Recently, Hangzhou Kangbei Optical Storage Integrated Project, the first user-side optical storage integrated project in Binjiang District, Hangzhou City, Zhejiang Province, was successfully connected to the grid for power generation. The project relies on Hangzhou Kangbei Pharmaceutical Co., Ltd., which has about 13,000 square meters of factory roof and idle space in the factory area. It is invested and constructed by Hangzhou Energy Group . It is estimated that the cumulative power generation in 25 years will reach 15.3612 million kWh .
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construction ▲ After
construction Project introduction
Hangzhou Kangbei Photovoltaic and Energy Storage Integrated Project adopts the contract energy management business model, with a total investment of 4.8 million yuan, and constructs two major modules of photovoltaic and energy storage. Among them, the installed photovoltaic capacity is 684.75 kWp, with an estimated average annual power generation of 614,400 kWh, equivalent to an average annual reduction of 612.58 tons of carbon dioxide emissions; The capacity of the energy storage equipment is 0.48 MW/0.88 MWh, the lithium iron phosphate battery is used, and the operation mode of energy storage in the valley period and discharge in the peak period is adopted, which saves hundreds of thousands of yuan of electricity annually.
Photovoltaic storage integration project has extremely high economic and ecological benefits, which can not only alleviate the pressure of electricity consumption during peak period, save the cost of energy consumption of enterprises, but also further improve the efficiency of energy resources utilization, and promote the green and low-carbon development of economy and society.
Hangzhou Kangbei Optical Storage Integration Project is the first user-side optical storage integration project in our region, which has important leading and demonstration significance. Next, our region will take this project as a new starting point, vigorously promote comprehensive energy construction, strengthen the peak load shaving capacity of the whole region, improve the utilization rate of renewable energy, and help achieve the goal of "double carbon" on schedule.