According to a recent LinkedIn post from Envision Group, the company is involved in what is described as the world’s largest co-located wind–solar project on China’s Loess Plateau. The post indicates a total capacity of 6 GW, comprising 4.5 GW of wind and 1.5 GW of solar, with an expected annual output of more than 12 TWh of power delivered via ultra-high-voltage transmission to eastern industrial regions.
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The LinkedIn post highlights the use of customized EN-200/5.56 MW turbines designed for low-wind, mountainous terrain with large rotors and high-capacity configuration to reduce turbine count and speed deployment. It also describes complex logistics, including coordinating blade transport on steep, winding roads, and a 1:1 allocation of transport and lifting equipment per turbine to meet a roughly 150-day construction window.
For investors, the post suggests Envision is demonstrating execution capability in large-scale hybrid renewable projects under challenging site conditions, which could reinforce its competitive position in utility-scale wind and solar integration. Successful delivery of a 6 GW project with advanced logistics and engineering practices may support Envision’s ability to win similar high-complexity projects, potentially expanding its addressable market in China’s energy transition and in other regions pursuing grid-scale renewables.