Indonesia’s National Strategy and Commitment towards Transition to Renewable Energy

Wahyuni, Elisa; Ardiansyah, Harun

doi:10.55981/brin.562.c2

Cited by 3 publications

(2 citation statements)

References 67 publications

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“…The pledge to maintain the maximum increase in world average temperature at 1.5 degrees Celsius indicates the agreement. Therefore, by 2030, the Indonesian government aims to cut emissions unconditionally by 29% (business as usual) or up to 41% conditionally or with help from other countries [30]. This development at the global and national level thus pushes the interaction between DESDM Sumatra Selatan (the main governmental actor of energy transition in South Sumatera) and the industry it oversees into a standoff.…”

Section: Finding and Discussionmentioning

confidence: 99%

Dynamic interaction in sustainable energy: Learning from South Sumatra in transforming conflict into collaboration to accelerate energy mix targets

Hermawan,

Ardianto,

Suryanto

et al. 2024

IOP Conf. Ser.: Earth Environ. Sci.

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Energy transition is an alternative solution that emerged as an effort to achieve zero net emissions. The countries that signed the Paris Agreement are expected to reach their targets by 2030. Indonesia targets this agreement by performing the energy mix set at 25% nationally. Many provinces have difficulties achieving its implementation due to conflicts between related stakeholders, including industry. However, some provinces have shown promising transition changes with accelerated target achievement. This research aims to identify how the government of South Sumatra can reach beyond the National Target by turning the conflict into a collaboration between government and industry. The collaboration impacts accelerating the achievement of the energy mix target. A multi-layered approach was used to analyze the dynamics of the energy transition by demonstrating the energy transition process in Indonesia using Actor Interaction analysis, Dilemma analysis, and System Analysis. Therefore, the bottom-up approach chosen, systematically uncovering actor interactions within and across systems. Interviews were carried out for data collection. The results of the interviews were identified until a series of methods emerged that were used to identify the collaboration that occurred. The analysis found that local governments encounter dilemmatic situations to balance a smooth energy transition process and ensure stable socioeconomic conditions. The system dynamic simulation has proven to be a vital addition to Drama Theory and Graph Model for Conflict Resolution, offering a temporal perspective that is fundamental for the decision-making process that concerns the ever-changing environmental situation.

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Section: Finding and Discussionmentioning

confidence: 99%

Dynamic interaction in sustainable energy: Learning from South Sumatra in transforming conflict into collaboration to accelerate energy mix targets

Hermawan,

Ardianto,

Suryanto

et al. 2024

IOP Conf. Ser.: Earth Environ. Sci.

View full text Add to dashboard Cite

show abstract

“…Indonesia is a country that targets the utilization of renewable energy. Based on the National Energy Policy of Indonesia, the country aims for an increase in the utilization of new and renewable energy to reach 23% [13], [14], [15], equivalent to 92.2 million or mega tonnes of oil equivalent (MTOE) by the year 2025 [16]. Indonesia has numerous coastal areas that can be utilized for the development of power plants using renewable energy sources.…”

Section: Introductionmentioning

confidence: 99%

Modeling and Simulation for Wind Power Plant Based on Wind Potency in Coastal Area Using Matlab Simulink: Case Study in Cilacap, Indonesia

Saputri,

Pranata

2024

Advances in Transdisciplinary Engineering

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Wind power plants are one of the power generators that utilize renewable energy, thereby reducing carbon dioxide emissions. As the world seeks to mitigate the impacts of climate change, wind energy emerges as a promising solution due to its environmentally friendly nature and its potential for power generation on both small and large scales. In Indonesia, specifically in Cilacap as a coastal area, the wind potential allows for the establishment of a wind power plant. This research aims to model and analyze a wind power plant based on the wind potential in coastal areas using Matlab Simulink, with a case study in Cilacap, Indonesia. The method utilized involves problem identification, collecting technical data from Cilacap, and data regarding turbine components. The modeling is performed using Matlab Simulink. The results from the modeling and simulation yield a mechanical power output of 221.9 Watts and a torque of 6.448 Nm by using the horizontal axis wind turbine model ATO-WT-1000M5. The outcomes are recommended for small-scale electricity usage.

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The Arab Gulf states in the Asian energy market: is the Russia-Ukraine war a game changer?

Sim

2023

Policy Studies

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Indonesia’s National Strategy and Commitment towards Transition to Renewable Energy

Abstract: Buku ini tidak diperjualbelikan.

Cited by 3 publications

References 67 publications

Dynamic interaction in sustainable energy: Learning from South Sumatra in transforming conflict into collaboration to accelerate energy mix targets

Dynamic interaction in sustainable energy: Learning from South Sumatra in transforming conflict into collaboration to accelerate energy mix targets

Modeling and Simulation for Wind Power Plant Based on Wind Potency in Coastal Area Using Matlab Simulink: Case Study in Cilacap, Indonesia

The Arab Gulf states in the Asian energy market: is the Russia-Ukraine war a game changer?

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