CAJ | 학술논문

基于光热储能发展现状，结合双机联合发电技术，提出了一种新型塔式太阳能联合发电系统.该系统采用两级储热，两级发电设计，高温热气轮机与高温储热器结合，蒸汽轮机与中温储热器结合，二者既能够协调联合发电，又可短时独立发电.典型系统设计的估算结果表明，塔式太阳能热发电的峰值效率可达20．5％，年平均发电效率为13．37％.该系统能够充分利用太阳能，提高发电效率，并可回收利用低温余热.
기우광열저능발전현상，결합쌍궤연합발전기술，제출료일충신형탑식태양능연합발전계통.해계통채용량급저열，량급발전설계，고온열기륜궤여고온저열기결합，증기륜궤여중온저열기결합，이자기능구협조연합발전，우가단시독립발전.전형계통설계적고산결과표명，탑식태양능열발전적봉치효솔가체20．5％，년평균발전효솔위13．37％.해계통능구충분이용태양능，제고발전효솔，병가회수이용저온여열.
On the basis of thermal energy storage technology and dual-generator co-generation ideas,a novel solar tower thermal power co-generation system was proposed.The system applies two thermal energy storages and two turbines.In this system,the high temperature gas turbine is combined with the high tem-perature thermal storage,and the steam turbine is combined with the medium temperature thermal storage. The two turbines not only can work together,but also can run separately for a short time.The estimation results show that,peak efficiency of the tower solar thermal power system is up to 20.5%,and the annual average power generation efficiency is 1 3 .3 7%.This system can take full use of solar heat,enhance power generation efficiency,and reuse the waste heat.