CAJ | 학술논문

该文对常规膜法海水淡化系统的系统功能、设备出力、蓄水能力、设备选型、运行管理等方面提出了优化调整意见，使之在安全运行的前提下，适应可再生能源电力波动的特点，如此不但能解决可再生能源发电量不稳定、发电量与用电负荷不匹配等问题，大幅提高可再生能源发电设备的利用小时数，还能解决我国淡水资源紧缺问题，创造利用可再生能源和海水资源的新循环经济模式。
해문대상규막법해수담화계통적계통공능、설비출력、축수능력、설비선형、운행관리등방면제출료우화조정의견，사지재안전운행적전제하，괄응가재생능원전력파동적특점，여차불단능해결가재생능원발전량불은정、발전량여용전부하불필배등문제，대폭제고가재생능원발전설비적이용소시수，환능해결아국담수자원긴결문제，창조이용가재생능원화해수자원적신순배경제모식。
The optimization of system function,seawater treatment and storage capacity,equipment selection,operation and management for conventional reverse osmosis seawater desalination system were suggested in this paper. The optimization could not only solve the contradiction between the fluctuation of electric production from renewable energy and desalination load,but also increase utilization hours of generating set,which improves the adaption of desalination system for the fluctuation of renewable energy to secure working. The integration of reverse osmosis seawater desalination with renewable energy could guarantee fresh water production and also create a novel mode of circular economy on utilization of renewable energy and seawater resource in China.