Wuhan Optics Valley is the core area of China Optics Valley science and technology city and a high-tech industrial development zone in Wuhan city. In order to improve the energy efficiency and environmental protection level of Optics Valley, Optics Valley adopts wind-solar complementary street lighting system.
Wind-solar hybrid street lighting system is a street lighting system that uses solar energy and wind energy to provide energy. It converts solar and wind energy into electrical energy using solar panels and wind turbines, then stores the electrical energy to light street lights. This type of system can not only reduce dependence on the traditional electricity grid, but also reduce the consumption of fossil fuels, thereby reducing greenhouse gas emissions and playing a positive role in protecting the environment.onning.
The main reasons why Optics Valley adopts a hybrid wind-solar street lighting system are:
First of all, the Optics Valley region has resources abundant solar power and long lighting duration. Solar panels convert solar energy into electricity to power public lighting. Solar energy resources in the Optics Valley region are sufficient, and solar power generation can meet the lighting needs of street lights.
Second, the Optics Valley region is also rich in wind resources. Wind turbines convert wind energy into electricity to power public lighting. Wind energy resources in the Optics Valley region can supplement solar energy and provide additional energy for street lighting.
Third, the use of wind and solar hybrid public lighting systemsires can reduce dependence on traditional electricity networks. Traditional street lighting systems need to be connected to the power grid for power supply, while hybrid wind and solar street lighting systems can provide independent power supply, thereby reducing the load on the traditional power grid and reducing the energy consumption.
Finally, the use of hybrid wind and solar street lighting systems can reduce fossil fuel consumption and reduce greenhouse gas emissions. Traditional street lighting systems use fossil fuels to generate electricity, which produces large amounts of greenhouse gases, such as carbon dioxide, and pollutes the environment. The wind-solar hybrid street lighting system uses renewable energy to produce electricity, thereby reducing the ddemand for fossil fuels and greenhouse gas emissions.
In summary, Wuhan Optics Valley adopts wind-solar hybrid street lighting system for energy efficiency and environmental protection reasons. This type of system can use solar and wind energy to provide electricity, reduce reliance on traditional power grids, reduce fossil fuel consumption, reduce greenhouse gas emissions, and play a positive role in improvement of energy efficiency and environmental protection.
No. Water-wind-solar hybrid is a basic clean energy building plan. This is not a main power grid, but an off-grid power supply system. Wind-water complementary system is the complementary development and comprehensive utilization of wind power and water power, which can improve reliabilityand the stability of the electricity production system. It is an efficient way to use renewable energy.