Evaluation of Electrical Generation Systems with Solar Energy and Wind Energy at Phu Laen Kha National Park of Chaiyaphum Province

Orrawan Rewthong, U. Boonbumroong, Nitikorn Nanthawirojsiri, Kittithorn Buakhem, Busarin Eamthanakul, Somruedee Pongsena
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Abstract

This research was to study the design of the electrical generation with solar energy and wind energy for National Park Protection Unit: PK. 2 (Pan Thong), National Park Protection Unit: PK. 3 (Pa Prong Phan Pi) and Pha Hua Nak Viewpoint of Phu Laen Kha National Park, Chaiyaphum province. The potential of renewable energy and the electrical energy consumption were studied in this research. It was observed that National Park Protection Unit: PK. 2 (Pan Thong) and National Park Protection Unit: PK. 3 (Pa Prong Phan Pi) similarly used daily electrical energy of 28.97 kWh/day and had the maximum power value of 3.55 kW. Pha Hua Nak Viewpoint used the daily electrical energy of 59.52 kWh/day and the maximum power value of 7.60 kW. Also, hybrid system of solar cell and diesel generator systems was selected for operation because this system had the lowest energy price. National Park Protection Unit: PK. 2 and National Park Protection Unit: PK. 3 had the size of the solar cell systems of 5.46 kW, diesel generator system of 8 kW and battery of 33.10 kWh. Pha Hua Nak Viewpoint had the size of the solar cell system of 11.23 kW, diesel generator system of 16 kW and battery of 68.02 kWh.
在Chaiyaphum省Phu Laen Kha国家公园对太阳能和风能发电系统的评估
本研究旨在研究chyaphum省Phu Laen Kha国家公园PK. 2 (Pan Thong)、PK. 3 (Pa Prong Phan Pi)和Pha Hua Nak Viewpoint的太阳能和风能发电设计。研究了可再生能源的潜力和电能消耗。结果表明,国家公园保护单元PK. 2 (Pan Thong)和国家公园保护单元PK. 3 (Pa Prong Phan Pi)日用电量相似,均为28.97 kWh/d,最大功率值为3.55 kW。Pha Hua Nak观测站每天使用59.52千瓦时的电能,最大功率值为7.60千瓦。同时,选择太阳能电池与柴油发电系统的混合系统运行,因为该系统的能源价格最低。国家公园保护单位PK. 2和国家公园保护单位PK. 3的太阳能电池系统规模为5.46 kW,柴油发电机系统规模为8 kW,蓄电池规模为33.10 kWh。Pha Hua Nak Viewpoint的太阳能电池系统规模为11.23 kW,柴油发电机系统规模为16 kW,电池规模为68.02 kWh。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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