Research: land use challenges for indonesia’s transition to renewable energy

The world’s fourth-highest emitter of greenhouse gases, Indonesia, is heavily reliant on coal to generate electricity. Its coal-fired power plants produce a third of the country’s emissions.

To minimise its future greenhouse gas emissions, Indonesia is gearing up to develop its vast renewable energy resources - including solar, wind, and geothermal. Indonesia also aims to meet

its future energy demand, which is set to grow another 80% by 2030. My research, published in Energy Research and Social Science, examined the political and economic factors shaping

investment decisions in Indonesia’s emerging solar photovoltaic (PV) sector. The analysis found that the recent influx of private sector investment has led to an increase in the size and

land requirements of proposed solar PV projects. This suggests that while the installation of renewable energy generation may be increasing, this growth raises new challenges, including

increased demand for land. THE ENERGY-LAND NEXUS Recent estimates suggest that installing enough solar PV to meet Indonesia’s 2050 target of 1,500 gigawatt (GW) of solar PV power plants will

require at least 8,000 square kilometres or about 0.4% of the country’s land area. While 0.4% appears insignificant, such estimates obscure the highly contentious nature of land use and

tenure in Indonesia. Indonesia’s land governance operates under a fragmented regime of national, regional and local government agencies. These agencies compete to exercise authority over

land-use planning. Acquiring land for energy project development is a lengthy and complicated process. Before proceeding with land acquisition, project developers must demonstrate compliance

with existing regional spatial plans. They must also receive approval from the Ministry of Forestry for the use of forest land, which accounts for approximately 70% of land in Indonesia.

Having met these criteria, developers can obtain a Location Permit issued by the regency with jurisdiction over the project location. From the date of issuance, it is the project developer’s

responsibility to complete all necessary land acquisition transactions or risk having the permit revoked. The complexity of the land acquisition process and its potential implications for

existing land users is evident in the context of the Tolo Wind Farm in Jeneponto Province in southern Sulawesi. The wind farm is currently the second-largest operating wind farm in the

country. Commencing operation in 2018, the project consists of twenty 130-metre-high turbines spread over approximately 50 hectares. While small by international standards, the project site

spans a total of eight villages across four districts. The land acquisition process affected approximately 500 landowners and 100 sharecroppers, with the majority losing access to no more

than 10% of their total land holdings. The project’s social impact assessment suggests that almost one-third of these landowners and sharecroppers were vulnerable due to the absence of

off-farm income outside the project area. Research to understand the long-term implications of this land use transformation is ongoing. While technological innovations such as floating solar

PV can reduce the needs for land for renewable energy generation, the complexity of land acquisition and potential livelihood threats remain. WHO STANDS TO BENEFIT FROM INDONESIA’S ENERGY

TRANSITION? The Tolo Wind Farm example highlights the centrality of land and livelihood transformation in the context of Indonesia’s energy transition. Ensuring renewable energy development

can proceed without displacing vulnerable populations requires greater attention to land governance. Indonesia’s land management system remains outdated under the Basic Agrarian Law in 1960.

Under the law, two-thirds of the Indonesian population holds land via informal title or _girik_. While recognised by the heads of a village or municipality, those land documents are

considered weaker than the full legal certified title or as leasehold. The government has started to revolutionise its land management system with the issuance of several regulations. To

accelerate the development of energy infrastructure, President Joko “Jokowi” Widodo issued Decrees in 2015 and 2016. The government also wants to pass a controversial “omnibus bill” to

streamline processes of land acquisition for national infrastructure projects, including renewable energy. To date, Indonesian renewable energy policy - including the target to derive 23% of

total energy supply from new and renewable sources by 2025 - has focused on expanding renewable energy capacity. However, a narrow focus on energy generation is insufficient to meet other

energy-related challenges such as delivering electricity to the approximately 4.5 million Indonesians who currently lack affordable and reliable access. The perceived need for investment in

renewable energy development has pushed the government to partner with the private sector. Yet, this partnership may produce serious contradictions. With support from private investors, the

government may favour large-scale, land-intensive technologies projects. This means efficient and resilient small-scale projects that may improve energy access and empower local economic

development may be overlooked. Therefore, the government needs to pay attention to alternative forms of finance for renewable energy development to ensure that the projects would complement

rather than compete with existing land uses and livelihood strategies. The government must combine this search for alternative forms of finance with land reform: a necessary yet often

overlooked component of any national effort to promote renewable energy development in Indonesia.