Status of a grid-connected MBIPV project in Malaysia

M. Z. Hussin, A. Yaacob, Z. Zain, S. Shaari, A. M. Omar
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引用次数: 9

Abstract

This paper discussed the current status of a grid-connected photovoltaic (PV) system installed in Malaysia. There are 97 locations with capacity of array power, which is 857.92 kWp grid-connected PV systems are monitored by the Photovoltaic System Monitoring Centre (PVSMC), UiTM. Since monitoring the performances for grid-connected system, there are several sites had been detected facing problems involve technical problem like an inverter fault, sensor fault and environmental problem such as shading effect and lower energy. All the problem will be affected the PV system performances in terms of final yield and performance ratio thus it will be inclined the data availability problem. Furthermore, it could waste the energy produced by PV array and energy payback period. An established practical knowledge in designing a PV system need to be taken seriously in order to avoid improper design before installation to maximize the energy production. It is very important to structure proper design and sizing procedures, identify the factors which affect the performances and component sizing for PV system to optimize and utilize the energy production before any actual implementation of solar power energy system installed.
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马来西亚并网MBIPV项目现状
本文讨论了在马来西亚安装的并网光伏系统的现状。有97个地点的阵列电力容量为857.92千瓦时,并网光伏系统由UiTM的光伏系统监测中心(PVSMC)监测。自对并网系统进行性能监测以来,已经检测到多个站点面临的问题涉及逆变器故障、传感器故障等技术问题和遮阳效应、能耗降低等环境问题。所有这些问题都会影响光伏系统的最终成品率和性能比,因此会倾向于数据可用性问题。此外,它可能会浪费光伏阵列产生的能量和能源回收期。为了避免在安装前设计不当,以最大限度地提高能源产量,在设计光伏系统时需要认真对待已建立的实践知识。在实际安装太阳能发电系统之前,合理构建设计和选型程序,确定影响光伏系统性能和组件选型的因素,以优化和利用光伏系统的能量生产是非常重要的。
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