LONGi Supplies 273 MW Modules for 831 MWp Solar Project in Vietnam

• LONGi has actually effectively supplied its Hi-MO 4 Series modules of what it claims to be Southeast Asia's largest solar plant, Phase I of the Xuan Thien Ea Sup Project in Dak Lak, Vietnam.

LONGi, a leading solar modern technology headquartered in Xi'an, China, has actually introduced that it has actually efficiently provided its Hi-MO 4 Series modules of what it asserts to be Southeast Asia's biggest solar plant, Phase I of the Xuan Thien Ea Sup Project in Dak Lak, Vietnam. Appointed by Xuan Thien Group on November 15, 2020, the 600 MWac/ 831 MWp utility-scale solar plant is approximated to have an electrical power result of 1.5 billion kWh annually.

With almost 2 million photovoltaic panels, 500 kV/ 1,200 MVA transformer terminal and 22.2 kilometres of 500 kV line, this is thus far the largest solar energy plant in Southeast Asia. The plant, which has actually been set up at an estimated price of 20,000 billion dong, has actually been appointed 5 months earlier than the scheduled date of conclusion due to joint efforts by the designers, logistics companions and also equipment distributors including LONGi.

Building and construction of this plant started in April 2020 and also LONGi authorized a contract to provide 273 MW of its modules to be made use of for the job in May 2020. The module supplier finished the shipment much prior to the deadline.

Dennis She, SVP of LONGi Solar, commented, "we are proud along with delighted to be a part of this grand project by the Xuan Thien Group, using our relied on mono-crystalline innovations. LONGi believes that technology advancements will additionally drive solar energy cost optimisation, allowing us to drive a significant shift in the local energy landscape via more such collaborations."

The Dak Lak district, located in Vietnam's Central Highlands, is honored with ample sunlight and also plentiful still land-- is very ideal for solar power generation. The Xuan Thien Group, consequently, intends to scale up the ability of this plant to 2,000 MWac/ 2,800 MWp by early 2022, giving regarding 5 billion kWh annually for the national electrical power system.