Sector

Energy

Indonesia possesses vast, distributed, and diverse energy resources. The country’s energy subsectors include gas, clean water, and electricity, with demand projected to increase to 464 terawatt-hours (TWh) by 2024 and further increase to 1,885 TWh by 2060. The use of renewable energy is a top priority and the government has set ambitious goals in the General Planning for National Energy (RUEN) and General Planning for National Electricity (RKUN) to integrate 23 percent renewable energy into the national energy mix by 2025. At least US$41.8 billion of investments are needed to fully realize the goal.

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Energy

Indonesia possesses vast, distributed, and diverse energy resources. The country’s energy subsectors include gas, clean water, and electricity, with demand projected to increase to 464 terawatt-hours (TWh) by 2024 and further increase to 1,885 TWh by 2060. The use of renewable energy is a top priority and the government has set ambitious goals in the General Planning for National Energy (RUEN) and General Planning for National Electricity (RKUN) to integrate 23 percent renewable energy into the national energy mix by 2025. At least US$41.8 billion of investments are needed to fully realize the goal.

Despite having a renewable energy potential estimated at around 3,000 gigawatts (GW), current utilization is merely about 12.74 GW or 3 percent. This renewable energy potential includes solar energy, which is widely spread across Indonesia, especially in East Nusa Tenggara, West Kalimantan, and Riau, with a potential of approximately 3,294 GW and utilization of 323 megawatts (MW). Another renewable energy, hydro energy, with a potential of 95 GW, is primarily found in North Kalimantan, Aceh, West Sumatra, North Sumatra, and Papua, with utilization reaching 6,738 MW.

Additionally, bioenergy, encompassing biofuel, biomass, and biogas, is distributed throughout Indonesia with a total potential of 57 GW and utilization of 3,118 MW. Wind energy (>6 m/s) found in East Nusa Tenggara, South Kalimantan, West Java, South Sulawesi, Aceh, and Papua has a substantial potential of 155 GW, with utilization of 154 MW.

Furthermore, geothermal energy, strategically located in the “Ring of Fire” region covering Sumatra, Java, Bali, Nusa Tenggara, Sulawesi, and Yogyakarta has a potential of 23 GW and utilization of 2,373 MW. Meanwhile, marine energy, with a potential of 63 GW, especially in Yogyakarta, East Nusa Tenggara, West Nusa Tenggara, and Bali, remains untapped.

Among the renewable energy sources and their potential, these projects entail significant investments. According to the Electricity Supply Business Plan (RUPTL) of the State Electricity Company (PLN), from 2021 to 2030, geothermal power plants require an investment of US$17.35 billion, large-scale solar power plants necessitate US$3.2 billion, hydropower plants require US$25.63 billion, and base renewable energy power plants require US$5.49 billion. Additionally, bioenergy power plants require an investment of US$2.2 billion, wind power plants US$1.03 billion, peaker power plants US$0.28 billion, and rooftop solar power plants IS$3 billion.

As of 2022, hydro and geothermal are the primary drivers of growth. Private entities had enhanced the capacity of hydro power by adding 603.66 MW in mini, micro, and standard hydro facilities, reaching a total of 2,459.72 MW. Meanwhile, the geothermal sector experienced a 412 MW increase over the last five years from the private sector, bringing the total capacity to 1,782.8 MW by 2022. Aside from these two renewable energy, sources solar energy has also presented significant opportunities, particularly given Indonesia's potential for floating solar systems on reservoirs and dams.

Furthermore, the country’s other national energy subsector of gas underscores Indonesia’s wealth in natural gas. Indonesia’s natural gas reserves are predominantly methane (80-95 percent), which can be used directly or processed into Liquefied Natural Gas (LNG). However, demand has greatly increased over the past decade for Liquefied Petroleum Gas (LPG). From 2018 to 2022, domestic LPG production reached between 1.9 to 2 million tons, which is insufficient to meet national needs, leading to increasing imports that reached 6.74 million tons in 2022.

Currently, the Energy and Mineral Resources Ministry is working to attract new investments for LPG refineries through a cluster-based business scheme for the construction or future development of new LPF refineries. The ministry has identified the potential of rich gas to produce an additional 1.2 million tons of LPG cylinders domestically.

Latest News

July 24, 2026

State asset fund Danantara recently signed two memorandums of understanding (MoUs) with Singapore's Keppel Electric, Sembcorp Industries and Singapore Energy Interconnections for a cross-border renewable electricity project, marking another milestone in the long-running effort to export Indonesia’s renewable power to the island state. Despite the progress, Energy and Mineral Resources (ESDM) Minister Bahlil Lahadalia said the two countries had yet to reach an agreement on the electricity pricing framework.

According to Bahlil, the proposed export arrangement must provide balanced benefits for both Indonesia and Singapore. Because electricity prices in Indonesia are regulated by the government, exporting power to an external market requires a pricing framework that reflects the interests of both countries.

He also explained that under the existing regulatory framework, the government determines the applicable pricing mechanism.

Indonesia is therefore seeking an agreement that not only enables renewable electricity exports but also ensures that the resulting economic benefits are shared fairly between the two countries.

However, framing the remaining negotiations as simply a matter of "pricing" understates the complexity of the project.

From a commercial perspective, Singapore's willingness to purchase renewable electricity under a market-based pricing mechanism already presents an attractive opportunity for Indonesia. Singapore's liberalized electricity market offers prices that are substantially higher than Indonesia's regulated tariffs, allowing export-oriented renewable projects to generate considerably stronger returns than projects that serve the domestic market.

The central issue therefore extends beyond the price of electricity and concerns how the economic value created by these projects should be distributed within Indonesia.

This question has been at the heart of the Indonesia-Singapore electricity export initiative since 2024, when Singapore's Energy Market Authority (EMA) granted conditional approval to import up to 3.4 gigawatts of renewable electricity from Indonesia.

The approval was awarded to five Indonesian-led consortiums: Pacific Medco Solar Energy, Adaro Green, Batamindo Green Energy, Vanda RE and a consortium led by ACWA Power. Together, these projects represent an estimated Rp 308 trillion (US$17.14 billion) in investment and form the backbone of Singapore's strategy to import low-carbon electricity from neighboring countries.

Over the past two years, the initiative has continued to advance despite the absence of final export approvals. Developers have moved forward with project planning, site preparation and permitting activities across the Riau Islands, where the proposed utility-scale solar facilities will be located.

Preparatory work has also progressed on the supporting transmission infrastructure, including the subsea interconnection needed to deliver electricity to Singapore. As a result, much of the project's technical and commercial foundation is already in place, and the principal remaining hurdle is the Indonesian government's approval of the final export framework.

While the commercial opportunity has been widely recognized, the proposed export framework quickly became the subject of domestic debate. At its core is a simple but important question: Who should capture the premium generated by renewable electricity exports?

Indonesia's power sector is dominated by state electricity firm PLN under a regulated pricing regime. Against this backdrop, the prospect of private renewable developers exporting electricity directly to Singapore at international market prices represents an unprecedented commercial opportunity.

As discussions evolved, PLN sought to establish a role within the export framework, arguing that cross-border electricity trade should remain closely integrated with the national power system. This position is also consistent with Indonesia's regulatory framework, under which electricity may be exported only by state-owned enterprises or government-authorized entities.

Consequently, although the five Indonesian consortiums have secured conditional import approvals from the EMA, they cannot proceed with exports without obtaining the necessary authorization from the government.

This in turn raised concerns among private developers that introducing an intermediary could fundamentally alter the commercial structure envisioned when the EMA granted approval. Last year however, Bahlil indicated that renewable electricity exports would not necessarily have to be conducted exclusively through PLN, suggesting that private companies could play a direct role in export activities.

Viewed in this context, the remaining bottleneck is not whether Singapore is willing to pay a commercially attractive price for Indonesia’s renewable electricity; rather, it is a domestic governance and value sharing challenge.

The unresolved question is how the value created by these exports, including export rights, commercial margins and the broader economic benefits, should be allocated among the government, PLN and the private consortiums developing the projects.

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