Energy-saving design methods of building water supply and drainage system are constantly changing with the development of materials, equipment and technology. In building design, all kinds of new equipment and new tec...Energy-saving design methods of building water supply and drainage system are constantly changing with the development of materials, equipment and technology. In building design, all kinds of new equipment and new technology should be used to reduce the energy consumption level of building water supply and drainage system. The technical emphasis of energy conservation is different. The technology of non-negative pressure and constant pressure water supply focuses on making full use of the residual pressure of municipal water supply. The clean energy hot water supply system can replace the traditional municipal heat pipe network, with excellent energy-saving and environmental protection effects. Reclaimed water reuse and rainwater recycling can realize the nearby utilization of sewage and rainwater, and the energy consumption in the transportation process is low. This paper explores the application of energy-saving and water-saving technology.展开更多
文摘Energy-saving design methods of building water supply and drainage system are constantly changing with the development of materials, equipment and technology. In building design, all kinds of new equipment and new technology should be used to reduce the energy consumption level of building water supply and drainage system. The technical emphasis of energy conservation is different. The technology of non-negative pressure and constant pressure water supply focuses on making full use of the residual pressure of municipal water supply. The clean energy hot water supply system can replace the traditional municipal heat pipe network, with excellent energy-saving and environmental protection effects. Reclaimed water reuse and rainwater recycling can realize the nearby utilization of sewage and rainwater, and the energy consumption in the transportation process is low. This paper explores the application of energy-saving and water-saving technology.
