China’s solar energy resources are widely distributed, and the application of photovoltaic power generation is becoming more flexible, and the application models of photovoltaic power generation are also becoming more diversified. The trend of cross-border integration of photovoltaic technology in different industries is becoming increasingly prominent, and “photovoltaic+” is about to usher in a new era of vigorous development!
▶ Photovoltaic+Transportation
Photovoltaic+car shed+energy storage
By utilizing the existing parking lot site and replacing the top surface of the parking lot with photovoltaic modules, photovoltaic power generation can be achieved while also providing shade and rain protection. In addition, the construction of energy storage and charging piles has achieved the integration of light storage and charging.
Expressway slope+ photovoltaic
Reasonably utilizing idle land such as ramps, service areas, and tunnel isolation zones on highways, installing distributed photovoltaic systems to assist in achieving the goal of “carbon peak and carbon neutrality”, reducing costs and increasing efficiency, providing a feasible path for the integrated development of transportation infrastructure networks, transportation service networks, information networks, and energy networks. Promote the integration of photovoltaic and slope protection, making photovoltaic an organic component of highways, forming a form of highway slope protection.
In the future, slope photovoltaics will also be effectively integrated with charging stations, 5G base stations, smart highways, etc., providing green and clean energy services for highway equipment and facilities, public transportation, and energy users along the line, generating huge potential social benefits.
▶ Photovoltaics+Agriculture
Photovoltaic+Agriculture, Forestry and Livestock
Utilize space in a three-dimensional manner, construct photovoltaic power generation projects on the upper level, plant and breed on the ground, provide electricity and power for photovoltaic power generation, while also providing shelter for crops, cattle, sheep, etc., improve the regional ecological environment, and optimize energy structure.
▶ Photovoltaics+Fisheries
Photovoltaics+Fisheries
Water based power generation, underwater fish farming, and dual use of one pond “while maintaining fishery production conditions, achieving board based power generation and underwater fish farming can improve land use efficiency and farmers’ income level, and create a new model of industrial integration and development.
▶ Photovoltaic+Environmental Governance
Photovoltaic+mine management
Relying on the goaf of domestic coal mines, a series of restoration measures such as slope cutting and grading, bottom step slope solidification, slope covering with loess, and grass seed sowing have been taken for the slag piles within the mining area.
By utilizing idle land such as coal mining subsidence areas and open-pit coal mine waste disposal areas, a photovoltaic power generation project combining mine governance and ecological restoration has been constructed, achieving on board photovoltaic power generation, under board ecological restoration, and three-dimensional land utilization, effectively solving ecological management problems such as soil erosion and grass fixation in mining areas, achieving good economic, environmental, and social benefits.
