The 410w 24V Csun Mono Perc solar panel gives you energy all day long without polluting the environment. The perfect solar panel for use in both grid-connected on-grid systems or off-grid off-grid systems (requires MPPT solar panel controller). The solar panel comes pre-installed with MC4 connectors with 1.2m cables for easy installation.
Solar panel dimensions: 172.4cm X 113.4cm X 3.0cm
410 W Csun Mono Perc solar panel helps to provide energy by supporting environmental stewardship and reducing the production of polluting gases. The panel is divided into a so-called half cut panel. It is a last generation panel with a module efficiency of 20.4% and the benefits of split cell technology in controlling partial shading and improving thermal dissipation. CSUN is a TIER 1 manufacturer with over 15 years of experience and 9 factories around the world. With an annual production of over 2 GW, Csun's 400w 144 Mono perc solar panel has one of the highest efficiencies on the market.
Csun 410w mono perc solar panel features a new split cell technology that improves the performance of the PV system in many ways, here we will see the most important ones:
- Reduction of thermal resistance: using a split cell allows the current circulating through the panel to be split into two parts, reducing losses due to thermal resistance. Simply with this panel configuration change, we get up to 10 watts more compared to a traditional module.
- Lower panel temperature: split cells have better heat dissipation compared to a traditional cell, so there is also less chance of getting a hot spot in the future. In addition, Perc technology further reduces temperature losses due to the use of reflection.
- Better performance in shading: because the panel is split into two chains connected in parallel, half of the panel will continue to operate if we have partial shading, so we reduce losses significantly.
- MBB technology: its cells have the advantage of a multi-rail system that reduces electrical resistance by limiting the distance between conductors. The gain is 5 to 10 watts per solar panel, and the chances of getting faults such as "microcracks" are significantly reduced.
