Maximum output cleaning-cycle optimization at a 20 MW solar-power plant
ID:264 Submission ID:58 View Protection:ATTENDEE Updated Time:2022-04-19 18:29:37 Hits:265 Oral Presentation

Start Time:Pending (Asia/Shanghai)

Duration:Pending

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Abstract
In recent years, photovoltaic (PV)- power plant has increased markedly. The dust-caused loss of a 20 MW(p) PV power plant, located in the Baicheng area, was analyzed. The power generation data show that dust-caused power-loss has a linear dependency with dust deposition. A cleanliness management model is used to find the optimal cleaning-cycle to produce maximum output-power. The results show that, when the average light intensity is 260W/m2, the 500kW array produces the maximum economic output per unit time, using mechanical cleaning and a cleaning cycle of 2.9 d, so as the 20 MW(p) PV power plant. For a 20MW solar PV power plant, the yearly income can increase RMB 1.32 million by selecting the optimized cleaning cycle.
Keywords
PV modules, dust deposition, maximum output cleaning -cycle, economic analysis
Speaker
庆禄 孔
东北电力大学

Submission Author
宏伟 曲 东北电力大学
庆禄 孔 东北电力大学
志明 徐 东北电力大学
虎 王 中国大唐集团科学技术研究院有限公司
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