水电与新能源
水電與新能源
수전여신능원
HYDROPOWER AND NEW ENERGY
2014年
2期
65-68
,共4页
分布式供能%冷%热%电三联供%控制
分佈式供能%冷%熱%電三聯供%控製
분포식공능%랭%열%전삼련공%공제
distributed energy supply%Combined Cooling-Heating and Power%control
以国家级示范项目---武汉创意天地分布式能源站项目为例，对冷热电三联供系统的控制系统的选择、控制自动化水平、控制策略等进行详细阐述及探讨，为实现能源站安全高效地运行、各种能源得到充分利用、能源站效益最大化及提高能源站项目自动化水平提出了探讨性意见。
以國傢級示範項目---武漢創意天地分佈式能源站項目為例，對冷熱電三聯供繫統的控製繫統的選擇、控製自動化水平、控製策略等進行詳細闡述及探討，為實現能源站安全高效地運行、各種能源得到充分利用、能源站效益最大化及提高能源站項目自動化水平提齣瞭探討性意見。
이국가급시범항목---무한창의천지분포식능원참항목위례，대랭열전삼련공계통적공제계통적선택、공제자동화수평、공제책략등진행상세천술급탐토，위실현능원참안전고효지운행、각충능원득도충분이용、능원참효익최대화급제고능원참항목자동화수평제출료탐토성의견。
In this paper , technical issues arisen in a national demonstration project-the distributed energy station project in Wuhan creative world are elaborated and discussed , including the selection of control systems in the Combined Cool-ing, Heating and Power ( CCHP) system, the automatic control level , and the control strategies .Some tentative recom-mendations are proposed on how to realize a safe and efficient operation of power stations , how to fully utilize various en-ergy resources , how to maximize the benefits of the energy station , as well as how to improve the automation level of power station project .
