Delta Energy Supplied Inverters To 50.4MW Solar PV Plants In Denmark

Delta announced today its PV inverter technology has been successfully integrated into a conglomerate of 126 solar PV power plants in Vandel, Denmark totalling 50.4MW.
A total of 1,008 units of Delta's M50A series solar PV inverters, which is expected to generate more than 71.7 million kWh of clean electricity per year, enough to power 21,500 Danish households and equivalent to an annual reduction in carbon dioxide emissions of approximately 30,940 tonnes.
Mr. Victor Cheng, vice president and general manager of Delta's Power System Business Group (PSBG), highlighted, "As a world-class provider of energy-saving solutions, we are delighted to have our high-performance PV inverters being an integral part of such a significant renewable energy footprint project in Denmark. In line with our corporate mission, ‘To provide innovative, clean and energy-efficient solutions for a better tomorrow', we provide smarter and greener technologies to empower the low-carbon economy. From 2010 to 2015, Delta's green products and solutions have enabled energy savings for our customers of up to 17.3 billion kWh and a reduction of close to 9.2 million tonnes in carbon emissions."
Delta's president and general manager for the Europe, Middle East and Africa (EMEA) region, Mr. Jackie Chang, mentioned, "This is the largest success case our PV inverters have ever achieved in the entire EMEA region, a major milestone within the remarkable track record we've built in the residential, commercial and utility-scale segments. The integration expertise of Delta's service team has also been crucially beneficial for the commissioning of this project given the colossal size of this PV power plant conglomerate."
The 126 solar PV plants, each with 400kW capacity, were built at a former NATO military airbase located in Vandel, Denmark. The property covers 108 hectares (over 1 square kilometre), roughly equivalent to 150 football fields. This conglomerate of PV installations will provide an expected annual generation of 71.7 million kWh of renewable energy, enough to suffice the annual power needs of approximately 21,500 local homes.