✔ CPC Heat Pipe Technology — 50% Higher Thermal Output Per Aperture Area — Compound Parabolic Concentrator geometry delivers thermal output up to 50% greater than conventional flat plate or standard evacuated tube collectors from an equivalent aperture area — maximising energy yield per unit of available installation space.

✔ 1189W Peak Output — Up to 160 Litres Per Day — Peak thermal output of 1189W supports domestic hot water production of up to 160 litres per day, suitable for smaller residential installations or supplementary solar thermal contributions within larger multi-source renewable systems.

✔ 360° Three-Dimensional Absorber — All-Condition Irradiance Capture — The three-dimensional 360° absorber configuration captures both direct beam and diffuse solar radiation throughout the full daily solar arc, maintaining productive thermal output under overcast, low-irradiance, and variable sky conditions where standard collectors underperform.

✔ Absorber Surface Exceeds Aperture Area — CPC Concentration Advantage — The CPC reflector geometry concentrates additional diffuse and direct radiation onto an absorber surface dimensionally larger than the overall collector aperture, delivering superior thermal yield per unit of roof or ground area occupied.

✔ Accelerated Startup Temperature — Extended Daily Output Window — CPC heat pipe technology reaches operational temperature faster than standard evacuated tube or flat plate collectors, reducing time to useful heat delivery and extending the productive thermal output window across the full daily solar cycle.

✔ Overheating Protection — Tool-Free Stagnation Management — During peak solar irradiance periods, stagnation risk is controlled by removing the CPC concentrators — a straightforward, tool-free intervention that protects collector and system components without pressure relief activation or system drain-down.

✔ Patented Fast-Assembly CPC Format — Reduced Installation and Logistics Complexity — The patented flaky sheet CPC concentrator design assembles rapidly on site without specialist tooling, reducing installation labour hours and simplifying transportation compared to conventional fixed-geometry collector configurations.

✔ EN12975 and Solar Keymark Certified — Independently Verified Performance — Certified to EN12975 and carrying the Solar Keymark mark, confirming independently verified thermal performance and full compliance with European standards for solar thermal collector testing and certification.