UKSOL Flexible solar solutions
Constructed for high efficiency and durability, UKSOL Flexible Solar utilises nanowire technology to enhance electrical conductivity and safety. Robust and semi-flexible but without the heavy aluminium frame and glass sheets required in conventional modules.
Thanks to their polymer construction, the PV panels are robust and semi-flexible but without the heavy aluminium frame and glass sheets required in conventional modules. The final product is less than 3mm thick, easy to install, and weighs less than 2.5kg/m2 compared with 20-30 kg/m2 for conventional panels.
Mobile
Can be assembled and dismantled with ease.
Flexible and Lightweight
Ultralight and can bend up to 35 percent using 160m thick crystalline cells due to the use of polymer as the replacement for glass.
Low Profile
Less than 3mm thick to minimize windload.
UKSOL Flexible solar Case Study
Sunswap:
Harnessing Solar to Decarbonise Transport Refrigeration
Innovation in Transport Refrigeration using uksol technology
Sunswap has developed a groundbreaking solution to decarbonise refrigerated transport, Endurance. This fully-electric, battery and solar-powered system eliminates the need for diesel usage while matching the performance of traditional diesel units. By integrating solar panels on trailer roofs, Sunswap has created a uniquely sustainable approach to powering refrigerated deliveries.
Sunswap removes diesel with a battery and solar-powered solution. Reducing not only direct emissions but also the cost of operating transport refrigeration for operators.
Solar Power: The Perfect Complement to Cold Chain
Solar energy and refrigerated transport have a natural synergy:
- Peak solar generation aligns with the highest cooling demand in the summer months
- For chilled goods transport, solar provides on average three-quarters of energy needs year-round
- During spring/summer, solar can meet nearly 100% of refrigeration power requirements
- Solar acts as a range extender, reducing battery size/weight and grid charging needs
This allows Sunswap to minimise battery capacity, grid charging infrastructure and ultimately cost, making adoption simpler and more cost-effective for fleet operators.
Commercial Traction and Future Outlook
Sunswap has gained significant commercial momentum:
- Completed over 25 successful customer trials with major retailers and logistics providers including Tesco and Muller
- Secured orders from leading companies like DFDS, Samworth Brothers, and TIP Group
- Beginning full-scale production in 2024 to fulfil growing order pipeline
With proven performance and increasing customer adoption, Sunswap is poised to accelerate the transition to sustainable refrigerated transport across the UK and Europe.
The innovative integration of UKSOL's solar technology has been key to Sunswap's unique value proposition and commercial success.
HIGH EFFICIENCY
Increased efficiency and longevity by reducing the temperature of PV module induced by the internal resistance.
SHADE PROTECTION TECHNOLOGY
The module will perform even when it is shaded by trees and buildings or partially covered by leaves, dirt or snow.
NANOTECHNOLOGY
Nanowires cell surface provides the electrical conductivity and physical support eliminating the need for welding.
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