Analyzing the Potential for Utilization of New Renewable Energy to Support the Electricity System in the Cianjur Regency Region

Abstract

Energy is one of the basic human needs to support activities whose numbers continue to increase along with population and economic growth. On the other hand, most of the energy used today comes from fossil-based energy which has non-renewable properties so its reserves will run out if used continuously. Indonesia in general and the Cianjur region of West Java Province, in particular, has a wide variety of potential for new and renewable energy spread over most of its territory, including solar energy, wind energy, bioenergy, marine energy, and geothermal. This study aims to map the potential of New Renewable Energy in the Cianjur area to support the government's target of achieving the national energy mix and encourage energy diversification in the electricity system. The results of the study indicate that there is a large potential for renewable energy from various types of energy in the Cianjur area which can be utilized in the conversion process into electrical energy.

Design of Solar Rooftop Using Helioscope in The Gazebo of Pelabuhan Ratu Coal Power Plant

“…Across the majority of its territory, Indonesia and the Cianjur region of West Java Province in particular have a vast array of potential for new and renewable energy, including solar energy, wind energy, bioenergy, marine energy, and geothermal. The results of the study reveal that the Cianjur region has a substantial renewable energy potential from a variety of energy sources that can be converted into electrical energy [13].…”

“…Moreover, the transition to new renewable energy could improve Indonesia's energy security should oil-exporting countries impose an embargo. [3] Indonesia has a vast and diverse potential for new and renewable energy (EBT), including solar electric energy. Solar power is an endless energy source because it is the most abundant energy on Earth.…”

“…An economic analysis of off-grid PV mini-grid systems that could be put in 3T or isolated places is the focus of the research. The financial analysis of Reference [3]'s study on the construction of a large-scale PV mini-grid of 11.4 kW concluded that the PLTS installation was feasible; nevertheless, the study's limitations include the absence of any comparison to currently available PLN electricity. [6] The amount of electrical energy consumed in Indonesia has grown over time.…”

Study of the potential for solar power plant at At Taqwa Mosque Using PV Syst

“…The Indonesian government is proactively addressing the depletion of fossil energy resources by promoting the use of New and Renewable Energy (NRE). Currently, the Republic of Indonesia, through its Power Supply Business Plan (RUPTL), has set a target that 23% of the energy produced by 2025 must come from NRE sources [6] [7].…”

Design and Analysis of Grid Connected Photovoltaic Rooftop System in Emergency Room (IGD) Regional General Hospital (RSUD) Hj. Anna Lasmanah Banjarnegara

“…Switching to new and renewable energy can maintain the stability of the earth's temperature to prevent climate change. In addition, shifting to new and renewable energy can also increase energy security for Indonesia in case an oilexporting country imposes an embargo [6]. Of course, it would be regrettable if Indonesia, which is predicted to have promising new renewable energy potential, actually experiences an energy crisis in the future.…”