Photovoltaic+sand control
Power generation on the board and sand fixation under the board “, taking into account both biological and artificial sand control, and utilizing the shading effect of photovoltaic panels, large-scale sand plant cultivation can be carried out on large areas of sandy land, achieving multiple uses for one land.
Photovoltaic+mining subsidence area water surface power station
Utilize the water surface formed by coal mining subsidence areas to construct floating photovoltaic power generation projects on water, achieve resource reuse, reduce water surface evaporation, inhibit the growth of microorganisms in the water, and purify water quality.
In addition, floating photovoltaic power plants can fully utilize the water cooling effect to solve the cooling problem encountered by road photovoltaic power plants.
▶ Other photovoltaics+
Photovoltaic+energy storage
To play a positive role in stabilizing the regional power grid structure, peak shaving and valley filling, and promoting low-carbon and green development of enterprises.
Photovoltaic+photothermal
Photothermal power generation units have good regulation performance, which can enhance the power system’s ability to absorb renewable energy electricity. Strong alliance with photovoltaic power generation projects to improve the utilization rate of clean energy.
Photovoltaic+hydrogen production
It can eliminate the burden caused by the large diurnal changes and unstable power generation of photovoltaic power generation on grid regulation, convert unstable energy into hydrogen energy storage, and achieve the flattening of the power generation curve.
Photovoltaic+School
Fully utilize suitable space such as rooftops of various school buildings at all levels, carry out distributed photovoltaic development and construction, create a sunny campus, and assist in integrating green and low-carbon concepts into the education system.
