The Legality of Rooftop Solar Power Generators Utilization to Fulfill Energy Need

Febri Noor Hediati, Saiful Azim
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Abstract

This legal writing examines the utilization of new and renewable energy as an environmentally friendly approach to electricity consumption. New and renewable energy (EBT) encompasses various primary sources such as solar (PLTS), geothermal (PLTP), water (PLTA), wind (PLTB), etc. To meet the high demand for electricity, harnessing energy from sunlight is explored as an alternative power generator. Utilizing buildings’ roofs for solar cell installation is a common practice. However, challenges arise including the initially high investment for purchasing solar cell components, batteries for energy storage, inverters, and installation costs. Despite these challenges, the monthly operational costs are minimal. The government, through Regulation of the Minister of Energy and Mineral Resources of the Republic of Indonesia Number 26 of 2021 concerning rooftop solar power systems, supports the legal framework of this which is linked to the electricity grid held by the license holders for electricity supply for public purposes. Furthermore, rooftop solar power systems can be on-grid with the national electricity network (jaringan PLN) to meet energy needs when the installed capacity is below the electricity demand of the consumers. This writing employs a research method with a normative juridical approach by examining literature through a doctrinal perspective. The research results focus on the legality, requirements, and processes involved in the construction of rooftop solar power plants, detailing considerations across various factors before deciding to establish them, including the procedures, regulations, and agreements when integrating rooftop solar power systems into the national electricity network managed by the state electricity company. Highlights: High Initial Investment: Discusses the challenges related to the upfront costs of purchasing solar components, batteries, inverters, and installation despite minimal operational costs. Government Support: Emphasizes the role of government regulations, such as Regulation Number 26 of 2021, in supporting and providing a legal framework for rooftop solar power systems connected to the national electricity grid. Integration with National Grid: Highlights the on-grid capability of rooftop solar power systems, enabling them to supplement energy needs and aligning with the capacity of the national electricity network managed by the state electricity company (PLN). Keywords: Legality, Solar Cell, New and Renewable Energy (EBT), On-Grid.
利用屋顶太阳能发电机满足能源需求的合法性
这篇法律文章探讨了新能源和可再生能源的利用,将其作为一种环保的用电方式。新能源和可再生能源(EBT)包括太阳能(PLTS)、地热能(PLTP)、水能(PLTA)、风能(PLTB)等各种初级能源。为了满足对电力的高需求,人们探索利用太阳光能作为替代发电机。利用建筑物屋顶安装太阳能电池是一种常见的做法。然而,挑战也随之而来,包括购买太阳能电池组件、储能电池、逆变器的初期高额投资和安装成本。尽管存在这些挑战,但每月的运营成本极低。政府通过印度尼西亚共和国能源和矿产资源部 2021 年第 26 号关于屋顶太阳能发电系统的法规,支持将其与电网相连的法律框架,该电网由许可证持有人持有,用于公共目的的电力供应。此外,当装机容量低于消费者的电力需求时,屋顶太阳能发电系统可与国家电网并网,以满足能源需求。本文采用规范法学的研究方法,通过理论视角对文献进行研究。研究成果侧重于屋顶太阳能发电厂建设的合法性、要求和流程,详细介绍了在决定建立屋顶太阳能发电厂之前对各种因素的考虑,包括将屋顶太阳能发电系统纳入国家电力公司管理的国家电力网络时的程序、法规和协议。亮点: 初始投资高:讨论了与购买太阳能组件、电池、逆变器和安装有关的前期成本挑战,尽管运营成本极低。 政府支持:强调政府法规(如 2021 年第 26 号法规)在支持屋顶太阳能发电系统接入国家电网并为其提供法律框架方面的作用。 与国家电网整合:强调屋顶太阳能发电系统的并网能力,使其能够补充能源需求,并与国家电力公司(PLN)管理的国家电网能力保持一致。 关键词合法性、太阳能电池、新能源和可再生能源(EBT)、并网。
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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