The integrated double wing expansion house of wind energy, solar energy, and energy storage is an innovative residential concept that combines renewable energy utilization and modern architectural design. This type of house has added additional space through double wing expansion on the basis of the original building structure, and integrated wind energy, solar power generation, and energy storage systems, aiming to achieve energy self-sufficiency and environmental protection.
1、 Definition
Wind energy, solar energy, and energy storage integrated double wing expansion house refers to the formation of a double wing structure through expansion on the basis of the original house, and the integration of wind and solar power generation equipment in these structures, while equipping energy storage systems, to achieve energy self-sufficiency of the house.
2、 Characteristics
1. Double wing expansion: The added wing like structure provides additional living or working space, while also providing installation locations for renewable energy equipment.
2. Renewable energy integration: Integrating wind and solar power generation systems to reduce dependence on traditional power grids.
3. Energy storage system: equipped with energy storage devices such as batteries or supercapacitors to store excess energy for use during nighttime or rainy weather.
4. Energy management: Typically equipped with intelligent energy management systems to optimize the use and distribution of energy.
5. Environmentally friendly materials: Use environmentally friendly materials for building and expanding houses to reduce the impact on the environment.
6. Energy saving design: The design of the house takes into account thermal insulation to reduce energy consumption.
3、 Application Fields
1. Residential: Providing a sustainable living environment for families.
2. Commercial buildings: Provide green energy solutions for offices, shops, etc.
3. Rural areas: Provide reliable energy supply for remote areas.
4. Sustainable communities: Promote the use of renewable energy in sustainable communities.
4、 Structural composition
1. Steel structure frame: Light steel structure is used to support the double wing expansion part.
2. Solar panels: installed on both wings for solar power generation.
3. Wind turbines: installed in appropriate locations for wind power generation.
4. Energy storage system: Energy storage devices such as batteries or supercapacitors.
5. Energy management system: Monitor and control the production, storage, and distribution of energy.
6. Thermal insulation materials: used for both wings and the main body of buildings to improve energy efficiency.
5、 Advantages
1. Environmental Protection: Reduce dependence on fossil fuels and lower greenhouse gas emissions.
2. Economy: In the long run, it can save energy costs.
3. Self sufficiency: Improve energy independence and reduce dependence on external energy supply.
4. Innovation: Combining modern architecture and renewable energy technology is one of the trends for future buildings.
