PV Power Generation

self-consumption with excess power fed to the grid

The project involves building distributed PV power generation stations across three buildings in the factory area, covering a total area of 7,868㎡, with a designed capacity of approximately 1.68MW. The power station operates under a “self-consumption with excess power fed to the grid” model.

reducing carbon dioxide emissions by approximately 199 tons per year

Compared to traditional coal-fired power plants, PV power generation reduces carbon dioxide emissions by 0.997kg per kilowatt-hour generated. The eSUN PV power generation project is expected to generate 2 million kW·h annually, reducing carbon dioxide emissions by approximately 199 tons per year.

helping ESUN meet OUR energy-saving and emission reduction goals

The project utilizes idle rooftop space on factory buildings, operates silently and without pollution. The solar panels on the rooftops help prevent roof aging, offer significant insulation, lower factory temperatures, and further reduce energy consumption, helping eSUN meet our energy-saving and emission reduction goals.