MICRO-GRID SEAWATER DESALINATION SYSTEM OPERATING IN CONJUNCTION WITH NEW AND RENEWABLE ENERGY SYSTEM IN INTEGRATED MANNER

摘要

The present invention relates to a micro-grid seawater desalination system operating in conjunction with a new and renewable energy system in an integrated manner, and more particularly to a micro-grid seawater desalination system operating in conjunction with a new and renewable energy system in an integrated manner, which can output new and renewable energy by using sunlight received from an external environment and which, based on a variable output attributable to the new and renewable energy, can produce water by operating in conjunction with a desalination system and can store energy. The configuration of the process of the micro-grid seawater desalination system is divided into a power supply unit and the desalination system. The power supply unit corresponds to a process that is performed through a solar panel, PCBs (an inverter, and a C/B), an ESS, a phase converter, a main panel, a power system, the main panel, a diesel power generator, and the main panel. The desalination system corresponds to a process that is performed through a raw water tank, an UF feed pump, an AC filter, an UF membrane, an RO feed pump, a safety filter, an RO high-pressure pump, an RO membrane unit, and a concentrated water discharging valve. Accordingly, the micro-grid seawater desalination system can operate in conjunction with a new and renewable energy system, and applicable water can be stably produced according to a fresh water consumption pattern of a consumer. Furthermore, when the micro-grid seawater desalination system operating in conjunction with a new and renewable energy system is installed in a region, such as a remote island in the western sea, to which electric power is difficult to be supplied, problems of water and power supply can be overcome, energy costs can be reduced, and a stable system can be implemented through flexible system operation.;COPYRIGHT KIPO 2017