge of PV arrays Compatible with GSE In-Roof and Easy Roof In-Roof systems as a sealing strip replacement Benefits Durable and long-lasting: Protects roofs from water ingress Versatile: Works on a variety of solar panel configurations and roof types Cost-effective: Reduces the need for traditional lead and additional flashing components Time-saving: Self-adhesive design speeds up installation and reduces labour

To view our full range of home battery storage packages visit our collection page here To request a bespoke home battery storage quote please complete our quotes form Nationwide Solar & Battery Installations Across the UK We provide professional solar and battery storage installations nationwide across most areas of the UK. Every system is fully certified and installed by qualified engineers, giving you peace of mind and long-term reliability. Solis Plus S6 Hybrid Data Sheet  Solis Plus 8-10kW Hybrid Data Sheet Fogstar 16.1kWh ECO Datasheet Home Backup: Home backup is available by utilising the Fox EPS Box together with the Gateway / EPS wiring.  To add this to your order, following payment of the deposit, notify our team along with the requested information so the cabling route can be checked and can be added to your order without VAT.   Solis 3.6/5/6/8/10kW Hybrid PLUS AI Optimised Inverter with UK based Fogstar Energy ECO 16.1kWh Battery  Solis extended warranty available here The Solis Single-Phase Low-Voltage PLUS Energy Storage Inverter is engineered for high-performance residential and light commercial applications requiring reliability, flexibility, and advanced energy control. Featuring 8 MPPT's, FAST UPS-level backup switching, high surge capability, and generator compatibility, the PLUS model is ideal for sites with demanding loads and complex energy profiles. Key Features & Benefits Integrated Backup Port with Automatic UPS Switching for seamless power continuity AI Optimised cloud-based, automated energy management assistant Up to 190A max charge/discharge current for high-power battery performance Up to 200% DC oversizing for enhanced energy harvest Six fully customisable charge/discharge time settings for tariff optimisation 200% surge power capability (10 seconds) to support high inrush loads Generator connectivity with multiple input methods and automatic generator start/stop control Flexible parallel operation supporting both single-phase and three-phase configurations, up to 48kW total Intelligent AC-coupling enables easy retrofitting to existing grid-connected PV systems Peak shaving support in both self-use and generator modes Compatible with lead-acid and lithium batteries, with comprehensive battery protection features Fogstar Energy 48V 16.1kWh ECO Commercial-Grade Lithium Storage | Integrated Fire Suppression | Cold-Weather Charging to -10°C The Fogstar Energy 48V 16.1kWh ECO Battery (2026 Edition) is a fully assembled, high-performance lithium energy storage solution designed for residential and small commercial solar installations. Built using 3.2V 314Ah Grade A LiFePO₄ cells in a robust 1P16S configuration, this battery delivers exceptional cycle life, reliable performance, and seamless compatibility with leading hybrid inverter brands. The upgraded 2026 model introduces integrated fire suppression and built-in battery heating, allowing safe charging down to -10°C — making it ideal for garages, plant rooms, outbuildings, and winter installations across the UK. Whether you're installing for a homeowner or designing a scalable commercial system, this unit offers safety, longevity, and outstanding value. Key Benefits ✔ Fully Assembled – Ready to Install Supplied as a complete Fogstar / Seplos built unit. No DIY assembly required. Perfect for installers looking for a plug-and-play solution. ✔ Scalable Energy Storage Connect up to 16 units in parallel for a total capacity of 257.6kWh — ideal for larger residential projects or commercial energy systems. ✔ Long Lifespan Performance • 8000 cycles at 80% Depth of Discharge• Designed for long-term daily cycling• Stable LiFePO₄ chemistry ✔ Integrated Fire Suppression (2026 Upgrade) An automatic, heat-activated aerosol fire suppression system provides rapid internal protection for enhanced system safety. ✔ Cold-Weather Charging to -10°C Built-in battery heating allows reliable charging in colder environments — perfect for UK winters and unheated installation spaces. ✔ Intelligent Battery Management • Seplos 200A BMS• JK 2A Active BalancerEnsures optimal cell balancing, extended lifespan, and consistent performance. ✔ Seamless Inverter Compatibility Pre-loaded communication protocols support: • Victron• Pylontech• Growatt• Sofar• Solis• Goodwe Includes CAN & RS485 communication for smooth integration. ✔ Real-Time Monitoring Integrated LCD touchscreen display provides live system data and operational feedback. ✔ Commercial-Grade Value High capacity, premium components, and advanced safety features at an exceptional cost per kWh.   Includes SOL-METER-1PH-EASTRON 

Fogstar Energy 16.1-64.4kWh 51.2V Modular Battery Stack  #12: Fog/En/Stack Fogstar Battery stack Datasheet *Please note: Stock is supplied direct from Fogstar and a minimum of 4 business days is required for mainland UK delivery from when stock is available to dispatch. The calendar at checkout can not be used to book the delivery date for Fogstar/Lux products Scalable Commercial LiFePO₄ Energy Storage | IP65 | Integrated Heating & Fire Suppression The Fogstar Energy Modular Battery Stack is a high-capacity, low-voltage (51.2V) LiFePO₄ energy storage system designed for residential, commercial and light industrial applications. Built from 1-4 X 16.1kWh battery modules, and managed by a single top-mounted control unit that operates the system as one fully integrated solution. System Overview Each stack consists of: • 16.1kWh LiFePO₄ battery modules• Integrated top-mounted control unit• Heavy-duty base plate structure• Built-in 350A isolation breaker Once assembled, the control unit manages all modules as one unified battery system — simplifying commissioning, inverter communication, monitoring and servicing. The modular architecture allows additional stacks to be added at any time, making this solution ideal for phased commercial installs or growing energy demand.   Advanced Integrated BMS A high-performance Battery Management System delivers: • Precise charge & discharge control• Full protection against over/under voltage & temperature• Support for high-power inverter systems• Long-term reliability and system stability Seamless Inverter Integration CAN & RS485 communication enables compatibility with leading inverter brands including: • Victron• LuxPower• Sunsynk• Solis• Voltronic• Voltacon Ideal for hybrid, backup and off-grid applications. Fully Scalable Architecture • 1 × battery = 16.1kWh• Multiple stacks connected in parallel• Scales up to 1.23MWh total capacity Perfect for commercial properties, agricultural sites, workshops, warehouses and large residential installs. IP65-Rated Construction A robust, sealed enclosure protects against dust and moisture, allowing: • Indoor installation• Plant room installation• Outdoor installation (where suitable) Built for real-world environments. Integrated Fire Suppression Heat-activated aerosol fire suppression system provides: • Automatic internal protection• No external maintenance requirements• Enhanced site safety compliance Cold-Weather Ready (Down to –15°C) Integrated battery heating enables: • Safe low-temperature charging• Reliable winter operation• Installation in unheated plant rooms and outbuildings Operating conditions:• Charge: 0–45°C (with heating enabled)• Discharge: –20–45°C JK 2A Active Cell Balancing Continuous active balancing improves: • Cell voltage equalisation• System efficiency• Long-term lifespan• Performance stability under load High Output Performance • 51.2V (48V nominal) low-voltage system• 300A maximum charge & discharge current• Designed to support high-demand inverters• Ideal for backup, peak shaving & off-grid applications Built-In 350A Breaker Integrated breaker allows full system isolation for: • Maintenance• Fault conditions• Emergency shutdown Warranty & Support • 6-Year Manufacturer Warranty• 10 Years UK-Based Customer Support Technical Specifications Specification Details Model FE51.2 Rated Energy16.1 16.1kWh Nominal Voltage 51.2V Operating Voltage Range 43.2V – 57.6V Cycle Life 8,000 cycles @ 91% DOD Max Discharge Current 300A Max Charge Current 300A Working Temperature (Charge) 0–45°C (with heating) Working Temperature (Discharge) –20–45°C Ingress Protection IP65 Communication CAN / RS485 What’s Included The system is supplied with: ✔ Pre-Terminated 95mm² Battery Power Cables Heavy-duty, high-current cables supplied ready terminated for fast installation. Allows: • Direct battery-to-inverter connection• Connection via external DC busbar (where required) ✔ Amphenol-Terminated Battery Interconnect Cables • Secure locking connectors• Low-resistance current transfer• Reliable parallel stack expansion ✔ 1.5m Communication Cable Enables: • CAN / RS485 communication• Inverter control• System monitoring integration Installation Guidance The supplied 95mm² power cables are compatible with most inverter systems. In some installations: • Battery cables may be routed to a DC busbar• Manufacturer-supplied inverter leads may be used for final inverter connection

Fogstar Energy 48V 16.1kWh ECO White Battery (2026 Version)  #12: Fog/Sep/16kw/BL/V2 Fogstar 16.1kWh ECO Datasheet *Please note: Stock is supplied direct from Fogstar and a minimum of 4 business days is required for mainland UK delivery from when stock is available to dispatch. The calendar at checkout can not be used to book the delivery date for Fogstar/Lux products Commercial-Grade Lithium Storage | Integrated Fire Suppression | Cold-Weather Charging to -10°C The Fogstar Energy 48V 16.1kWh ECO Battery (2026 Edition) is a fully assembled, high-performance lithium energy storage solution designed for residential and small commercial solar installations. Built using 3.2V 314Ah Grade A LiFePO₄ cells in a robust 1P16S configuration, this battery delivers exceptional cycle life, reliable performance, and seamless compatibility with leading hybrid inverter brands. The upgraded 2026 model introduces integrated fire suppression and built-in battery heating, allowing safe charging down to -10°C — making it ideal for garages, plant rooms, outbuildings, and winter installations across the UK. Whether you're installing for a homeowner or designing a scalable commercial system, this unit offers safety, longevity, and outstanding value. Key Benefits ✔ Fully Assembled – Ready to Install Supplied as a complete Fogstar / Seplos built unit. No DIY assembly required. Perfect for installers looking for a plug-and-play solution. ✔ Scalable Energy Storage Connect up to 16 units in parallel for a total capacity of 257.6kWh — ideal for larger residential projects or commercial energy systems. ✔ Long Lifespan Performance • 8000 cycles at 80% Depth of Discharge• Designed for long-term daily cycling• Stable LiFePO₄ chemistry ✔ Integrated Fire Suppression (2026 Upgrade) An automatic, heat-activated aerosol fire suppression system provides rapid internal protection for enhanced system safety. ✔ Cold-Weather Charging to -10°C Built-in battery heating allows reliable charging in colder environments — perfect for UK winters and unheated installation spaces. ✔ Intelligent Battery Management • Seplos 200A BMS• JK 2A Active BalancerEnsures optimal cell balancing, extended lifespan, and consistent performance. ✔ Seamless Inverter Compatibility Pre-loaded communication protocols support: • Victron• Pylontech• Growatt• Sofar• Solis• Goodwe Includes: 1.5m CAN & RS485 communication for smooth integration. 1.5m 50mm battery cable terminated with M8 ring lugs ✔ Real-Time Monitoring Integrated LCD touchscreen display provides live system data and operational feedback. ✔ Commercial-Grade Value High capacity, premium components, and advanced safety features at an exceptional cost per kWh. Technical Specifications Specification Details Rated Energy 16.1kWh Cell Configuration 1P16S Cell Type 3.2V 314Ah Grade A LiFePO₄ Nominal Voltage 51.2V Operating Voltage Range 42V – 58.2V Capacity 314Ah Cycle Life 8000 cycles @ 25°C, 50A (91% DOD) Charge Temperature -10°C to 40°C Discharge Temperature -20°C to 40°C Rated Charge Current 100A Rated Discharge Current 200A Maximum Discharge Current 200A Battery Management System Seplos 200A BMS Active Balancer JK 2A Weight 119.5kg ±3kg Dimensions (mm) 898.5 (H) × 415 (L) × 260 (W) Communication CAN & RS485 Pre-Loaded Protocols Victron, Sofar, Pylontech, Growatt, Solis, Goodwe Warranty 6 Years Customer Support 10 Years Ideal For • Residential solar + battery retrofits• New build solar installations• Off-grid and hybrid systems• Small commercial energy storage• Installations in cold garages or outbuildings• Projects requiring scalable storage capacity Why Buy From ITS Technologies? At ITS Technologies, we specialise in supplying reliable, installer-friendly solar and battery solutions across the UK. Our team understands system design, inverter compatibility, and DNO requirements — so you can purchase with confidence. Need help designing your system? Speak to our technical team today.

GSE In-Roof Portrait Top Left Corner Flashing 30mm - Black #2: GSE-ART106401   GSE Data Sheet GSE Installation Manual  GSE Insurance Certificate Warranty   The GSE In-Roof Portrait Top Left Corner Flashing 30mm (Black) is a precision-manufactured mounting accessory designed for use within the GSE In-Roof solar mounting system. It provides a secure, weatherproof finish at the top left corner of portrait-oriented in-roof solar arrays, ensuring long-term roof protection and a professional integrated appearance. This component is essential for completing a flush, roof-integrated PV installation using 30mm framed solar panels. Designed for In-Roof Solar Integration Optimised for Portrait Module Layouts Specifically engineered for portrait-configured solar panels, this top left corner flashing ensures proper water drainage and structural continuity at the edge of the array. 30mm Frame Compatibility Designed for use with 30mm framed modules, providing accurate alignment and reliable installation within the GSE system. Seamless GSE System Compatibility Fully Integrated with GSE In-Roof Mounting This flashing forms part of the complete GSE In-Roof System, enabling installers to create a clean, flush solar array without traditional above-roof mounting rails. Proven European Market Adoption The GSE In-Roof system has secured over 60% market share in residential installations in France and continues expanding internationally due to its ease of installation, cost efficiency, and dependable performance. Durable, Lightweight & Installer-Friendly Lightweight Construction With a weight of just 0.5 kg, this component is easy to handle and position during installation, helping streamline on-site work. Professional Black Finish The durable black finish blends seamlessly with solar modules and roofing materials, delivering a modern, discreet aesthetic. Technical Specifications General Information Product Name: In-Roof Portrait Top Left Corner Flashing 30mm Mounting Type: In-Roof PV System Component System Compatibility: GSE In-Roof Mounting System Physical Details Supplier Part Number: ART106401 Weight: 0.5 kg Colour: Black Why Choose GSE In-Roof Flashing Components? ✔ Designed for integrated, in-roof solar installations✔ Ensures effective weatherproofing at array edges✔ Compatible with 30mm framed portrait solar panels✔ Lightweight and easy to install✔ Part of a widely adopted European in-roof mounting solution For technical queries or to report any product information issues, please contact our team via the website contact form.

GSE In-Roof Portrait Top Junction Flashing 30mm - Black #2: GSE-ART106394  3: ART106394 Minimum order - Available only with other mounting items  GSE Data Sheet GSE Installation Manual  GSE Insurance Certificate Warranty   GSE In-Roof Portrait Top Junction Flashing 30mm – Black The GSE In-Roof Portrait Top Junction Flashing 30mm (Black) is a precision-engineered mounting component designed for use within the GSE In-Roof photovoltaic mounting system. It ensures a secure, watertight finish at the top junction of portrait-oriented in-roof solar arrays, helping maintain long-term roof integrity and system durability. This component is essential for creating a clean, professional integrated solar installation. Designed for In-Roof Solar Installations Optimised for Portrait Panel Layouts Specifically developed for portrait-oriented PV modules, this top junction flashing ensures proper water management and seamless alignment between adjoining panels. 30mm System Compatibility Engineered for use with 30mm frame solar modules within the GSE in-roof system, providing accurate fit and secure integration. Seamless GSE System Integration Fully Compatible with GSE In-Roof Mounting This flashing integrates directly into the GSE In-Roof System, allowing installers to create flush, roof-integrated solar arrays without the need for traditional above-roof mounting rails. Proven European Market Leader The GSE In-Roof System holds over 60% market share in residential installations in France and continues to grow in the UK due to its cost-effective design, ease of installation, and reliable performance. Durable & Installer-Friendly Design Lightweight and Easy to Handle With a weight of just 0.56 kg, this component is easy to transport and position during installation. Professional Black Finish The black finish ensures a consistent aesthetic with solar modules and roofing materials, delivering a sleek, integrated appearance. Technical Specifications General Information Product Name: In-Roof Portrait Top Junction Flashing 30mm Mounting Type: In-Roof PV System Component System Compatibility: GSE In-Roof Mounting System Physical Details Supplier Part Number: ART106394 Weight: 0.56 kg Colour: Black Why Choose GSE In-Roof Flashing Components? ✔ Designed specifically for integrated solar roof systems✔ Ensures effective weatherproofing and junction protection✔ Compatible with 30mm framed portrait solar panels✔ Lightweight and easy to install✔ Part of a widely adopted European in-roof mounting solution

Important Notice (This is an example of one of our installations. This system is not available for free, so please do not purchase.) For a bespoke Solar PV quote, please complete of quote form here. Or for a battery only system you can view our range of packages here. 30 X 470W AIKO Solar Panel, 14kW System with Solis 12kW Hybrid 3ph Inverter & 30.7kWh Pylontech H-Force Lithium Batteries  Our customer in Grimsby, upgraded their site with 30 × 470W AIKO solar panels, paired with a Solis 12kW hybrid inverter and Pylontech H-Force lithium batteries. This setup provides a reliable, high-capacity solar storage solution with smart energy management, designed for maximising self-consumption and reducing grid reliance. System Specification Solar Panels 30 × 470W AIKO Solar Panels Sleek, modern design High efficiency for optimal energy generation Inverter Solis 12kW Hybrid Inverter Smart energy management for solar storage and grid integration Ideal for pairing with large lithium battery banks Batteries Pylontech H-Force  Total storage: 30.7kWh Reliable, scalable, and long-lasting lithium battery technology Key Benefits ⚡ High-Capacity Solar & Storage – Suitable for medium to large homes 💷 Energy Cost Savings – Store excess solar power and reduce reliance on the grid 🔋 Reliable Lithium Batteries – H-Force batteries offer long lifespan and consistent performance 🌍 UK-Optimised Installation – Designed for Grimsby location and similar climates 🔧 Expandable System – Easily add more panels or batteries in the future Why Choose This Solis & AIKO System? High-performance solar panels with cell-level optimisation Powerful hybrid inverter ensures seamless solar storage and consumption High-capacity lithium battery storage for daytime energy use or backup Professional UK installation for maximum efficiency and reliability   Looking to save money on your energy bills? Visit ITS Technologies to explore a wide range of installed battery storage packages or email us at support@itstechnologies.uk for expert advice and bespoke quotes.  

Enphase IQ7 Plus Microinverter #1: EN-IQ7PLUS-72-M-INT-3PH     Enphase IQ7+ Datasheet  Enphase IQ7+ Installation Manual Enphase IQ7 Plus Microinverter – 60 & 72 Cell (3-Phase) Rated Module Power: Up to 440WGrid Connection: 230V / 400V, Three Phase Product Overview The Enphase IQ7 Plus Microinverter is a high-performance, seventh-generation microinverter designed for 60-cell and 72-cell PV modules in residential and small commercial solar installations. Built on Enphase’s proven IQ platform, it delivers exceptional reliability, advanced grid support functionality, and module-level optimisation for maximum energy harvest. Each microinverter operates independently, ensuring the system continues to generate power even if individual modules are shaded, soiled, or offline. This makes the IQ7 Plus ideal for complex rooftops and performance-critical installations. Key Benefits High-performance variant of the Enphase seventh-generation IQ platform Smart-grid ready for compliance with modern UK and European grid requirements Module-level MPPT improves energy yield across the entire PV array Lightweight, compact design for fast and efficient installation Two-wire cabling reduces installation time and on-site complexity Double-insulated enclosure (Protection Class II) for enhanced electrical safety Modular system architecture allows simple system expansion at any time High system resilience — array continues operating if a single module or microinverter is affected Seamless integration with Enphase Gateway-S and Enphase App for monitoring and analytics Monitoring & System Integration The IQ7 Plus integrates directly with the Enphase Gateway-S™ and Enphase cloud-based monitoring platform. Installers and system owners gain real-time visibility of module-level performance, system health, and energy production via the Enphase mobile and web applications. Electrical & Technical Specifications Common module pairings: 295W to 460W+ Compatible module formats: 60-cell / 120 half-cell 72-cell / 144 half-cell Peak output power: 366 VA Operating voltage range: 18V – 58V Grid connection: 230V / 400V AC, three-phase Enclosure rating: IP67 (suitable for outdoor installation) Reliability & Safety Designed for long-term performance in demanding environments, the IQ7 Plus features a fully sealed, corrosion-resistant housing and advanced thermal management. The microinverter meets stringent international safety and grid compliance standards when installed in accordance with Enphase guidelines.

Victron 600 Amp DC bus bar, 8 terminal, tin plated copper, with ABS plastic cover #17: VBB160080010 Victron 600A Busbar Data Sheet  To view our full range of Victron products visit our main Victron page here Standalone 600A DC Busbar (70V DC Rated) High-current standalone DC busbar rated at 600 A and 70 V DC, designed for reliable power distribution in battery storage and DC systems. Manufactured from tin-plated copper for excellent conductivity and corrosion resistance, the busbar features stainless steel M10 stud terminals, supplied with M10 nuts, and is finished with a durable black protective cover for enhanced safety.

4.23kW Solar PV System – Swindon Installation Example Important Notice (This is an example of one of our installations. This system is not available for free, so please do not purchase.) For a bespoke Solar PV quote, please complete of quote form here. Or for a battery only system you can view our range of packages here. High-Performance Solar Panels This example system includes 9 x AIKO 470W solar panels, delivering a total of 4.32kW capacity. Known for their exceptional efficiency, durability, and reliability, AIKO panels ensure consistent energy production—even in partial shading or low-light conditions.   Looking to save money on your energy bills? Visit ITS Technologies to explore a wide range of installed battery storage packages or email us at support@itstechnologies.uk for expert advice and bespoke quotes.

GSE In-Roof Portrait Top Centre Flashing 30mm - Black #2: GSE-ART106387 3: ART106387 Minimum order - Available only with other mounting items  GSE Data Sheet GSE Installation Manual  GSE Insurance Certificate Warranty   The GSE In-Roof Portrait Top Centre Flashing 30mm (Black) is a precision-engineered component designed for use with the GSE In-Roof photovoltaic mounting system. It provides a clean, weatherproof finish at the top centre of portrait-oriented in-roof solar arrays, ensuring long-term protection and a professional aesthetic. Manufactured as part of the widely adopted GSE integration range, this flashing supports fast installation and reliable system performance. Purpose & Application Designed for In-Roof Solar Integration This flashing component is specifically designed for in-roof PV installations, allowing solar panels to sit flush with the roof covering for a discreet, integrated appearance. Portrait Array Configuration Optimised for portrait-oriented modules, the top centre flashing ensures correct water management and structural continuity at the upper central section of the array. System Compatibility & Benefits Seamless GSE System Integration Fully compatible with the GSE In-Roof System, this component integrates seamlessly with other GSE mounting elements to create a complete, watertight solar installation. Proven Market-Leading Solution The GSE In-Roof System has achieved over 60% market share in residential installations in France and is now widely adopted in the UK due to its simplicity, reliability, and cost-effective design. Installation & Build Quality Installer-Friendly Design Designed for ease of handling and quick installation, helping reduce on-site labour time and installation complexity. Durable Black Finish The black finish ensures a clean, modern appearance that blends seamlessly with solar modules and roofing materials while maintaining long-term durability. Technical Specifications General Information Product Type: In-Roof Portrait Top Centre Flashing System Compatibility: GSE In-Roof PV Mounting System Physical Details Supplier Part Number: ART106387 Length: 1.2 m Weight: 1 kg Colour: Black Why Choose GSE In-Roof Flashing Components? ✔ Designed specifically for in-roof solar installations✔ Ensures effective weatherproofing and water drainage✔ Seamless compatibility with the GSE In-Roof System✔ Proven solution with strong European market adoption✔ Clean, integrated finish for modern PV arrays

Solis Meter 3-Phase Eastron V2 with CTs (SDM630MCT V2) #2: SOL-METER-3PH-EASTRON Eastron Digital Meter User Manual Eastron Digital Meter Installation Guide Solis Meter 3-Phase Eastron V2 with CTs (SDM630MCT V2) The Solis Eastron SDM630MCT V2 is a three-phase, CT-operated MID energy meter designed for accurate monitoring of commercial and industrial solar installations. Suitable for Solis three-phase hybrid and grid-tied inverters above 12kW (above 120A), this meter provides reliable bi-directional energy measurement for import and export applications. The meter operates using external current transformers and supports both 1A and 5A CT inputs. Supplied with 3 × 300A CTs, it offers a wide operating range and is ideal for higher-capacity three-phase systems. The unit requires an auxiliary power supply (AC or DC) to operate and can alternatively be powered directly from the monitored supply where appropriate. Comprehensive Energy & Power Monitoring The SDM630MCT V2 measures and displays a full range of electrical parameters across single-phase and three-phase systems, including 1p2w, 3p3w, and 3p4w supply configurations. Energy is measured in both active and reactive formats, enabling precise system performance analysis and compliance monitoring. Measured parameters include: Line voltage and total harmonic distortion (THD%) for all phases Line frequency Phase currents, current demand and current THD% Active, reactive and apparent power (kW, kVAr, kVA) Power factor and maximum demand values Active energy imported and exported (kWh) Reactive energy imported and exported (kVArh) Maximum demand can be measured over configurable periods of up to 60 minutes, allowing detailed load profiling and system optimisation. Communication, Outputs & Integration Built-in communication interfaces provide seamless integration with Solis inverters, energy management systems, and BMS platforms. The meter includes RS485 Modbus RTU communication for remote monitoring and data acquisition, as well as dual pulse outputs for real-time energy indication. Key communication features: RS485 Modbus RTU output for remote monitoring Two configurable pulse outputs Password-protected configuration and setup screens CT ratios are fully configurable, supporting a wide range of primary currents while maintaining high accuracy across installations. Installation & Compliance The SDM630MCT V2 is DIN-rail mounted (35mm) and designed for fast, clean installation in commercial distribution boards. Configuration is secured via password protection to prevent unauthorised changes. This meter has been assessed and certified to meet the requirements of EU Directive 2014/32/EU (MID), making it suitable for metering applications where regulatory compliance is required. The instrument traceable number is 0120/SGS0703. The unit is also ETL listed by Intertek, providing additional assurance of safety and performance. Key Specifications at a Glance Three-phase CT-operated energy meter Supplied with 3 × 300A current transformers Supports 1A / 5A CT inputs MID approved (EU 2014/32/EU) ETL listed by Intertek Bi-directional energy measurement (import & export) RS485 Modbus RTU communication Dual pulse outputs DIN-rail mounting (35mm) Better than Class 1 / Class B accuracy Auxiliary AC or DC power supply required  

Solis S6 110kW Three-Phase Commercial Solar Inverter (10 MPPT) #2: SOL-S6-GC110K Solis S6 110kW Datasheet Solis S6 110kW Manual Solis S6 110kW Certificate of Conformity Solis S6 110kW Three-Phase Commercial Solar Inverter (10 MPPT) The Solis S6-GC110K is a high-efficiency three-phase grid-tied inverter designed for large commercial and industrial PV installations. Built on the Series 6 commercial platform, it delivers exceptional flexibility, robust safety features and intelligent monitoring—making it ideal for complex rooftops and decentralised solar arrays. With advanced MPPT architecture and high DC oversizing capability, the S6-GC110K maximises energy yield while reducing system design constraints and balance-of-system costs. High-Power Commercial Performance Engineered for demanding commercial environments, the Solis S6-GC110K supports up to 165 kW of PV input power while delivering stable three-phase AC output. Its ultra-low start-up voltage enables earlier generation and longer daily operating windows, improving annual energy production across UK conditions. Flexible MPPT Design for Complex PV Arrays Featuring 10 independent MPPTs with a total of 20 string inputs, the inverter enables highly flexible string configurations. With high input current capability per string, it supports modern high-power PV modules and is well suited to installations with varying orientations, pitches or partial shading. Integrated Safety & Electrical Protection Comprehensive safety is built in as standard. The inverter includes AFCI (DC arc-fault circuit protection), an integrated DC switch, DC reverse-polarity protection and Type II surge protection on both DC and AC sides—helping to mitigate fire risks and protect long-term system integrity. Smart Monitoring & Remote Management The S6-GC110K integrates seamlessly with SolisCloud, providing real-time performance monitoring, Smart String I-V Curve Diagnosis and remote firmware upgrades. These intelligent tools allow installers and asset owners to identify issues early, reduce downtime and optimise system performance across large commercial portfolios. Commercial-Grade Reliability & Warranty Designed for continuous operation in commercial environments, the Solis S6-GC110K is backed by a 5-year standard manufacturer warranty, with extension options available up to 20 years for long-term asset protection and peace of mind. Key Technical Specifications • Rated AC Output Power: 110,000 W• Maximum PV DC Power: 165 kW• MPPT Configuration: 10 MPPTs, 20 string inputs• Maximum String Current: 18 / 21 A• MPPT Voltage Range: 180 V – 1100 V• Phases: Three-phase• Integrated Protections: AFCI, DC switch, DC reverse-polarity, Type II SPD (DC & AC)• Monitoring: SolisCloud with Smart String I-V Curve Diagnosis• Warranty: 5 years standard (extendable up to 20 years)

Solis S6 125kW Three-Phase Commercial Solar Inverter (10 MPPT) #2: SOL-S6-GC125K Solis S6 125kW Datasheet Solis S6 125kW Manual Solis S6 125kW Certificate of Conformity Solis 125kW S6 Three-Phase Commercial Solar Inverter (10 MPPT) The Solis S6-GC125K is a high-performance three-phase grid-tied inverter engineered for large-scale commercial and industrial PV installations. Delivering outstanding power density, advanced safety features and intelligent monitoring, it is ideal for complex rooftops and decentralised system designs requiring maximum flexibility and reliability. Built on Solis’ Series 6 platform, the S6-GC125K combines high DC oversizing capability with multi-MPPT architecture to maximise energy yield while reducing balance-of-system costs. High-Power Commercial Performance Designed for demanding commercial environments, the Solis S6-GC125K supports up to 165 kW of PV input power and delivers stable three-phase AC output with excellent conversion efficiency. The wide MPPT voltage range and ultra-low start-up voltage ensure early morning generation and extended operating hours throughout the year. Advanced MPPT Design for Complex Arrays With 10 independent MPPTs and dual string inputs per tracker, this inverter enables highly flexible string layouts. It is ideally suited to installations with varying orientations, shading profiles or mixed module strings, maximising yield across complex commercial rooftops. Integrated Safety & Protection The S6-GC125K incorporates comprehensive protection as standard, including integrated AFCI (DC arc-fault circuit protection), DC switch, reverse-polarity protection and Type II surge protection on both DC and AC sides. These features reduce fire risk, improve system safety and ensure long-term operational reliability. Smart Monitoring & Diagnostics Intelligent monitoring tools such as Smart I-V Curve Diagnosis enable proactive fault detection and performance optimisation. The inverter supports PLC, GPRS and Wi-Fi communication and integrates seamlessly with SolisCloud for real-time monitoring, remote firmware updates and fleet management. Commercial-Ready Reliability Engineered for continuous operation in commercial environments, the Solis S6-GC125K is backed by a 5-year standard warranty, extendable up to 20 years for long-term asset protection and peace of mind. Key Technical Specifications • Rated AC Output Power: 125,000 W• Maximum AC Output Power: 121 kW• Maximum PV DC Power: 165 kW• MPPT Configuration: 10 MPPTs, 2 strings per MPPT (16 A per string)• MPPT Voltage Range: 195 V – 1100 V• Phases: Three-phase• Integrated Protections: AFCI, DC switch, DC reverse-polarity, Type II SPD (DC & AC)• Monitoring: Smart I-V Curve Diagnosis, SolisCloud• Communications: PLC, GPRS, Wi-Fi• Warranty: 5 years standard (extendable up to 20 years)

Solis inverter S6 8.0kW Triple MPPT - Single Phase with DC #2: SOL-8.0-S6-TT-DC Solis Warranty   The Solis SOL-8.0-S6-TT-DC PV Inverter is a powerful and efficient single-phase inverter designed for high-capacity residential and light commercial solar PV systems. With a rated output of 8,000W, it delivers outstanding energy conversion, advanced MPPT control, and flexible system design for demanding UK solar installations. Developed by Solis, one of the world’s leading inverter manufacturers, this model combines cutting-edge research with proven field reliability. Advanced Engineering & Global Expertise Designed by a World-Class R&D Team Solis inverters are engineered by an international team of professors and specialists from 8 countries, ensuring world-class product design, durability, and performance. Proven Quality & Reliability Praised globally for high quality and long-term reliability, Solis inverters are trusted in residential, commercial, and utility-scale projects worldwide. High Performance & Energy Optimisation Exceptional Conversion Efficiency With a Euro efficiency of 97.3% and peak efficiencies exceeding 97%, this inverter ensures maximum usable energy from your solar array. Precise MPPT Algorithm The advanced MPPT control dynamically tracks the optimal operating point of your PV modules, maximising energy harvest throughout the day in changing UK weather conditions. Ultra-Wide Voltage Range Supporting a wide MPPT voltage range from 90V to 520V, this inverter offers excellent flexibility for array design and improved low-light performance. Installation Flexibility & System Design Triple DC Input for Complex Layouts Featuring 3 DC inputs and 2 MPPTs, the SOL-8.0-S6-TT-DC allows for multiple string configurations, ideal for roofs with different orientations or shading zones. Integrated Safety & Simplicity The built-in DC switch enhances system safety and simplifies maintenance, while MC4 connectors ensure secure and reliable connections. Technical Specifications Electrical Ratings Rated Power: 8,000 W Max DC Power: 10,400 W Max AC Power (5 min): 8,000 W Surge AC Power (1 sec): 8,000 W Max Input Voltage: 600 V DC Startup Voltage: 120 V DC Shutdown Voltage: 90 V MPPT Voltage Range: 90 – 520 V Max DC Current: 37.5 A System Configuration Phases: Single Phase MPPT Quantity: 2 Max DC Inputs: 3 Has Integrated DC Switch: Yes DC Fuses: No Connector Type: MC4 Included Connectors: 4 Transformer: None Efficiency & Physical Details Euro Efficiency: 97.3% Weight: 12.5 kg Warranty: 5 Years Why Choose the Solis SOL-8.0-S6-TT-DC? ✔ Ideal for large residential and light commercial systems✔ High efficiency with precise MPPT tracking✔ Flexible design with triple DC input✔ Wide voltage range for superior performance✔ Backed by world-class R&D and global reliability✔ Excellent performance-to-cost ratio  

Fox ESS 3.6kW F Series (G3) 1PH Dual Tracker PV Inverter #2 FE-F3600-G3 FE-F3600-G3 Datasheet FE-F3600 User Manual The FOX ESS F3600 G3 PV Inverter is a high-efficiency, single-phase solar inverter designed for residential and small commercial solar PV systems. With a rated output of 3,600W, it offers an excellent balance of performance, reliability, and future-proof energy storage compatibility. Part of the advanced Fox ESS F Series (3.0–6.0kW), the F3600 G3 features dual MPPT tracking, IP65 protection, and smart monitoring, making it ideal for modern UK solar installations. Key Performance Features High Efficiency Energy Conversion With up to 97.4% maximum efficiency and 96.8% Euro efficiency, the F3600 G3 ensures minimal energy loss and optimal power generation throughout the day, even in variable UK weather conditions. Dual MPPT for Greater Flexibility Equipped with two independent MPPT trackers, this inverter allows different roof orientations or partial shading to be managed efficiently, increasing total system yield and design flexibility. Battery Ready for Future Expansion The inverter is battery ready, allowing easy integration with Fox ESS energy storage systems when paired with a compatible charge controller, protecting your investment as your energy needs evolve. Installation & Build Quality Fast and Simple Installation Designed with a plug-and-play configuration, the F3600 G3 enables quick setup and commissioning, reducing installation time and labour costs. IP65 Outdoor Rated Protection With its IP65-rated enclosure, the inverter is fully protected against dust and water, making it suitable for outdoor installation across the UK’s varied climate. Smart Monitoring & Control Remote System Access Track your solar performance anytime via smartphone app or web portal. Monitor real-time production, system health, and historical data for complete control and peace of mind. Technical Specifications Electrical Ratings Rated Power: 3,600 W Max DC Power: 3,900 W Max AC Power (5 min): 3,000 W Surge AC Power (1 sec): 3,300 W Max Input Voltage: 600 V DC Startup Voltage: 120 V DC Shutdown Voltage: 601 V MPPT Voltage Range: 120 – 600 V Max DC Current: 25 A System Configuration Phases: Single Phase MPPT Quantity: 2 Max DC Inputs: 2 Has Integrated DC Switch: Yes DC Fuses: No Connector Type: MC4 Included Connectors: 2 Transformer: None Efficiency & Physical Details Maximum Efficiency: 97.4% Euro Efficiency: 96.8% Weight: 9.5 kg Warranty: 5 Years Why Choose the FOX ESS F3600 G3? ✔ Ideal for medium-sized residential solar systems✔ Dual MPPT for higher energy yield✔ Battery-ready for future storage upgrades✔ Compact, lightweight and easy to install✔ IP65 rated for outdoor durability✔ Smart monitoring via app and web

Fox ESS 3kW F Series (G3) 1PH Dual Tracker PV Inverter #2 FE-F3000-G3 FE-F3000-G3 Datasheet FE-F3000 User Manual The FOX ESS F3000 G3 PV Inverter is a high-performance, single-phase solar inverter designed for residential and small commercial solar systems. With a rated output of 3,000W, dual MPPT tracking and battery-ready capability, it offers excellent flexibility, efficiency, and long-term reliability for modern solar installations. Part of the Fox ESS F Series range (3.0–6.0kW), this inverter is engineered for easy upgrades and seamless integration with energy storage when paired with a Fox ESS charge controller. Key Performance Features High Efficiency & Power Optimisation The F3000 G3 delivers up to 97.4% maximum efficiency, ensuring you extract the most energy possible from your PV system.With a low start-up voltage and a wide MPPT voltage range, it performs exceptionally well even in low-light UK conditions. Dual MPPT for Greater Yield Featuring two independent MPPT trackers, this inverter allows multiple roof orientations or shading zones to operate efficiently, improving overall system yield and design flexibility. Battery Ready for Future Expansion Designed to be storage-ready, the F3000 G3 allows easy future upgrades to battery systems without replacing the inverter – making it a future-proof investment. Installation & Durability Fast and Simple Installation The plug-and-play design enables quick installation and commissioning, reducing labour time and project costs. IP65 Outdoor Rated With a robust IP65-rated enclosure, the inverter is suitable for outdoor installation, offering protection against dust, rain, and harsh environmental conditions common across the UK. Smart Monitoring & Control Remote System Monitoring Monitor your solar performance anytime via smartphone app or web portal. View energy production, system health, and performance trends in real time for complete peace of mind. Technical Specifications Electrical Ratings Rated Power: 3,000 W Max AC Power (5 min): 3,000 W Surge AC Power (1 sec): 3,300 W Max DC Power: 3,900 W Max Input Voltage: 600 V DC Startup Voltage: 120 V DC Shutdown Voltage: 601 V MPPT Voltage Range: 120 – 600 V Max DC Current: 25 A System Configuration Phases: Single Phase MPPT Quantity: 2 Max DC Inputs: 2 Has Integrated DC Switch: Yes DC Fuses: No Connector Type: MC4 Included Connectors: 2 Transformer: None Efficiency & Build Maximum Efficiency: 97.4% Euro Efficiency: 96.8% Weight: 9.5 kg Warranty: 5 Years Why Choose the FOX ESS F3000 G3? ✔ Optimised for UK solar conditions✔ Battery-ready for future storage integration✔ Compact, lightweight and easy to install✔ Dual MPPT for higher energy yield✔ IP65 rated for outdoor durability✔ Smart monitoring included

Backup Box B1 for 3ph System #1: HUA-BACKUP-BOX-B1 Backup Box Data Sheet Backup Box Manual Backup Box Warranty Huawei Backup Box B1 – Three-Phase Systems Part No: HUA-BACKUP-BOX-B1Category: Energy Storage System Accessory The Huawei Backup Box B1 enables automatic detection and seamless switchover between grid-connected and backup operation, providing reliable backup power for three-phase residential PV and battery storage systems. Designed to work alongside compatible Huawei hybrid inverters, the Backup Box intelligently manages the system’s operating state to ensure continuity of supply during grid outages. How It Works Normal operation: The inverter operates in a grid-tied state Grid outage detected: The Backup Box automatically signals the inverter to switch to off-grid (backup) mode, supplying power to designated backup loads Grid restoration: The system automatically transitions back to grid-tied operation once supply is restored This automated process ensures uninterrupted power to critical loads without manual intervention. Key Benefits Automatic grid failure detection and recovery Seamless transition between grid-tied and off-grid operation Reliable backup power for selected circuits Designed specifically for three-phase residential systems Fully integrated with Huawei inverter architecture

EcoFlow Single Phase Gateway – Whole-Home Backup & Energy Management #3: 7613   EcoFlow 1ph Gateway Backup Box EcoFlow Single Phase Gateway – Whole-Home Backup & Energy Management EcoFlow Single Phase Gateway – Whole-Home Backup & Energy Management Upgrade your home energy system with the EcoFlow Single Phase Gateway, a high-capacity power management solution designed for seamless whole-home backup. Built to handle up to 100A mains supply, the gateway intelligently manages multiple energy inputs and integrates directly with your main distribution board, enabling a clean, efficient and installer-friendly setup. With an ultra-fast 0 ms switchover time, the EcoFlow Single Phase Gateway ensures uninterrupted power during grid outages, protecting sensitive appliances and maintaining comfort without disruption. Its robust design, wide operating temperature range and silent natural convection cooling make it suitable for demanding residential environments. Key Benefits & Performance • True whole-home backup with support for up to 100A mains• Instant 0 ms switchover for uninterrupted power supply• Designed for direct integration with the main electrical panel• Silent operation with natural convection cooling• Long service life backed by a 15-year manufacturer warranty Connectivity & System Integration • Ethernet, RS485 and CAN communication interfaces• Digital input (DI) and digital output (DO) support• Enables intelligent energy monitoring and system coordination Electrical Specifications • Nominal AC voltage: 220 / 230 / 240 V• Nominal AC current: 100 A• Nominal AC power: 22 / 23 / 24 kW Environmental & Mechanical Specifications • Protection rating: IP54• Operating temperature range: -30°C to +55°C• Cooling method: Natural convection• Noise emission: <30 dB Physical Dimensions & Warranty • Dimensions: 465 × 380 × 160 mm• Weight: 15 kg• Warranty: 15 years This EcoFlow Single Phase Gateway is an ideal choice for homeowners seeking a reliable, future-ready energy management solution that delivers seamless backup power, intelligent control and long-term reliability.

Exclusively available to installers, EPC contractors and commercial clients for medium to large scale commercial projects only.  Lead time:  2-3 months from ordering Minimum order quantity: 5 ITS is proud to be UK representatives for the medium to large scale commercial market for Flower Turbines.  Flower Turbines is the global leader in high-performance vertical axis wind turbines (VAWTs). ITS support EPC contractors, renewable energy installers, developers, and commercial organisations in integrating Flower Turbines’ innovative wind systems into  projects across the UK. Whether you are enhancing an existing solar installation or designing a new multi-technology renewable system, Flower Turbines delivers a unique combination of efficiency, elegance, and outstanding performance—especially where traditional wind and solar solutions face limitations. Additional information and technical specifications available on the Flower Turbines website.  The Cluster Effect – Maximum Output From Minimal Space One of the most powerful advantages of Flower Turbines is the Cluster (Bouquet) Effect.Most wind turbines experience performance losses when installed close together. Flower Turbines do the opposite. With four turbines positioned together producing more than eight turbines separately.   AL13 Turbine Datasheet AL13 Turbine Installation Guide   AL13 Power Tower Modular, Cost-Effective Vertical Wind Energy The AL13 Power Tower product line is the most cost-efficient wind solution in the Flower Turbines portfolio, making it an ideal choice for budget-conscious commercial and community projects without compromising performance. Designed for on-site assembly using standard professional tools, the Power Tower is easy to transport and install. Larger stacks may require a small crane. Each tower is built from 1-metre modular sections, allowing flexible system heights and scalable output. Modular Design & Superior Wind Capture Power Towers feature anodised aluminium blades stacked at alternating 90-degree angles, enabling exceptional wind capture from all directions. This configuration allows the turbine to start generating at even lower wind speeds than the Flower Tulip range, while benefiting from the same internal aerodynamic advancements and patented Bouquet Effect when deployed in groups. Standard stacks are supplied in 2, 4, 6, or 8-module configurations, with 8 modules offering the best economy of scale. Custom stack heights of 3, 5, or 7 modules are available on request (not included in standard online packages), although balanced stacking in even multiples is recommended for most installations. Stabilisation & Structural Requirements Stacks of 4 modules or more require a stabiliser pole, fitted with an upper bearing for long-term reliability One stabiliser pole can support up to two Power Tower stacks All bearings require annual inspection Electronics & Performance Optimisation 6- or 8-module stacks are supplied with: 5 kW electronics for low-wind areas 10 kW electronics for higher-wind locations Generator sizing is selected based on stack height, wind conditions, and bouquet configuration These wind turbines are around 9 meters total height. Blades are 8 meters high and 1.7 meters in diameter. They come with a generator rated at 10,000 watts, and a charge controller. Key Features Modular vertical-axis wind turbine (VAWT) design Ultra-low cut-in wind speed Aluminium blades shipped flat for efficient transport Excellent performance in low and variable wind environments Scalable for standalone or bouquet installations One of the most cost-effective wind solutions per kW installed Technical Specifications General Model: FT AL13 Power Tower Turbine Type: Modular 2-Bladed Vertical Axis Wind Turbine Module Height: 1.0 m per section Recommended Configurations: 2, 4, 6, or 8 modules IEC Turbine Class: IEC 61400 Class IV Design Life: 20 years (annual inspection required) Power & Performance Rated Power: 1 kW (2-module stack) Up to 5 kW (8-module stack) Expected Output per Module: ≈350 W at 12 m/s Bouquet Effect: ≈25% output increase per turbine when grouped and correctly oriented Grid-Tied Output: 120 V / 240 V Generator & Bearings Generator: High-efficiency permanent magnet generator Available Generator Sizes: 3 kW, 5 kW, or 10 kW Bearings: Integrated generator bearings Secondary shaft bearings Upper bearing required for stabiliser pole systems Dimensions & Weight Blade Diameter: 1.7 m (5.58 ft) Module Height: 1.0 m (3.28 ft) Total Height (Examples): 4 modules: ≈4.95 m (16.25 ft) 6 modules: ≈6.95 m (22.8 ft) Approximate Weight (excluding generator): 2 modules: ≈336 kg (740 lb) 4 modules: ≈462 kg (1,019 lb) 6 modules: ≈557 kg (1,228 lb) 8 modules: ≈654 kg (1,442 lb) Materials & Environment Blade Material: Anodised aluminium Base Material: A36 steel Cut-In Wind Speed: 0.7 m/s (1.57 mph) Cut-Out Wind Speed: Controlled by inverter/charge controller with electrical braking Mechanical Brake: Included Maximum Survival Wind Speed: 54 m/s (120.8 mph) Operating Temperature Range: −15 °C to +50 °C (5 °F to 122 °F) Warranty 10-year warranty on components manufactured by Flower Turbines Third-party components covered by their respective manufacturers’ warranties

Exclusively available to installers, EPC contractors and commercial clients for medium to large scale commercial projects only.  Lead time:  2-3 months from ordering Minimum order quantity: 5 ITS is proud to be UK representatives for the medium to large scale commercial market for Flower Turbines.  Flower Turbines is the global leader in high-performance vertical axis wind turbines (VAWTs). ITS support EPC contractors, renewable energy installers, developers, and commercial organisations in integrating Flower Turbines’ innovative wind systems into  projects across the UK. Whether you are enhancing an existing solar installation or designing a new multi-technology renewable system, Flower Turbines delivers a unique combination of efficiency, elegance, and outstanding performance—especially where traditional wind and solar solutions face limitations. Additional information and technical specifications available on the Flower Turbines website.  The Cluster Effect – Maximum Output From Minimal Space One of the most powerful advantages of Flower Turbines is the Cluster (Bouquet) Effect.Most wind turbines experience performance losses when installed close together. Flower Turbines do the opposite. With four turbines positioned together producing more than eight turbines separately.   AL13 Turbine Datasheet AL13 Turbine Installation Guide   AL13 Power Tower Modular, Cost-Effective Vertical Wind Energy The AL13 Power Tower product line is the most cost-efficient wind solution in the Flower Turbines portfolio, making it an ideal choice for budget-conscious commercial and community projects without compromising performance. Designed for on-site assembly using standard professional tools, the Power Tower is easy to transport and install. Larger stacks may require a small crane. Each tower is built from 1-metre modular sections, allowing flexible system heights and scalable output. Modular Design & Superior Wind Capture Power Towers feature anodised aluminium blades stacked at alternating 90-degree angles, enabling exceptional wind capture from all directions. This configuration allows the turbine to start generating at even lower wind speeds than the Flower Tulip range, while benefiting from the same internal aerodynamic advancements and patented Bouquet Effect when deployed in groups. Standard stacks are supplied in 2, 4, 6, or 8-module configurations, with 8 modules offering the best economy of scale. Custom stack heights of 3, 5, or 7 modules are available on request (not included in standard online packages), although balanced stacking in even multiples is recommended for most installations. Stabilisation & Structural Requirements Stacks of 4 modules or more require a stabiliser pole, fitted with an upper bearing for long-term reliability One stabiliser pole can support up to two Power Tower stacks All bearings require annual inspection Electronics & Performance Optimisation 6- or 8-module stacks are supplied with: 5 kW electronics for low-wind areas 10 kW electronics for higher-wind locations Generator sizing is selected based on stack height, wind conditions, and bouquet configuration These wind turbines are around 8 meters total height. Blades are 7 meters high and 1.7 meters in diameter. They come with a generator rated at 5,000 watts, and a charge controller. Key Features Modular vertical-axis wind turbine (VAWT) design Ultra-low cut-in wind speed Aluminium blades shipped flat for efficient transport Excellent performance in low and variable wind environments Scalable for standalone or bouquet installations One of the most cost-effective wind solutions per kW installed Technical Specifications General Model: FT AL13 Power Tower Turbine Type: Modular 2-Bladed Vertical Axis Wind Turbine Module Height: 1.0 m per section Recommended Configurations: 2, 4, 6, or 8 modules IEC Turbine Class: IEC 61400 Class IV Design Life: 20 years (annual inspection required) Power & Performance Rated Power: 1 kW (2-module stack) Up to 5 kW (8-module stack) Expected Output per Module: ≈350 W at 12 m/s Bouquet Effect: ≈25% output increase per turbine when grouped and correctly oriented Grid-Tied Output: 120 V / 240 V Generator & Bearings Generator: High-efficiency permanent magnet generator Available Generator Sizes: 3 kW, 5 kW, or 10 kW Bearings: Integrated generator bearings Secondary shaft bearings Upper bearing required for stabiliser pole systems Dimensions & Weight Blade Diameter: 1.7 m (5.58 ft) Module Height: 1.0 m (3.28 ft) Total Height (Examples): 4 modules: ≈4.95 m (16.25 ft) 6 modules: ≈6.95 m (22.8 ft) Approximate Weight (excluding generator): 2 modules: ≈336 kg (740 lb) 4 modules: ≈462 kg (1,019 lb) 6 modules: ≈557 kg (1,228 lb) 8 modules: ≈654 kg (1,442 lb) Materials & Environment Blade Material: Anodised aluminium Base Material: A36 steel Cut-In Wind Speed: 0.7 m/s (1.57 mph) Cut-Out Wind Speed: Controlled by inverter/charge controller with electrical braking Mechanical Brake: Included Maximum Survival Wind Speed: 54 m/s (120.8 mph) Operating Temperature Range: −15 °C to +50 °C (5 °F to 122 °F) Warranty 10-year warranty on components manufactured by Flower Turbines Third-party components covered by their respective manufacturers’ warranties

Exclusively available to installers, EPC contractors and commercial clients for medium to large scale commercial projects only.  Lead time:  2-3 months from ordering Minimum order quantity: 5 ITS is proud to be UK representatives for the medium to large scale commercial market for Flower Turbines.  Flower Turbines is the global leader in high-performance vertical axis wind turbines (VAWTs). ITS support EPC contractors, renewable energy installers, developers, and commercial organisations in integrating Flower Turbines’ innovative wind systems into  projects across the UK. Whether you are enhancing an existing solar installation or designing a new multi-technology renewable system, Flower Turbines delivers a unique combination of efficiency, elegance, and outstanding performance—especially where traditional wind and solar solutions face limitations. Additional information and technical specifications available on the Flower Turbines website.  The Cluster Effect – Maximum Output From Minimal Space One of the most powerful advantages of Flower Turbines is the Cluster (Bouquet) Effect.Most wind turbines experience performance losses when installed close together. Flower Turbines do the opposite. With four turbines positioned together producing more than eight turbines separately.   AL13 Turbine Datasheet AL13 Turbine Installation Guide   AL13 Power Tower Modular, Cost-Effective Vertical Wind Energy The AL13 Power Tower product line is the most cost-efficient wind solution in the Flower Turbines portfolio, making it an ideal choice for budget-conscious commercial and community projects without compromising performance. Designed for on-site assembly using standard professional tools, the Power Tower is easy to transport and install. Larger stacks may require a small crane. Each tower is built from 1-metre modular sections, allowing flexible system heights and scalable output. Modular Design & Superior Wind Capture Power Towers feature anodised aluminium blades stacked at alternating 90-degree angles, enabling exceptional wind capture from all directions. This configuration allows the turbine to start generating at even lower wind speeds than the Flower Tulip range, while benefiting from the same internal aerodynamic advancements and patented Bouquet Effect when deployed in groups. Standard stacks are supplied in 2, 4, 6, or 8-module configurations, with 8 modules offering the best economy of scale. Custom stack heights of 3, 5, or 7 modules are available on request (not included in standard online packages), although balanced stacking in even multiples is recommended for most installations. Stabilisation & Structural Requirements Stacks of 4 modules or more require a stabiliser pole, fitted with an upper bearing for long-term reliability One stabiliser pole can support up to two Power Tower stacks All bearings require annual inspection Electronics & Performance Optimisation 6- or 8-module stacks are supplied with: 5 kW electronics for low-wind areas 10 kW electronics for higher-wind locations Generator sizing is selected based on stack height, wind conditions, and bouquet configuration These wind turbines are around 5 meters total height. Blades are 4 meters high and 1.7 meters in diameter. They come with a generator rated at 2,000 watts, and a charge controller. Key Features Modular vertical-axis wind turbine (VAWT) design Ultra-low cut-in wind speed Aluminium blades shipped flat for efficient transport Excellent performance in low and variable wind environments Scalable for standalone or bouquet installations One of the most cost-effective wind solutions per kW installed Technical Specifications General Model: FT AL13 Power Tower Turbine Type: Modular 2-Bladed Vertical Axis Wind Turbine Module Height: 1.0 m per section Recommended Configurations: 2, 4, 6, or 8 modules IEC Turbine Class: IEC 61400 Class IV Design Life: 20 years (annual inspection required) Power & Performance Rated Power: 1 kW (2-module stack) Up to 5 kW (8-module stack) Expected Output per Module: ≈350 W at 12 m/s Bouquet Effect: ≈25% output increase per turbine when grouped and correctly oriented Grid-Tied Output: 120 V / 240 V Generator & Bearings Generator: High-efficiency permanent magnet generator Available Generator Sizes: 3 kW, 5 kW, or 10 kW Bearings: Integrated generator bearings Secondary shaft bearings Upper bearing required for stabiliser pole systems Dimensions & Weight Blade Diameter: 1.7 m (5.58 ft) Module Height: 1.0 m (3.28 ft) Total Height (Examples): 4 modules: ≈4.95 m (16.25 ft) 6 modules: ≈6.95 m (22.8 ft) Approximate Weight (excluding generator): 2 modules: ≈336 kg (740 lb) 4 modules: ≈462 kg (1,019 lb) 6 modules: ≈557 kg (1,228 lb) 8 modules: ≈654 kg (1,442 lb) Materials & Environment Blade Material: Anodised aluminium Base Material: A36 steel Cut-In Wind Speed: 0.7 m/s (1.57 mph) Cut-Out Wind Speed: Controlled by inverter/charge controller with electrical braking Mechanical Brake: Included Maximum Survival Wind Speed: 54 m/s (120.8 mph) Operating Temperature Range: −15 °C to +50 °C (5 °F to 122 °F) Warranty 10-year warranty on components manufactured by Flower Turbines Third-party components covered by their respective manufacturers’ warranties

Exclusively available to installers, EPC contractors and commercial clients for medium to large scale commercial projects only.  Lead time:  2-3 months from ordering Minimum order quantity: 5 ITS is proud to be UK representatives for the medium to large scale commercial market for Flower Turbines.  Flower Turbines is the global leader in high-performance vertical axis wind turbines (VAWTs). ITS support EPC contractors, renewable energy installers, developers, and commercial organisations in integrating Flower Turbines’ innovative wind systems into  projects across the UK. Whether you are enhancing an existing solar installation or designing a new multi-technology renewable system, Flower Turbines delivers a unique combination of efficiency, elegance, and outstanding performance—especially where traditional wind and solar solutions face limitations. Additional information and technical specifications available on the Flower Turbines website.  The Cluster Effect – Maximum Output From Minimal Space One of the most powerful advantages of Flower Turbines is the Cluster (Bouquet) Effect.Most wind turbines experience performance losses when installed close together. Flower Turbines do the opposite. With four turbines positioned together producing more than eight turbines separately.   AL13 Turbine Datasheet AL13 Turbine Installation Guide   AL13 Power Tower Modular, Cost-Effective Vertical Wind Energy The AL13 Power Tower product line is the most cost-efficient wind solution in the Flower Turbines portfolio, making it an ideal choice for budget-conscious commercial and community projects without compromising performance. Designed for on-site assembly using standard professional tools, the Power Tower is easy to transport and install. Larger stacks may require a small crane. Each tower is built from 1-metre modular sections, allowing flexible system heights and scalable output. Modular Design & Superior Wind Capture Power Towers feature anodised aluminium blades stacked at alternating 90-degree angles, enabling exceptional wind capture from all directions. This configuration allows the turbine to start generating at even lower wind speeds than the Flower Tulip range, while benefiting from the same internal aerodynamic advancements and patented Bouquet Effect when deployed in groups. Standard stacks are supplied in 2, 4, 6, or 8-module configurations, with 8 modules offering the best economy of scale. Custom stack heights of 3, 5, or 7 modules are available on request (not included in standard online packages), although balanced stacking in even multiples is recommended for most installations. Stabilisation & Structural Requirements Stacks of 4 modules or more require a stabiliser pole, fitted with an upper bearing for long-term reliability One stabiliser pole can support up to two Power Tower stacks All bearings require annual inspection Electronics & Performance Optimisation 6- or 8-module stacks are supplied with: 5 kW electronics for low-wind areas 10 kW electronics for higher-wind locations Generator sizing is selected based on stack height, wind conditions, and bouquet configuration These wind turbines are around 3 meters total height. Blades are 2 meters high and 1.7 meters in diameter. They come with a generator rated at 1,000 watts, and a charge controller. Key Features Modular vertical-axis wind turbine (VAWT) design Ultra-low cut-in wind speed Aluminium blades shipped flat for efficient transport Excellent performance in low and variable wind environments Scalable for standalone or bouquet installations One of the most cost-effective wind solutions per kW installed Technical Specifications General Model: FT AL13 Power Tower Turbine Type: Modular 2-Bladed Vertical Axis Wind Turbine Module Height: 1.0 m per section Recommended Configurations: 2, 4, 6, or 8 modules IEC Turbine Class: IEC 61400 Class IV Design Life: 20 years (annual inspection required) Power & Performance Rated Power: 1 kW (2-module stack) Up to 5 kW (8-module stack) Expected Output per Module: ≈350 W at 12 m/s Bouquet Effect: ≈25% output increase per turbine when grouped and correctly oriented Grid-Tied Output: 120 V / 240 V Generator & Bearings Generator: High-efficiency permanent magnet generator Available Generator Sizes: 3 kW, 5 kW, or 10 kW Bearings: Integrated generator bearings Secondary shaft bearings Upper bearing required for stabiliser pole systems Dimensions & Weight Blade Diameter: 1.7 m (5.58 ft) Module Height: 1.0 m (3.28 ft) Total Height (Examples): 4 modules: ≈4.95 m (16.25 ft) 6 modules: ≈6.95 m (22.8 ft) Approximate Weight (excluding generator): 2 modules: ≈336 kg (740 lb) 4 modules: ≈462 kg (1,019 lb) 6 modules: ≈557 kg (1,228 lb) 8 modules: ≈654 kg (1,442 lb) Materials & Environment Blade Material: Anodised aluminium Base Material: A36 steel Cut-In Wind Speed: 0.7 m/s (1.57 mph) Cut-Out Wind Speed: Controlled by inverter/charge controller with electrical braking Mechanical Brake: Included Maximum Survival Wind Speed: 54 m/s (120.8 mph) Operating Temperature Range: −15 °C to +50 °C (5 °F to 122 °F) Warranty 10-year warranty on components manufactured by Flower Turbines Third-party components covered by their respective manufacturers’ warranties

Exclusively available to installers, EPC contractors and commercial clients for medium to large scale commercial projects only.  Lead time:  2-3 months from ordering Minimum order quantity: 5 ITS is proud to be UK representatives for the medium to large scale commercial market for Flower Turbines.  Flower Turbines is the global leader in high-performance vertical axis wind turbines (VAWTs). ITS support EPC contractors, renewable energy installers, developers, and commercial organisations in integrating Flower Turbines’ innovative wind systems into  projects across the UK. Whether you are enhancing an existing solar installation or designing a new multi-technology renewable system, Flower Turbines delivers a unique combination of efficiency, elegance, and outstanding performance—especially where traditional wind and solar solutions face limitations. Additional information and technical specifications available on the Flower Turbines website.  The Cluster Effect – Maximum Output From Minimal Space One of the most powerful advantages of Flower Turbines is the Cluster (Bouquet) Effect.Most wind turbines experience performance losses when installed close together. Flower Turbines do the opposite. With four turbines positioned together producing more than eight turbines separately.   5M Tulip Turbine Datasheet 5M Tulip Turbine Installation Guide   FT 6M Flower Tulip Wind Turbine Commercial-Scale Wind Power for High-Demand Sites Our largest and most powerful Flower Tulip turbine, featuring a 5-metre blade height, is engineered to deliver serious commercial-scale wind generation. Designed for high-energy users, the FT 6M is ideal for projects where performance, reliability, and long-term ROI are critical. This turbine is purpose-built to power large commercial and infrastructure assets, including: Shopping centres & retail parks Data centres Schools & universities Municipal buildings Warehouses & logistics hubs Airports Farms & agri-industrial sites And more High Output, Exceptional Value If you’re looking for up to 5 kW per turbine — and significantly more when deployed in a bouquet — this is the solution. The FT 6M is our most cost-effective Flower Tulip when measured by output per unit, making it ideal for scalable commercial installations. Standard colour is white, providing a clean, architectural finish suitable for both urban and industrial environments. Installation Options The FT 6M is designed for: Ground-mounted installation Very strong roof structures (subject to structural and civil engineering approval) Its robust construction and braking systems make it suitable for exposed and demanding sites. Key Features 2-bladed Vertical Axis Wind Turbine (VAWT) for omni-directional wind capture Ultra-low cut-in wind speed for generation in light winds Bouquet Effect technology, delivering substantial output increases in clustered installations Designed for commercial, municipal, and infrastructure-scale energy systems Quiet operation with an iconic, architectural form Technical Specifications General Model: FT 6M Turbine Type: 2-Bladed Vertical Axis Wind Turbine IEC Turbine Class: IEC 61400 Class IV Rated Power: 5 kW (reached at ≈11.5 m/s / 25.7 mph) Design Life: 20 years (annual inspection required) Dimensions & Weight Blade Height: 5.0 m (16.4 ft) Total Height: 6.0 m (19.7 ft) Turbine Diameter: 2.5 m (8.2 ft) Total Weight: ≈1,000 kg (2,205 lbs) Performance Cut-In Wind Speed: 0.7 m/s (1.57 mph) Cut-Out Wind Speed: Controlled via inverter or charge controller Electrical braking system Mechanical and manual braking included as required Maximum Survival Wind Speed: 54 m/s (120.8 mph) Expected Output (Single Turbine): ≈5.39 kW at 12 m/s (26.8 mph) Bouquet Performance: 25%–228% output increase per turbine when correctly oriented Example – Bouquet of 5: ≈12.5 kW per turbine ≈62.5 kW total output at 12 m/s (27 mph) Electrical & Generator Generator: High-efficiency permanent magnet generator Bearings: Integrated generator bearings plus secondary shaft bearings Grid-Tied Output Options: 230 VAC / 3-phase / 60 Hz 110 VAC / 3-phase / 50 Hz Materials & Environment Blade Material: Thermoplastic Operating Temperature Range: −15 °C to +50 °C (5 °F to 122 °F) Warranty 10-year warranty on components manufactured by Flower Turbines Third-party components covered by their respective manufacturers’ warranties

Exclusively available to installers, EPC contractors and commercial clients for medium to large scale commercial projects only.  Lead time:  2-3 months from ordering Minimum order quantity: 5 ITS is proud to be UK representatives for the medium to large scale commercial market for Flower Turbines.  Flower Turbines is the global leader in high-performance vertical axis wind turbines (VAWTs). ITS support EPC contractors, renewable energy installers, developers, and commercial organisations in integrating Flower Turbines’ innovative wind systems into  projects across the UK. Whether you are enhancing an existing solar installation or designing a new multi-technology renewable system, Flower Turbines delivers a unique combination of efficiency, elegance, and outstanding performance—especially where traditional wind and solar solutions face limitations. Additional information and technical specifications available on the Flower Turbines website.  The Cluster Effect – Maximum Output From Minimal Space One of the most powerful advantages of Flower Turbines is the Cluster (Bouquet) Effect.Most wind turbines experience performance losses when installed close together. Flower Turbines do the opposite. With four turbines positioned together producing more than eight turbines separately.   3M Tulip Turbine Datasheet 3M Tulip Turbine Installation Guide   3-Metre Flower Tulip Wind Turbine Our 3-Metre Flower Tulip Turbines deliver a robust, high-performance wind energy solution in a compact, visually striking design. Suitable for homes, commercial buildings, and community installations, these turbines can be installed either at ground level or on structurally suitable flat roofs. Thanks to Flower Turbines’ patented Bouquet Effect, performance increases as turbines are installed together—meaning each turbine produces more energy when operating as part of a cluster. The standard finish is white, blending seamlessly into both urban and architectural environments. Designed for Optimal System Sizing The 3-metre turbine has been engineered so that five units pair optimally with a 5 kW inverter. This ensures: Balanced system design Maximum usable energy output Efficient inverter utilisation This makes the 3M Tulip an excellent choice for modular, scalable wind installations. Strong-Roof & Ground Installation Ready With its 3-metre blade height and reinforced design, the 3M Tulip is specifically suited for stronger roof structures where additional load capacity is available. It is equally effective when installed at ground level using a metal base fixed to concrete foundations. Key Features 2-bladed Vertical Axis Wind Turbine (VAWT) for omni-directional wind capture Ultra-low cut-in wind speed for generation in light wind conditions Bouquet Effect technology delivering significantly higher output in clustered installations Quiet operation with an architectural, visually appealing form Suitable for grid-tied or hybrid energy systems Technical Specifications General Model: FT 3M Turbine Type: 2-Bladed Vertical Axis Wind Turbine IEC Turbine Class: IEC 61400 Class IV Rated Power: 1,000 W (reached at ≈11 m/s / 25 mph) Design Life: 40 years (annual inspection required) Dimensions & Weight Blade Height: 3.0 m (9.84 ft) Turbine Diameter (both blades attached): 1.8 m (5.91 ft) Total Height: 4.07 m (13.35 ft) Total Weight: ≈400 kg (882 lbs) Ground Mount: Metal base for secure attachment to concrete foundations Performance Cut-In Wind Speed: 0.7 m/s (1.57 mph) Cut-Out Wind Speed: Controlled by charge controller (braking begins at ~12 m/s) Mechanical brake supplied Maximum Survival Wind Speed: 54 m/s (120.8 mph) Expected Production (Single Turbine): ≈1,400 W at 12 m/s (27 mph) Bouquet Performance (Example – 5 Turbines): ≈3 kW per turbine ≈15 kW total output at 12 m/s (27 mph) Electrical & Generator Generator: High-efficiency permanent magnet generator Bearings: Integrated generator bearings plus secondary shaft bearings Grid-Tied Output Options: 240 VAC / single-phase / 60 Hz 230 VAC / single-phase / 50 Hz Materials & Environment Blade Material: Thermoplastic Operating Temperature Range: −15 °C to +50 °C (5 °F to 122 °F) Warranty 10-year warranty on components manufactured by Flower Turbines Third-party components covered by their respective manufacturers’ warranties

Exclusively available to installers, EPC contractors and commercial clients for medium to large scale commercial projects only.  Lead time:  2-3 months from ordering Minimum order quantity: 10 ITS is proud to be UK representatives for the medium to large scale commercial market for Flower Turbines.  Flower Turbines is the global leader in high-performance vertical axis wind turbines (VAWTs). ITS support EPC contractors, renewable energy installers, developers, and commercial organisations in integrating Flower Turbines’ innovative wind systems into  projects across the UK. Whether you are enhancing an existing solar installation or designing a new multi-technology renewable system, Flower Turbines delivers a unique combination of efficiency, elegance, and outstanding performance—especially where traditional wind and solar solutions face limitations. Additional information and technical specifications available on the Flower Turbines website.  The Cluster Effect – Maximum Output From Minimal Space One of the most powerful advantages of Flower Turbines is the Cluster (Bouquet) Effect.Most wind turbines experience performance losses when installed close together. Flower Turbines do the opposite. With four turbines positioned together producing more than eight turbines separately.   2M Tulip Turbine Datasheet 2M Tulip Turbine Installation Guide   FT 2M-Lite Flower Turbine The FT 2M-Lite Flower Turbine is a visually striking, medium-scale vertical-axis wind turbine designed for commercial, micro-grid, and hybrid solar-wind applications. Standing just over 3 metres (≈9.8 ft) tall, it delivers reliable wind generation in compact spaces where traditional turbines are unsuitable. Manufactured in the United States, the FT 2M-Lite combines architectural design with high performance and long-term durability. It can be installed: On structurally suitable flat roofs (subject to civil/structural engineer approval) On the ground using a concrete foundation and pole mount A battery is not included, allowing flexibility to integrate with existing or bespoke energy storage systems. Ideal Applications Supplementary wind generation alongside commercial or residential solar PV Hybrid solar-wind systems for improved year-round generation Micro-grids and off-grid projects Sites where wind complements solar output during low-light or winter conditions Thanks to Flower Turbines’ patented Bouquet Effect, installing multiple turbines together significantly increases total output—meaning the more turbines deployed, the greater the collective performance. Key Features 2-bladed Vertical Axis Wind Turbine (VAWT) for omni-directional wind capture Extremely low cut-in wind speed for generation in light winds Bouquet Effect technology delivering substantial performance gains in clustered installations Quiet operation with an architectural, visually appealing design Suitable for grid-tied or off-grid systems Technical Specifications General Model: FT 2M-Lite Turbine Type: 2-Bladed Vertical Axis Wind Turbine IEC Turbine Class: IEC 61400 Class IV Rated Power: 500 W (reached at ≈11 m/s / 25 mph) Design Life: 40 years (annual inspection required) Dimensions & Weight Blade Height: 2.0 m (6.56 ft) Blade Diameter: 1.18 m (3.85 ft) Total Height: 3.008 m (9.87 ft) Total Weight: ≈227 kg (501 lbs) Ground Pole Mount: Diameter: 0.1 m (0.33 ft) Length: 2.44 m (8 ft) Weight: 30 kg (66 lbs) Performance Cut-In Wind Speed: 0.7 m/s (1.57 mph) Cut-Out Wind Speed: Controlled electronically via inverter/charge controller Braking: Electrical brake system Additional mechanical brake Maximum Survival Wind Speed: 54 m/s (120.8 mph) Expected Production (Single Turbine): ≈622 W at 12 m/s (27 mph) Bouquet Effect Performance: 25%–228% output increase per turbine when correctly oriented Example – Bouquet of 5: ≈1.147 kW per turbine ≈5.7 kW total output at 12 m/s (27 mph) Electrical & Generator Generator: High-efficiency permanent magnet generator Bearings: Integrated generator bearings plus secondary shaft bearings Grid-Tied Output Options: 240 VAC / 1-phase / 60 Hz 230 VAC / 1-phase / 50 Hz Materials & Environmental Blade Material: Thermoplastic Operating Temperature Range: −15 °C to +50 °C (5 °F to 122 °F) Warranty 10-year warranty on components manufactured by Flower Turbines Third-party components covered under their respective manufacturers’ warranties

Exclusively available to installers, EPC contractors and commercial clients for medium to large scale commercial projects only.  Lead time:  2-3 months from ordering Minimum order quantity: 10 ITS is proud to be UK representatives for the medium to large scale commercial market for Flower Turbines.  Flower Turbines is the global leader in high-performance vertical axis wind turbines (VAWTs). ITS support EPC contractors, renewable energy installers, developers, and commercial organisations in integrating Flower Turbines’ innovative wind systems into  projects across the UK. Whether you are enhancing an existing solar installation or designing a new multi-technology renewable system, Flower Turbines delivers a unique combination of efficiency, elegance, and outstanding performance—especially where traditional wind and solar solutions face limitations. Additional information and technical specifications available on the Flower Turbines website.  The Cluster Effect – Maximum Output From Minimal Space One of the most powerful advantages of Flower Turbines is the Cluster (Bouquet) Effect.Most wind turbines experience performance losses when installed close together. Flower Turbines do the opposite. With four turbines positioned together producing more than eight turbines separately.   1M Tulip Turbine Datasheet 1M Tulip Turbine Installation Guide   1.15 m Flower Tulip Wind Turbine The 1.15 m Flower Tulip Turbine is a compact vertical-axis wind turbine designed for both off-grid and grid-connected applications. Standing at approximately 1.5 m high, it integrates advanced electronics to charge 12 V, 24 V, or 48 V battery systems, or to connect to the grid when deployed in larger multi-turbine “bouquet” configurations. Mounted on a fixed pole, the Flower Tulip is ideal for: Off-grid applications such as outdoor lighting, signage, and small displays Hybrid wind-and-solar systems, where it supplements solar generation during low-light and winter conditions Scalable bouquet installations, delivering significantly higher output through the patented Bouquet Effect The turbine is supplied as standard in white and is engineered for long-term durability in demanding environments. Key Features Vertical Axis Wind Turbine (VAWT) design for omni-directional wind capture Ultra-low cut-in wind speed for generation in light winds Bouquet Effect technology increases output when turbines are grouped and correctly oriented Suitable for off-grid, hybrid, or grid-connected systems Quiet operation with a visually appealing, architectural form Technical Specifications General Model: FT 1.15M Turbine Type: 2-Bladed Vertical Axis Wind Turbine IEC Turbine Class: IEC 61400 Class IV Rated Power: 100 W (reached at 14.5 m/s / 32.4 mph) Design Life: 40 years (annual inspection required) Warranty: 5 years on Flower Turbines components Third-party components covered by their respective manufacturers Dimensions & Weight Turbine Diameter / Width: 0.55 m (1.79 ft) Blade Height: 1.15 m (3.77 ft) Total Height: 1.4 m (4.58 ft) Weight: ≈20 kg (44.1 lbs) Performance Cut-In Wind Speed: 0.7 m/s (1.57 mph) Cut-Out Wind Speed: Controlled by inverter or charge controller Maximum Survival Wind Speed: 54 m/s (120.8 mph) Expected Output (Single Turbine): ≈62.2 W at 12 m/s (27 mph) Bouquet Effect Gain: ≈25% additional output per turbine when correctly oriented Example: 4-turbine bouquet → ~100% output increase (double power) 5-turbine bouquet → ≈144.7 W per turbine Total output: ≈723.5 W at 12 m/s Electrical & Generator Generator: High-efficiency permanent magnet generator Bearings: Integrated within generator Battery Charging: 12 V / 24 V / 48 V systems Grid-Tied Output: 110 V or 220 V (dependent on country and inverter selection) Materials & Environment Blade Material: Thermoplastic Operating Temperature Range: −15 °C to +50 °C (5 °F to 122 °F)

Fox ESS Battery Storage System Installation in Woodford Berkeley Important Notice (This is an example of one of our installations. This system is not available for free, so please do not purchase.) For a bespoke Solar PV quote, please complete of quote form here. Or for a battery only system you can view our range of packages here. Overview of the Installation This advanced battery storage system installation in Woodford Berkeley demonstrates how homeowners can maximize energy efficiency and save on electricity costs. The system offers projected annual savings of approximately £1,800, delivering a payback period of just 4 years by charging from Octopus Energy’s cheap night-time electricity rates. Key Benefits Reduce energy bills by storing cheap electricity overnight Maximize return on investment with a short payback period Support renewable energy usage and lower your carbon footprint System Specifications Hybrid Inverter Fox ESS 10.5kW Hybrid Inverter – Efficient power conversion and smart energy management Battery Storage 2 x FOX ESS EP12 11.52kWh Lithium Batteries – High-capacity storage for reliable energy availability Looking to save money on your energy bills? Visit ITS Technologies to explore a wide range of installed battery storage packages or email us at support@itstechnologies.uk for expert advice and bespoke quotes.

Sunsynk 8.8kW Hybrid Inverter with 31.92kWh Battery Storage – Real Installation Example Important Notice (This is an example of one of our installations. This system is not available for free, so please do not purchase.) For a bespoke Solar PV quote, please complete of quote form here. Or for a battery only system you can view our range of packages here. Why Choose This System? Our customer in Wadhurst needed a reliable energy solution with around 30kWh+ battery storage and a powerful hybrid inverter for maximum efficiency. The Sunsynk 8kW hybrid inverter combined with 3 x W10.6 Sunsynk lithium batteries provided the perfect balance of performance, scalability, and cost-effectiveness. Key Benefits Potential Savings: £2,500 per year Payback Period: Just under 4 years Optimised Charging: Works with Octopus Energy cheap night rates for additional savings Scalable Storage: 3 x 10.64kWh batteries for future expansion System Specification Inverter Model: Sunsynk 8.8kW Hybrid Inverter Features: Intelligent energy management, remote monitoring, and grid-tied capability Batteries Quantity: 3 x Sunsynk W10.6 Capacity: Each battery offers 10.64kWh, giving a total of 31.92kWh Type: Lithium-ion for long lifespan and efficiency Looking to save money on your energy bills? Visit ITS Technologies to explore a wide range of installed battery storage packages or email us at support@itstechnologies.uk for expert advice and bespoke quotes.

Fox ESS Battery Storage System Installation in Kettering Important Notice (This is an example of one of our installations. This system is not available for free, so please do not purchase.) For a bespoke Solar PV quote, please complete of quote form here. Or for a battery only system you can view our range of packages here. Overview of the Installation This advanced battery storage system installation in Hersham demonstrates how homeowners can maximize energy efficiency and save on electricity costs. The system offers projected annual savings of approximately £2,800, delivering a payback period of just 4 years by charging from Octopus Energy’s cheap night-time electricity rates. Key Benefits Reduce energy bills by storing cheap electricity overnight Maximize return on investment with a short payback period Support renewable energy usage and lower your carbon footprint System Specifications Hybrid Inverter Fox ESS 6kW Hybrid Inverter – Efficient power conversion and smart energy management Battery Storage 3 x FOX ESS EP12 11.52kWh Lithium Batteries – High-capacity storage for reliable energy availability Looking to save money on your energy bills? Visit ITS Technologies to explore a wide range of installed battery storage packages or email us at support@itstechnologies.uk for expert advice and bespoke quotes.

Example Battery Storage Installation – Solis & Dyness System Important Notice (This is an example of one of our installations. This system is not available for free, so please do not purchase.) For a bespoke Solar PV quote, please complete of quote form here. Or for a battery only system you can view our range of packages here. Our customer’s projected saving is around £570 per year, delivering a payback period of just under 7 years when charging from Octopus cheap night-time electricity. This demonstrates how battery storage can significantly cut household energy bills and increase self-sufficiency. Why Choose a Battery Storage System Like This? By pairing a Solis 6kW AC charger with Dyness 5.12kWh batteries, homeowners can optimise their energy usage, reduce grid reliance, and maximise savings. Charging during off-peak tariffs allows stored energy to be used during the day, lowering overall electricity costs. System Specification Inverter/Charger: Solis 6kW AC charger Battery Storage: 2 x Dyness 5.12kWh lithium batteries Looking to save money on your energy bills? Visit ITS Technologies to explore a wide range of installed battery storage packages or email us at support@itstechnologies.uk for expert advice and bespoke quotes.

Example Installation – High-Capacity Solar Battery Storage Important Notice (This is an example of one of our installations. This system is not available for free, so please do not purchase.) For a bespoke Solar PV quote, please complete of quote form here. Or for a battery only system you can view our range of packages here. Our customers are projected to save around £3,000 per year, achieving a payback in just under 3 years by charging their system from Octopus cheap night-time electricity. Why Choose This Battery Storage Setup? This example highlights the benefits of pairing a Sunsynk 8.8kW hybrid with Dyness high-capacity batteries, providing reliable energy storage, reduced grid dependence, and smarter energy management for residential properties. System Specification Hybrid Inverter/Charger: Sunsynk 8.8kW  Battery Storage: 4 x Dyness Powerbox G210.24kWh batteries   For advice or a bespoke solar and battery storage quote, complete our quote form or email support@itstechnologies.uk.

Important Notice (This is an example of one of our installations. This system is not available for free, so please do not purchase.) For a bespoke Solar PV quote, please complete of quote form here. Or for a battery only system you can view our range of packages here.   Fox ESS Battery Storage – EP11 10.36kWh  Our customer in Watford had an existing Fox ESS battery storage system with 1 x EP11 and required to increase his storage capacity to 4 x EP11s. ITS was happy to provide the installation of the additional batteries. Key Benefits Maximise Savings: Charge from low-cost electricity tariffs to reduce energy bills Fast Payback: Example system demonstrates a payback period of under 5½ years High Capacity Storage: 10.24kWh EP11 battery for reliable home backup Smart Energy Management: Optimises charging and discharging for cost efficiency Scalable System: Add additional batteries in the future as energy needs grow Ideal for UK Homes: Suitable for residential properties across the UK Why Choose Fox ESS Efficient Hybrid Inverter: Charges from solar and grid seamlessly Reliable Backup Power: Keeps essential home loads running during outages Future-Proof Design: Expandable storage and compatibility with smart tariffs like Octopus Agile   Looking to save money on your energy bills? Visit ITS Technologies to explore a wide range of installed battery storage packages or email us at support@itstechnologies.uk for expert advice and bespoke quotes.  

Solis Single Phase Low Voltage 10kW Energy Storage Hybrid Inverter  #2: SOL-S6-EH1P10K-L-PLUS-UK Solis Plus Hybrid Data Sheet Solis Plus hybrid User Manual Solis Plus Hybrid Warranty Solis Product Compatibility ENA Reference: SOLIS/18144/V1/A2 Solis 10kW Single-Phase Low-Voltage Energy Storage Inverter   PLUS Model – Built for Demanding Power Scenarios The Solis Single-Phase Low-Voltage PLUS Energy Storage Inverter is engineered for high-performance residential and light commercial applications requiring reliability, flexibility, and advanced energy control. Featuring fast UPS-level backup switching, high surge capability, and generator compatibility, the PLUS model is ideal for sites with demanding loads and complex energy profiles. Key Features & Benefits Integrated Backup Port with Automatic UPS Switching for seamless power continuity AI Optimised cloud-based, automated energy management assistant Up to 190A max charge/discharge current for high-power battery performance Up to 200% DC oversizing for enhanced energy harvest Six fully customisable charge/discharge time settings for tariff optimisation 200% surge power capability (10 seconds) to support high inrush loads Generator connectivity with multiple input methods and automatic generator start/stop control Flexible parallel operation supporting both single-phase and three-phase configurations, up to 48kW total Intelligent AC-coupling enables easy retrofitting to existing grid-connected PV systems Peak shaving support in both self-use and generator modes Compatible with lead-acid and lithium batteries, with comprehensive battery protection features Compatibility & Installation Notes DC battery cable not included For metering: SOL-METER-1PH-CT1 is not compatible with the 8/10K PLUS SOL-METER-1PH-EASTRON is required Technical Specifications Supplier Part Number: S6-EH1P-10K-L-PLUS Rated Power: 8,000 W Maximum DC Power: 16,000 W Maximum AC Power (5 min): 8,000 W Surge AC Power (1 sec): 8,001 W MPPT Quantity: 8 Maximum DC Current: 64 A Maximum DC Inputs: 8 Minimum MPPT Voltage: 90 V Maximum MPPT Voltage: 435 V Maximum Input Voltage: 500 V DC Startup / Shutdown Voltage: 90 V Integrated DC Switch: Yes DC Fuses: No Connector Type: MC4 Included Connectors: 3 Euro Efficiency: 96.5% Transformer: None Weight: 23.8 kg Warranty: 5 years Ideal For High-load residential systems Hybrid solar + battery installations Generator-assisted backup systems Retrofit AC-coupled battery upgrades Sites requiring fast backup switching and surge support

Fox EQ2900 2.88kWh HV Battery (Slave) 2: FE-HV-EQS-2900   #3:  7203 Fox EQ2900 Datasheet Fox EQS2900 Manual Fox EQS2900 Warranty EQ2900 (2.88 kWh) master and ECS2900 variants from the same EQ/ECS family are interoperable as long as they use the same high-voltage platform and connector type. Fox EQ High Voltage Battery – Slave Module (EQS2900) The Fox EQS2900 is a high-performance high-voltage battery slave module, designed to expand the capacity of the Fox EQ modular battery system. Built for flexibility, reliability, and fast installation, the EQ range is ideal for residential and light commercial energy storage applications where scalable capacity and long-term performance are essential. The modular, plug-and-play design allows additional battery modules to be added in series, enabling systems to grow as energy demands increase — all while maintaining efficient high-voltage operation and seamless inverter communication. Key Features & Benefits 2.88 kWh usable capacity per module Scalable system design – expand up to 20.16 kWh High voltage architecture for improved system efficiency 90% depth of discharge (DoD) for maximum usable energy Wide operating temperature tolerance for reliable year-round performance CAN communication for stable inverter integration Fast plug-and-play installation, reducing install time and labour costs System Configuration Requirements Minimum configuration: 2 modules required (1 × Master + 1 × Slave) Maximum configuration: Up to 7 modules per stack (1 × Master + 6 × Slaves) Slave modules cannot operate independently and must be paired with a Fox EQ Master module. Technical Specifications Weight: 33 kg Battery Type: Lithium-ion Nominal Energy: 2.88 kWh (2880 Wh) Depth of Discharge (DoD): 90% Nominal Voltage: 52 V Continuous Discharge Power (Normal Operation): 1.44 kW Maximum Discharge Power (5 minutes): 2.88 kW Surge Discharge Power (15 seconds): 3.0 kW Maximum Charge Power (5 minutes): 2.88 kW