Nanchang will build the first solar landscape road

The Nanchang Low-carbon City Development Plan aims to build a low-carbon energy system, promote the development and application of new energy such as solar energy, wind energy, biomass energy, and shallow geothermal energy, and encourage the application of “green energy” in the construction of enterprises, institutions, and residences.

Shallow geothermal energy applications will reach 2 million square meters in 2015. In the development and utilization of renewable energy, Nanchang will promote solar-integrated buildings and solar hot water supply projects, and promote solar water heaters for household use in rural and small towns, and solar energy by 2015. The total heat collector area of ​​the water heater will reach 600,000 square meters. At the same time, we will actively promote the development and utilization of shallow geothermal energy. By 2015, the use of shallow geothermal energy will cover an area of ​​2 million square meters.

Accelerate the construction of the second phase of the Quanling Waste Incineration Power Plant and the Maiyuan Biogas Power Plant. By 2015, the biomass power generation will be 600 million kilowatt-hours. Accelerate the increase in the coverage rate of natural gas use, and continue to broaden the scope of natural gas applications, and gradually expand from the traditional city gas to natural gas, chemical, gas air-conditioning and distributed functional systems. We will promote the construction of a recycling system for renewable resources, build and improve a recycling resource recycling network system, build 607 recycling sites for renewable resources and standardize communities, and newly rebuild three renewable resources distribution and distribution markets.

Ziyang Avenue will be built into a solar LED street light landscape road Nanchang will vigorously promote green and efficient lighting, and gradually popularize alternative traditional low-efficiency lighting electric light source. Focusing on factories, office buildings, municipal landscape lighting, utility lighting, traffic signal lights and other places, promote the use of rare earth trichromatic fluorescent lamps, high-efficiency high-power self-ballasted compact fluorescent lamps, LED lamps, high-pressure sodium lamps, metal halide lamps and other efficient lighting sources .

Carry out the “Ten Thousand Cities and Ten Thousands” pilot urban demonstration project and carry out large-scale demonstration applications of semiconductor lighting energy-saving street lamps in public places such as city roads, stations, wharfs and squares, and complete the promotion and application of LED energy saving street lamps of 18,000 baht to 2016 LED street lamps. And tunnel light applications reached 100,000.

At the same time, Nanchang City will implement the “Green Lighting Demonstration Project”. In the next three years, it will promote the use of LED energy-saving street lamps above 10,000 meters in public places such as city roads, tunnels, stations, stadiums and squares, and will be Ziyang Avenue in the east part of the city. The first solar LED streetlight landscape lighting road was built in Nanchang.

Encourage the promotion of the application of green energy in the construction of enterprises, institutions, and residences. The “plan” proposes that Nanchang will initiate energy-saving transformation of large-scale public buildings, especially energy-saving renovation of state offices and office buildings, and establish energy consumption statistics for state office buildings and large public buildings. , energy audit and energy efficiency publicity; implementation of solar photovoltaic building integration encouragement policy, strengthen the demonstration effect of renewable energy building application demonstration cities.

We will increase policy guidance and encouragement, and promote the use of solar energy and other green energy in the construction of enterprises, institutions, and housing. Strengthen progress and innovation in energy science and technology, promote clean and efficient use of coal, and continuously increase energy efficiency.

For newly-built buildings, especially public facilities such as large-scale public welfare buildings, transportation hubs, stations, and rail transit station houses built by the government, integrated photovoltaic building design should be actively promoted, and building integrated grid-connected power generation projects should be implemented. Encourage existing buildings to design and install photovoltaic power generation systems during energy-saving renovations.