Grid code compliance for grid-connecting a PV system to an existing facility in Singapore

L. Brenda, T. Logenthiran, K. Yathunanthan, P. Amirthan
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Abstract

Grid-connected Photovoltaic (PV) system is a most promising renewable energy source in Singapore. This paper presents how Singapore ensures a safe and secure power system network on connecting a PV system in parallel to the main power grid. This research project was carried out under the supervision of a registered Professional Engineer (PE) from Singapore together with an academic Professor. A scenario was setup in this research based on a client with an existing facility who wished to install a PV system at their premises of 600m2, in parallel to the power grid. In order to achieve that, research on Singapore grid code is mandatory so as to comply with it. A feasibility research has been done for satisfying the expectations of the client based on the rules and regulations of Singapore power industry. ETAP has been used for the analysis of technical parameters. Based on the comprehensive studies and analysis, it has been reflected to proceed with the installation of the PV system to low tension of the grid in parallel with the Singapore power grid.
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新加坡光伏系统与现有设施并网的电网规范合规性
并网光伏(PV)系统是新加坡最具发展前景的可再生能源。本文介绍了新加坡如何确保一个安全可靠的电力系统网络,将光伏系统并联到主电网。该研究项目是在来自新加坡的注册专业工程师(PE)和学术教授的监督下进行的。在这项研究中,基于一个现有设施的客户,他们希望在600平方米的场地上安装光伏系统,并与电网平行。为了实现这一目标,必须对新加坡电网规范进行研究,以符合其要求。根据新加坡电力行业的规章制度,为满足客户的期望,进行了可行性研究。采用ETAP对工艺参数进行了分析。在综合研究和分析的基础上,反映了继续安装光伏系统对新加坡电网的低压并网的影响。
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