The Seven Advantages of Agrivoltaics (Agriculture and Solar Power Integration)
Agricultural Photovoltaic Complementary System (Agri-PV Integration) refers to a new model of industrial synergy and green development, where land is used in a three-dimensional, integrated way without altering its nature. Solar panels are installed above to generate electricity, while agricultural production continues underneath.
The core of Agri-PV Integration lies in organically combining solar power generation with agricultural production, addressing the issue of limited land resources for power stations, while also increasing the non-generation revenue of solar power plants. The forms of Agri-PV Integration typically include solar farming, solar livestock farming, and solar irrigation models.
Seven Major Advantages of Agri-PV Integration:
Solves the Land Use Problem for Solar Projects: Agri-PV projects utilize the space between the solar panel supports and arrays for agricultural cultivation without occupying additional land or changing the land's usage nature. This helps save land resources.
Solves the Power Consumption Issue for Solar Energy: The electricity generated by Agri-PV projects can meet the needs of agricultural production and rural areas, enabling local power consumption and alleviating pressure on local grids, while also increasing revenue.
Supports the Growth of Various Crops: By planting crops between the solar panel supports, different types of crops can benefit from the available sunlight. This includes organic produce, valuable medicinal herbs, seedlings, and other high-value crops.
Combines Solar Power with Ecological Considerations: Agri-PV projects emphasize the integration of solar energy and ecology, utilizing landscapes, agricultural activities, forest environments, and eco-agricultural models to maximize resource use and increase revenue.
Helps Farmers Achieve Stable and Increased Income: Agri-PV development increases the income of farmers. This is mainly through land rental income, cooperative share dividends, and personal labor income.
Improves Planting Conditions and Increases Agricultural Product Value: Through expanding the land-use area, Agri-PV projects address the common contradiction between the demand for industrial land and limited per capita land availability. Once established, these projects contribute significantly to soil and water conservation, improving planting conditions, and enhancing the value of local agricultural products.
Expands Local Tax Revenue: After the operation of a solar power project, the power station is required to pay local taxes annually, contributing to the local economy for 25 years and enhancing the sustainable development of the region.
These are the seven major advantages of Agri-PV integration, as introduced by Hengyuantai.