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Performance test of a grid-tied PV system to power a split air conditioner system in Surabaya

机译:在泗水为并联空调系统供电的并网光伏系统的性能测试

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摘要

Air conditioner for cooling air is one of the major needs for those who live in hot climate area such as Indonesia. This work presents the performance test of a grid-tied PV system to power air conditioner under a hot tropical climate in Surabaya, Indonesia. A 800 WP grid-tied photovoltaic (PV) system was used, and its performance was tested to power a 0.5 pk of split air conditioner system. It was found that about 3.5 kWh daily energy was consumed by the tested air conditioner system, and about 80% it could be supplied from the PV system. While the other 20% was supplied by the grid during periods of low solar irradiation, 440 Wh of energy was fed into the grid during operation out of office hours. By using the grid-tied PV system, the energy production by PV system did not need to match the consumption of the air conditioner. However, a larger capacity of PV system would mean that a higher percentage of the load would be covered by PV system.
机译:对于生活在炎热气候地区(例如印度尼西亚)的人们来说,用于冷却空气的空调是主要需求之一。这项工作介绍了在印尼泗水炎热的热带气候下,并网光伏系统为空调器供电的性能测试。使用了800 WP的并网光伏(PV)系统,并对其性能进行了测试,可为0.5 pk的分体式空调系统供电。已发现,经过测试的空调系统每天消耗约3.5 kWh的能源,其中约80%的能源可以从PV系统提供。其余20%是在低太阳辐射期间由电网提供的,而在办公时间以外的运行期间,将440 Wh的能量输入了电网。通过使用并网光伏系统,光伏系统产生的能量不需要与空调的消耗相匹配。但是,更大容量的光伏系统意味着更高比例的负载将被光伏系统覆盖。

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    Tarigan Elieser;

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