Fully developing scenic resources | Building new energy industry to support agriculture | Constructing low-carbon and beautiful countryside
Ensuring increased income for the masses | Empowering rural revitalization
ValuePlan
Scenery + Countryside
Supporting the development of clean energy in rural areas, it is suitable to build a distributed low-carbon comprehensive energy network with multiple complementary energies such as “wind + biomass” based on local conditions. This off-grid new energy power system provides an energy security solution for remote mountainous areas.
Scenery + Agriculture
New energy is used to produce hydrogen, deepening the practice of green agriculture, developing various green hydrogen derivatives such as green ammonia fertilizer and green urea, and stimulating the potential of agricultural development.
Scenery + Fisheries
Integrated intelligent equipment for marine wind fishing leads a new low-carbon fishery model of global integrated direct supply aquaculture; the diversified development model of “photovoltaic + fishing” on land creates more options for rural development.
Scenery + Animal Husbandry
Make full use of livestock manure for biomass power generation, optimize clean energy structure, and reduce carbon emissions from the livestock industry.
BeautyCases
Wind Power Empowers Rural Development Model
- 43
- billion kilowatt-hours
Annual Supply of Green Electricity
- 151
- thousand tons
saving standard coal
- 654.5
- thousand tons
reduction sulfur dioxide
- 360
- thousand tons
carbon dioxide
“The ‘Harnessing Wind Action in Thousands of Villages’ in Huai Bin, Xinyang City” - The ‘Harnessing Wind Action in Thousands of Villages’ project in Huai Bin, Xinyang City, is customized according to the local wind resource environment, using the MySE6.75-216 wind turbine. It is expected to provide 4.3 billion kWh of green electricity annually, saving 1.51 million tons of standard coal under equivalent conditions, reducing sulfur dioxide emissions by 6.545 million tons, and carbon dioxide emissions by 3.6 million tons.
By tapping into rural wind power resources, sharing power generation profits with villages, the project achieves a win-win situation for both enterprises and rural areas. Once completed, Huai Bin County will become the first county in the country to have wind power coverage in every village. The project construction also innovates the wind power investment and construction model and land use mechanism, revitalizing collective rural land assets by contributing to the shares, and sharing profits, increasing the collective economic income of villages (communities) in the county by over 17 million yuan annually, achieving an annual tax revenue of 150 million yuan, and providing 50-100 job positions.
By tapping into rural wind power resources, sharing power generation profits with villages, the project achieves a win-win situation for both enterprises and rural areas. Once completed, Huai Bin County will become the first county in the country to have wind power coverage in every village. The project construction also innovates the wind power investment and construction model and land use mechanism, revitalizing collective rural land assets by contributing to the shares, and sharing profits, increasing the collective economic income of villages (communities) in the county by over 17 million yuan annually, achieving an annual tax revenue of 150 million yuan, and providing 50-100 job positions.
Photovoltaic + Empowering Rural Development Model
- 20%
- light transmittance
80W monocrystalline double glass modules
- 20%
- utilization rate
Increase land revenue
Wanmu Ecological Tea Garden in Lu Temple Street, Pingqiao, Xinyang - the project is constructed in a “complementary tea-light” manner, with double glass components set up above the tea fields, and local Xinyang Maofeng tea trees planted beneath the photovoltaic panels. By using 80W Mingyang double glass components with a light transmittance rate of 20%, a new mutual and beneficial mode of electricity generation, named “able to generate electricity above, able to grow tea below,” is established.
This model utilizes local land resources, providing land rent for landowners; the photovoltaic system offers good light and temperature control for the tea trees, which prefer light but fear direct sunlight, thereby enhancing the quality of some tea leaves. It increases land utilization efficiency and is expected to raise land revenue by 20%Furthermore, the project adopts 1.66-meter-high supports, ensuring that tea picking is not affected.
This model utilizes local land resources, providing land rent for landowners; the photovoltaic system offers good light and temperature control for the tea trees, which prefer light but fear direct sunlight, thereby enhancing the quality of some tea leaves. It increases land utilization efficiency and is expected to raise land revenue by 20%Furthermore, the project adopts 1.66-meter-high supports, ensuring that tea picking is not affected.
