獨立型雙儲能太陽光電系統研發

Abstract

本研究內容旨在改善自用型冷熱電共生太陽能系統(CH-1000)，改良其在於簡化HyPV上所產生的缺失，並保留其低成本的優勢，且在智能供熱上使用新的線路設計，增加安全性。在改量後的控制器增加了能在尖峰用電時段做出需量反應的功能，有效的控制放電時段來降低尖峰用電的電網負荷，開發雙儲能太陽光電系統互聯網(1+1)來降低不回售電力造成的發電損失。本研究為綜合以上研究內容，進而研發新產品獨立型雙儲能太陽光電系統(sPV-1000)。

The purpose of this study is to improve the self-consumption solar pv system combined with cooling heating and power(CH-1000), which simplify from HyPV, and to maintain its low cost advantages, and to use new circuit design for smart heating. Increase security. Finally, the modified controller adds the function of making the demand response during the peak power consumption period, effectively controlling the discharge period to reduce the grid load of the peak power consumption, and finally developing the 1+1 microgrid system caused by not selling the power. Via microgrid system (1+1) to reduce power generation losses caused by not selling electricity. This study is to synthesize the above research content, and then develop a new product Isolated-Solar PV System Combined with Double Energy Storage (sPV-1000).