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A platform for research: civil engineering, architecture and urbanism
Wind-solar complementary grid-connected power generation and collaborative cultivation desertification control method
The invention discloses a wind-solar complementary grid-connected power generation and collaborative cultivation desertification control method, and belongs to the field of new energy and material cyclic utilization. According to the wind-solar complementary grid-connected power generation and collaborative cultivation desertification control method, daytime photovoltaic power generation and night wind power generation are utilized in wind-solar complementary grid-connected power generation, and stable grid connection is achieved through staggered power generation; the collaborative cultivation desertification control comprises the steps that retired wind power blades serve as supports and reinforcing bodies, photovoltaic panels are supported to be used for building a chicken house, a fish pond and a vegetable greenhouse top plate, meanwhile, the retired wind power blades are sectioned to be used for wind prevention and sand fixation, and liquorice economic crops are planted on the periphery to achieve sand fixation. The main body of electric energy generated by wind-solar power generation is transmitted in a grid-connected manner, and the residual electric energy is used for illumination, heat supply, water supply and electricity consumption of chicken houses, fish ponds, vegetable greenhouses, liquorice and the like, so that the utilization value of materials can be maximized, the construction cost can be reduced, and the energy loss and power transmission cost caused by long-distance electric energy transmission can be reduced; and a low-cost utilization way is provided for green energy utilization.
一种风光互补并网发电及协同养殖治沙的方法，属于新能源和材料循环利用领域。本发明提供的一种风光互补并网发电及协同养殖治沙的方法，其中风光互补并网发电利用白天光伏发电和夜晚风力发电，交错发电实现稳定并网；协同养殖治沙包括利用退役风电叶片作为支架和加固体，支撑光伏板用于建设鸡舍、鱼塘和蔬菜大棚顶板，同时将退役风电叶片剖切用于防风固沙，并在周边种植甘草经济作物以实现固沙。风光发电产生的电能主体并网输送，剩余电能供鸡舍、鱼塘、蔬菜大棚和甘草等的照明、供暖、供水用电，既能实现材料利用价值的最大化，降低建设成本，又能减少长距离的电能输送所带来的能量损耗和输电成本，为绿色能源利用提供了一条低成本利用的途径。
Wind-solar complementary grid-connected power generation and collaborative cultivation desertification control method
The invention discloses a wind-solar complementary grid-connected power generation and collaborative cultivation desertification control method, and belongs to the field of new energy and material cyclic utilization. According to the wind-solar complementary grid-connected power generation and collaborative cultivation desertification control method, daytime photovoltaic power generation and night wind power generation are utilized in wind-solar complementary grid-connected power generation, and stable grid connection is achieved through staggered power generation; the collaborative cultivation desertification control comprises the steps that retired wind power blades serve as supports and reinforcing bodies, photovoltaic panels are supported to be used for building a chicken house, a fish pond and a vegetable greenhouse top plate, meanwhile, the retired wind power blades are sectioned to be used for wind prevention and sand fixation, and liquorice economic crops are planted on the periphery to achieve sand fixation. The main body of electric energy generated by wind-solar power generation is transmitted in a grid-connected manner, and the residual electric energy is used for illumination, heat supply, water supply and electricity consumption of chicken houses, fish ponds, vegetable greenhouses, liquorice and the like, so that the utilization value of materials can be maximized, the construction cost can be reduced, and the energy loss and power transmission cost caused by long-distance electric energy transmission can be reduced; and a low-cost utilization way is provided for green energy utilization.
一种风光互补并网发电及协同养殖治沙的方法，属于新能源和材料循环利用领域。本发明提供的一种风光互补并网发电及协同养殖治沙的方法，其中风光互补并网发电利用白天光伏发电和夜晚风力发电，交错发电实现稳定并网；协同养殖治沙包括利用退役风电叶片作为支架和加固体，支撑光伏板用于建设鸡舍、鱼塘和蔬菜大棚顶板，同时将退役风电叶片剖切用于防风固沙，并在周边种植甘草经济作物以实现固沙。风光发电产生的电能主体并网输送，剩余电能供鸡舍、鱼塘、蔬菜大棚和甘草等的照明、供暖、供水用电，既能实现材料利用价值的最大化，降低建设成本，又能减少长距离的电能输送所带来的能量损耗和输电成本，为绿色能源利用提供了一条低成本利用的途径。
Wind-solar complementary grid-connected power generation and collaborative cultivation desertification control method
一种风光互补并网发电及协同养殖治沙的方法
ZHANG SHENGEN (author) / CHEN YU (author) / ZHANG BOLIN (author) / LYU YURAN (author)
2023-09-19
Patent
Electronic Resource
Chinese
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