Performance
- How does the thermal power output of the SPRING panel change according to outdoor conditions?
- How does the temperature gradient of the SPRING panel change according to outdoor conditions?
- Why does the non-insulated DualSun SPRING panel perform better at low temperatures?
- What is the difference between energy (kWh) and peak power (kWp)?
- How to read the thermal power curve on the DualSun Spring panel data sheet?
- What is the LID and LeTID that would degrade the photovoltaic yield on DualSun panels?
- What is the impact of shading on photovoltaic panels?
- Why is the rated thermal power calculated by the SPF so low?
- What is the difference between the non-insulated and insulated versions of our panels?
- What is the thermal performance of the DualSun Wave panel?
- What is the design of the Wave heat exchanger?
- How is the difference in thermal expansion managed between the glass and the heat exchanger on the Wave panel?
- What is the link between the normative power output Wth/m² and the a0 coefficient (optical efficiency)?
- Have accelerated aging tests been conducted with the DualSun Spring panel?
- Isn't there a risk that a polymeric heat exchanger impedes the heat transfer efficiency of the panel?
- What is the thermal performance of the DualSun SPRING panel?
- What is the advantage of the DualSun Flash panel?
- What is the temperature loss coefficient Pmpp of the DualSun module?
- What is the flash-test tolerance of the photovoltaic part of the panel?
- What is the maximum temperature that can be reached at the outlet of a DualSun panel?
