GoodWe, a global leader in solar inverters and energy solutions, continues to enable sustainable energy transitions across challenging environments. A recent milestone includes a successful 10 MW solar installation in Kutch, Gujarat, executed by Kosol Energie for the Gujarat State Electricity Corporation Limited (GSECL).
Situated in a region characterized by extreme temperatures, the project demanded robust and efficient energy infrastructure. To meet these conditions, Kosol Energie selected GoodWeโs high-performance 350 kW UT string inverters. These inverters deliver exceptional output, enabling the system to generate 70 MWh of solar power daily while ensuring stable performance despite Kutchโs intense heat and environmental stressors.
Harish Sharma, Project Head at Kosol Energie, said in a statement, โGoodWe’s inverters have been performing exceptionally well in extreme heat, delivering high efficiency and energy generation. The service from design to installation and operations was outstanding, and the system’s reliability has exceeded our expectations. Based on our previous experience, GoodWe inverters are producing 10-15% energy generation compared to previous products we used. GoodWe’s performance and support have made it Kosol’s first choice for future projects, making it the preferred string inverter for all upcoming solar installations.โ
GoodWeโs inverters are engineered for resilience. With IP66 and C5 anti-corrosion ratings, they are designed to operate efficiently in high-temperature and high-humidity conditions. The UT series also features advanced anti-Potential Induced Degradation (PID) and PID-recovery technology, reducing the energy losses commonly associated with harsh climates.
This installation exemplifies GoodWeโs commitment to delivering dependable solar technologies that drive clean energy adoption across Indiaโs diverse landscapes. As demand for reliable solar infrastructure continues to rise in climate-challenged regions, GoodWe stands at the forefront, empowering partners like Kosol Energie to meet critical renewable energy targets.
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