本計畫為整合型計畫「聚光型太陽能光電、熱共生系統研究」之子計畫四，主要研究工作為整體系統熱能分析、電池冷卻以及熱能應用。預訂分別從光學及熱傳增強方面，降低電池溫度，以獲得較高之發電效率。並利用冷卻所得之熱量，應用於熱水及空調等需求，提高系統之整體效率。計畫執行期限共三年，第一年進行系統熱能流動分析，進行太陽電池冷卻微熱交換器設計製作；第二年進行高溫集熱器設計製作以及其與水冷式太陽電池散熱系統結合設計。第三年則完成整體系統冷卻及太陽熱能應用設計以及熱能直接製冷技術評估。完成太陽電池模組冷卻，以及熱能應用。 ; This project is a subproject of a three year period project 「Development of a concentrated photovoltaic and thermal energy cogeneration system」. The main objective of this project is focus on the thermal management, solar cell cooling and thermal energy application of a concentrated photovoltaic system. It is expected to increase the overall photovoltaic system efficiency by the method of the chromatic dispersion and heat transfer enhancement. The major work of this project in the first year will be the system thermal analysis and solar cell cooling heat exchanger design. An integrated high temperature heat exchanger and cell cooling module will be fabricated in the second year. In the last year, the entire system thermal management and the application adsorption cooling technology will be evaluated. ; 研究期間 9808 ~ 9907
