CAJ | 학술논문

针对海岛淡水资源短缺，常规能源供应紧张，新能源单独使用不稳定等问题，研制了一套风光柴蓄一体化海水淡化装置，并从多能耦合发电设计、淡化工艺优化和监控系统设计等方面进行了分析和阐述。运行结果表明，该装置具有自动化程度高，环境适应能力强，吨水耗电低等优点，对解决孤立海岛地区的能源供应与水资源同时匮乏难题具有重要参考价值，推广应用前景广阔。
침대해도담수자원단결，상규능원공응긴장，신능원단독사용불은정등문제，연제료일투풍광시축일체화해수담화장치，병종다능우합발전설계、담화공예우화화감공계통설계등방면진행료분석화천술。운행결과표명，해장치구유자동화정도고，배경괄응능력강，둔수모전저등우점，대해결고립해도지구적능원공응여수자원동시궤핍난제구유중요삼고개치，추엄응용전경엄활。
In order to solve the problems of the island, such as shortage of fresh water, supply ten-sion of conventional energy, instability of single new energy, developed a kind of wind-solar- firewood-battery integrated seawater desalination device. This paper analyzed and introduced the design of multi-energy coupling power generation system, the optimization of desalination process and the development of monitor-control system. The running results show that the device have the advantages of high degree of automation, environment adaptable and low power consumption of per ton water. It has important refer-ence value and application prospect to simultaneously solve the problem of energy supply and water re-source shortage for isolated islands and remote areas.