Scientific planning runs through the concept of green campus. The first is to build a green energy system. Focus on selecting clean, green and environmentally friendly energy, adopt systematic design methods and applicable materials and equipment, and combine passive measures with active measures through solar radiation control, natural ventilation, energy-saving electricity and other equipment to achieve maximum, optimal and protective application. The second is to promote energy recycling. There are many energy stations in the campus, which can realize the cold and heat exchange between the ground source heat pump system and the soil, so that a set of systems can achieve the dual purpose of "warm in winter and cool in summer". In order to reduce the energy consumption of building heating, low-temperature hot water floor radiant heating system is adopted in dormitory and office area, and the temperature control device in the room can automatically adjust the valve switch with the load change. Use solar energy to provide shower water (about 250,000 square meters) for all student dormitories. The recycling and efficient utilization system of water resources will realize the recycling of rainwater and sewage. The third is to adopt green building standards. The first teaching building is designed according to the three-star standard of green building, the student living group is designed according to the two-star standard, and other buildings at least meet the one-star green building standard.
Scientific layout to create a green campus environment. First, scientifically plan the layout of ecological campus. Hold a seminar on green ecological campus development planning and technology application, discuss the development direction of green ecological campus construction, and promote the application of practical new technologies. Organize experts to demonstrate the design scheme for many times, make full use of the advantages of the water system of "two lakes, two rings and one wetland" on campus, and build a beautiful and pleasant campus education environment from multiple angles, channels and measures. After the completion of the new campus, the greening rate of the campus will reach 35%, and the water system coverage rate will be 1 1.9%, eventually forming a lakeside waterscape-style green ecological campus with lakes and constructed wetlands as the core. The second is to highlight the concept of low-carbon environmental protection. Make full use of the original natural conditions, history and culture of the new campus and take measures such as plant landscaping to make planting, landscaping and architecture cooperate with each other and complement each other. While giving full play to the functions of cooling, dust removal, noise reduction, sterilization and humidification of plants, we should make maximum use of landscape resources to create a good ecological environment and campus cultural atmosphere for teachers and students.
Overall planning, planning green campus traffic. The first is to rationally lay out functional partitions. The new campus is based on the east-west center line and spreads to the north and south wings. It is divided into several functional blocks by a "matrix grid" road system, interlocking lakes and rivers, green belts along the river and wetland parks. In the traffic planning, design and management of the new campus, make full use of the spatial planning structure of the new campus, and the "circular+radioactive" reasonable and dense road network planning provides a variety of travel modes for the campus. The second is to improve the green transportation system. Campus traffic design is based on the principle of "walking is the main thing, bicycles are convenient and vehicles are barrier-free", and the goal of no motor vehicles in the school center and the possibility of green travel are realized through management; Through well-designed public transportation green transportation system, such as renting public bicycles by time and campus commuter buses with electricity or gas as energy, all functional areas are connected to form a green and ecological campus transportation system to ensure the convenience of teachers and students.
Strict management to ensure green and civilized construction. First, pay attention to local conditions. Combined with the plant resources, topography and other on-site construction conditions in the project area, the construction conditions are evaluated, and a resource-saving, energy-saving and economical construction management scheme is formulated, which highlights the "green" in construction water, lighting lamps and temporary layout. The second is to strengthen construction management. During the construction, the construction dust is strictly controlled, and the engineering dregs are covered seamlessly. Follow up the hardening and greening of the roads on site in time, monitor the noise every day, and strive to reduce the sound and light emission, reduce environmental pollution, improve the environmental quality, achieve civilized and scientific construction, and embody the spirit of university construction.
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