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In this article we are taking a look at the supply and consumption of electricity across Indonesia. It is important to emphasize the difficulties that are being faced by central and regional governments to supply electricity to all corners of the country.
The stock market experienced turbulent times in May 2024. Indonesia’s benchmark stock index (Jakarta Composite Index, or, IHSG) in particular showed some volatile behavior, with daily increases and declines of more than one percent taking turns. However, the overall trend was negative in May 2024, as the IHSG shed 3.6 percent from a level of 7,234.20 points at the end of April 2024 to 6,970.74 points at the end of May 2024.
Geothermal energy is a (relatively) environmentally friendly power source that is derived from Earth's inner heat (the Earth’s core is estimated to carry temperatures around 5,500 degrees centigrade, which in fact equals the temperatures found at the surface of the Sun).
On Sunday (04.02.2024) Indonesia Investments released the January 2024 edition of its monthly report. The report offers analyses of various economic, political and social topics that are relevant in the present.
On Friday 5 January 2024 Indonesia Investments released the December 2023 edition of its monthly report. The report informs readers on the latest -and in our opinion most relevant- economic, political and social developments in Indonesia.
While hydropower is never much featured (or discussed) in Indonesian media, it is actually the biggest source of renewable energy for Indonesians. Based on data from Indonesia’s Energy and Mineral Resources Ministry, the nation’s hydropower-fueled power plants had a total installed capacity of 6,688.9 megawatt (MW) at the end of 2022.
Over the past years we have mentioned on several occasions that the electric vehicle is the automotive industry’s future thanks to three key inter-related circumstances: (1) recent rapid technological developments that allow the electric vehicle battery to be more energy efficient, (2) the world’s eagerness to move away from fossil fuels toward renewable energy, and (3) rising political support for the development of an efficient and conducive regulatory ecosystem for the electric vehicle industry.
Considering Indonesia is committed to the development of renewable energy in a bid to cut the country’s greenhouse gas emissions, while at the same time reducing its traditional dependence on fossil fuels such as coal and (mainly imported) diesel in terms of the energy supply, biomass is one of the options that can offer a solution.
Biodiesel, which is a form of diesel fuel that is derived from plants or animals (in the case of Indonesia it mainly uses fatty acid methyl ether, FAME, which is derived from palm oil), has been on the political agenda of Indonesia since the 1990s when the first (in-depth) research was conducted by a number of state agencies.
Despite several persistent challenges, geothermal energy remains a very interesting (and relatively environmentally friendly) power source for Indonesia. It is estimated that Indonesia is home to 40 percent of total global geothermal energy potential. But as impressive as that sounds, the country only uses a fraction of the potential. So, let’s take a look at recent developments in terms of geothermal power in Indonesia.
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The Indonesian government plans to tender 25 new geothermal development sites with a total combined capacity of 1,225 megawatt (MW). These 25 projects will require a total of USD $4.6 billion worth of investments and help to achieve the government’s target to raise the portion of geothermal energy in the country’s energy mix to 7.1 percent by 2025. These 25 projects are in addition to the 31 geothermal development projects that are currently being constructed and which should be operational by 2020.
The new Joko Widodo-led government aims to triple domestic geothermal power production within the next five years in an effort to meet ever-increasing power demand in the world’s fourth-most populous country and to shift to more environment friendly energy sources (rather than the over-reliance on fossil fuels such as oil and coal). Although Indonesia is estimated to contain the world's largest geothermal energy reserves, the country only uses about four percent of its geothermal capacity potential.
After a long delay, Indonesia will finally start construction of the world's largest geothermal power plant, the USD $1.6 billion Sarulla project, in June 2014. Coordinating Minister for Economic Affairs Chairul Tanjung said earlier this week that the groundbreaking of the Sarulla project will start very soon as the government had settled the financial framework. The project was already initiated in 1990 but shelved due to various issues, including the Asian financial crisis in the late 1990s. The first phase of the project is expected to be completed in 2016.
In an attempt to attract investments in Indonesia's geothermal power sector, the Ministry of Energy and Mineral Resources plans to offer higher prices for geothermal-based electricity. Based on a recommendation from the World Bank, the new proposed geothermal-produced electricity price will range between 11.5 and 29 cents per KwH and will be effective until 2025. Currently, state-owned Perusahaan Listrik Negara pays between 10 and 18.5 cents per KwH to independent geothermal power producers (feed-in tariff).
Production of coalbed methane (CBM) in Indonesia will most likely not meet the government's target of 500 million standard cubic feet per day (mmscfd) in 2015. Coalbed methane, an environmental friendly fuel, is a form of natural gas that occurs in coal beds. Although the production of CBM is a complementary aspect of coal mining, it has only started to gain attention in recent years. CBM reserves in Indonesia, estimated at 453 trillion cubic feet (tcf), are among the world's largest CBM reserves (6 percent of total global CBM reserves).
Asep Sugiharta, an official at the Ministry of Forestry, said that a new bill has been submitted to Indonesia's parliament (DPR) which is expected to open up the potential for geothermal power development in Indonesia. Currently, geothermal exploitation is lawfully defined as a 'mining activity' (Law No. 27 2003) and therefore prohibited to be conducted in protected forest and conservation areas (Law No. 41 1999), even though geothermal mining activities have a relatively small impact on the environment (compared to other mining activities).
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