Hledání produktů

Higher panel efficiency is achieved through the use of Mono Perc Cell technology. Low internal current technology leads to effective power reduction and MBB and HC technology to reduce the negative impact on performance caused by microcracks and shadows. Lower BOS (balance of system) costs thanks to high module efficiency.

This bifacial framed glass-glass module is the ideal solution for commercial installations. A proprietary shingled-cell design maximises durability in all types of weather conditions—including reinforced cell connections that withstand the stresses of daily temperature swings, redundant electrical paths that alleviate the impact of cell cracks, and an advanced electrical architecture that is more resilient to the effects of shade and mitigates hot-spot formation.

Designed to maximise energy generation through leading efficiency, enhanced performance in high temperatures, and higher energy conversion in low-light conditions like mornings, evenings and cloudy days.
Engineered to power through all types of weather conditions with crack-resistant cells and reinforced connections that protect against fatigue and corrosion. Each panel’s microinverter enables independent panel operation to mitigate the impact of shade while improving system performance.
 

Designed to maximise energy generation through leading efficiency, enhanced performance in high temperatures, and higher energy conversion in low-light conditions like mornings, evenings and cloudy days.
Engineered to power through all types of weather conditions with crack-resistant cells and reinforced connections that protect against fatigue and corrosion. Each panel’s microinverter enables independent panel operation to mitigate the impact of shade while improving system performance.
 

Designed to maximise energy generation through leading efficiency, enhanced performance in high temperatures, and higher energy conversion in low-light conditions like mornings, evenings and cloudy days.
Engineered to power through all types of weather conditions with crack-resistant cells and reinforced connections that protect against fatigue and corrosion. Each panel’s microinverter enables independent panel operation to mitigate the impact of shade while improving system performance.
 

Designed to maximise energy generation through leading efficiency, enhanced performance in high temperatures, and higher energy conversion in low-light conditions like mornings, evenings and cloudy days.
Engineered to power through all types of weather conditions with crack-resistant cells and reinforced connections that protect against fatigue and corrosion. Each panel’s microinverter enables independent panel operation to mitigate the impact of shade while improving system performance.

Designed to maximise energy generation through leading efficiency, enhanced performance in high temperatures, and higher energy conversion in low-light conditions like mornings, evenings and cloudy days.
Engineered to power through all types of weather conditions with crack-resistant cells and reinforced connections that protect against fatigue and corrosion. Each panel’s microinverter enables independent panel operation to mitigate the impact of shade while improving system performance.

Designed to maximise energy generation through leading efficiency, enhanced performance in high temperatures, and higher energy conversion in low-light conditions like mornings, evenings and cloudy days.
Engineered to power through all types of weather conditions with crack-resistant cells and reinforced connections that protect against fatigue and corrosion. Each panel’s microinverter enables independent panel operation to mitigate the impact of shade while improving system performance.

The CS6W-T panels are assembled from TOPCon solar cells. Due to used TOPCon technology the modules increase the energy yield of PV systems and deliver one of the most competitive BOS (balance of system) cost savings and LCOEs (Levelized cost of electricity) for solar power plants, compared to PERC modules.