论文部分内容阅读
传统雨水回用工程通常未能有效地将生态式处理与节能式回用有效结合,将雨水花园与光伏系统有机结合进行协同设计,前者对厂区收集雨水进行处理,后者为雨水回用及厂区用电提供电能,其中雨水花园设计内容主要包括花园设计、面积计算、设备选择,光伏系统主要设计内容包括电池组件、并网逆变器的设计计算。经初步估算,雨水花园每年可为厂区节约水费2.51万元,光伏系统每年可为雨水回用与厂区用电节约电费22.88万元。
The traditional rainwater reuse project usually fails to effectively combine ecological treatment and energy-saving reuse. The rainwater garden and the photovoltaic system are organically combined for collaborative design. The former collects rainwater from the plant area for treatment, and the latter for rainwater reuse and plant area Electricity to provide electricity, including rain garden design include garden design, area calculation, equipment selection, the main design of photovoltaic systems, including battery components, grid inverter design and calculation. After a preliminary estimate, Rainwater Garden can save 25,100 yuan of water for the plant every year, and the PV system can save 228,800 yuan of electricity for rainwater reuse and electricity consumption in the plant every year.