Project Cases | A quick look at the application scenarios of Yingchen's centralised photovoltaic power station

Centralized Photovoltaic Power Station

Application Scenario

PART 1

Mine PV Power Station

The project of mine photovoltaic power station is to construct photovoltaic power station at the site of coal mine gangue slag heap and coal mining subsidence area, which is capable of ecological governance and restoration through comprehensive governance of mine ecology, mine dump, coal mining subsidence area and laying photovoltaic power generation panels in piecemeal fashion. On-board photovoltaic power generation, under-board ecological restoration, three-dimensional utilization of land, an effective solution to the mining area soil erosion, grass fixation and other ecological governance issues, to achieve a better economic benefits, environmental benefits and social benefits.

△Shanxi Datong Runner Base

 Installed capacity 50MW

Location Datong, Shanxi

Estimated annual power generation 65 million kWh

Save 19,000 tons of standard coal

Emission reduction of 52,000 tons of carbon dioxide

PART 2

Gobi/Desert PV Power Station

Gobi/desert photovoltaic power station refers to the construction of photovoltaic power station in the Gobi and other desert areas, through the solar panels of the shield makes the local wind speed, soil temperature drop, reducing the evaporation of water. The construction and operation of photovoltaic power plant can not only solve the problem of energy shortages, but also play a positive role in promoting the environmental protection and ecological construction of the desert area, so that the desert is no longer a desolate and barren land, but has become an important base for new energy generation.

△State Grid Silk Road Net Energy Bachu County Grid-connected Photovoltaic Power Generation Project

Installed Capacity:100MW

Location Bachu, Xinjiang

Estimated annual power generation 144 million kWh

Save 40,000 tons of standard coal

Emission reduction of 114,000 tons of carbon dioxide

PART 3

Surface/offshore PV Power Station

Surface/offshore photovoltaic power generation is a new way of energy utilization and resource development mode, which moves the "photovoltaic power station” from land to sea, and establishes a power station on the sea by using photovoltaic technology with the features of high power generation capacity, less land occupation, easy to be combined with other industries, etc. Compared with land-based photovoltaic, marine photovoltaic has natural environmental advantages, the water surface is open without obstructions, the sunshine is longer and fully utilized (reflected light on the surface of the water), which can significantly enhance the power generation capacity, and the power generation capacity of the water-based photovoltaic is higher than that of the land-based photovoltaic by 5%-10%.

△Cuihuangkou Town, Wuqing District, Tianjin City, Fishing and Solar Complementary Project

Installed Capacity 150MW

Location Wuqing, Tianjin

Estimated annual power generation 200 million kWh

Save 61,000 tons of standard coal

Emission reduction of 159,000 tons of carbon dioxide

PART 4

Plain/Composite PV Power Station

Plain/composite photovoltaic power station is to generate electricity by building solar power generation devices over the plains, and its biggest advantage is the full utilization of grassland and space, effectively increasing the greenland coverage rate, improving the land use efficiency and water retention performance of the soil, and improving the farming conditions, or forming the form of "power generation on the board, sheep grazing under the board", which not only saves fodder costs, but also reduces the labor cost of removing weeds in the photovoltaic park, realizing the two-way optimization of economic benefits and ecological benefits. 

△Zhangbei Renewable Energy Scale-up Demonstration Project Based on Diversified Applications Development Demonstration Project

Installed capacity 160MW

Location Zhangjiakou, Hebei

Estimated annual power generation 230 million kWh

Equivalent to planting 12 million trees

Emission reduction of 177,000 tons of carbon dioxide

PART 5

Plateau PV Power Station

Plateau photovoltaic project is to place photovoltaic panels by making full use of the special terrain of the plateau to maximize the absorption of sunlight energy and improve the efficiency of power generation, which can effectively reduce the temperature of the photovoltaic panels, reduce the heat loss of the photovoltaic panels, improve the efficiency of power generation and effectively avoid the problem of land wastage, and rationally utilize the terrain to turn it into renewable energy capacity and realize the sustainable use of resources.

△Qinghai Golmud Utumeiren Affordable Photovoltaic Power Generation Project

Installed Capacity 50MW

Location Golmud, Qinghai

Estimated annual power generation 86 million kWh

Save 26,000 tons of standard coal

Emission reduction of 68,000 tons of carbon dioxide

PART 6

Mountain PV Power Station

Concentrated mountain photovoltaic system is to build several high-capacity photovoltaic power generation systems on a small amount of land, it can realize large-scale electricity demand, save construction costs, make full use of the unique natural climate resources, avoid the destruction of the natural environment, can effectively reduce the emission of fossil energy, and reduce the pollution to the atmospheric environment.

△Yuxi Xinping Yi Dai Autonomous County Photovoltaic Water Extraction Project

Installed capacity 1.1MW

Location Yuxi, Yunnan

Estimated average annual power generation capacity 1.35 million kWh

Save 420 tonnes of standard coal

Emission reduction 1140 tonnes of carbon dioxide

For a zero-carbon future

Yingchen has been on the road