| 摘要 |
Disclosed is a water-loop system for intelligently distributing and supplying a multi-water source using an information & communication technology (ICT). The water-loop system comprises: a water platform for each area; a water treatment facility for each area; a water reservoir for each area; a main transport path; a connection waterway network; a treated water quality monitoring device; a treated water flow monitoring device; a data server; and an integral managing server. The water platform is installed in each of a plurality of areas to blend water of the multi-water source with collected water and form an undercurrent. The water treatment facility is installed in each area to purify raw water blended by the water platform. The drain reservoir is provided with treated water treated in the water treatment facility of each area and stores the treated water. The main transport path supplies the treated water of the water reservoir to a corresponding local spot where the water is used. The connection waterway network connects the water treatment facility or the water reservoir with a water reservoir or a water treatment facility of another area. The treated water quality monitoring device measures water quality of the collected water of the multi-water source, water quality of the raw water flowing into the water treatment facility, and water quality of the treated water discharged from the water treatment facility. The treated water flow monitoring device monitors the amount of collected water of the multi-water source and the amount of water supplied to the water reservoir in each area. The data server stores treatment capacity and operating energy of each of the water platforms, the water treatment facility, the connection waterway network, and the water reservoir, the pumping capacity of a transport pump, and information regarding its energy consumption rate. The integral managing server performs management to distribute and supply treated water by collecting the water of the multi-water source in each area through the connection waterway network. |
