Indonesia's Energy Transition Talent Development: New Opportunities and Challenges for the Oceania Economy

Event Overview

In July 2026, the Indonesian Ministry of Higher Education, Science, and Technology signed a cooperation agreement with the state-owned oil and gas company Pertamina to jointly strengthen human resource development in the renewable energy sector. This initiative aims to reserve talent for the Indonesian government's priority 100 GW solar power plant project, while reducing dependence on diesel power generation and enhancing energy security and industrial capacity. Minister of Higher Education Brian Yuliarto stated that the ministry will provide advice to the Ministry of Energy and Mineral Resources, the state power company PLN, and the sovereign wealth fund Danantara through scientific research, while Pertamina is responsible for implementing the development of solar, geothermal, and other projects as well as vocational education and training.

Background Interpretation

Indonesia is one of the world's largest coal exporters, but in recent years it has actively shifted toward renewable energy. The government of President Prabowo Subianto has proposed achieving the "Golden Indonesia" vision by 2045, with energy transition as a core pillar. In March 2026, Indonesia announced it would gradually phase out diesel power generation and shift to solar energy, setting a target of 100 GW of solar installed capacity. This scale far exceeds the annual additions of the current largest solar market, China, highlighting its ambition. However, a shortage of technical talent is a major bottleneck. Although Indonesia has abundant natural resources, there is a huge gap in high-skilled engineers, project managers, and technical workers in the renewable energy field. The cooperation with Pertamina is precisely to address this structural contradiction.

Regional Impact Analysis

Impact on the Oceania Economy

• Indonesia's energy transition has multiple spillover effects on Oceania economies:- Trade and Investment Shifts: Australia is one of the world's largest LNG exporters. Indonesia's reduction in diesel imports (much of which is currently used for power generation) will indirectly affect Australia's energy export structure. However, on the other hand, Indonesia's solar plan requires a large number of photovoltaic modules, energy storage systems, and grid infrastructure. Australia has advantages in renewable energy technology, financial services, and engineering consulting, and may become an important supplier. In 2025, Australia's solar equipment exports to Indonesia have already grown by 30% (according to Austrade data), and are expected to expand further in the next five years.
• Labor Market Linkages: Indonesia's large-scale training of renewable energy talent may attract Australian and New Zealand educational institutions to participate in cooperation. Australia has a mature vocational education system (such as TAFE), and New Zealand also has expertise in renewable energy training. At the same time, high-skilled talent from Indonesia may flow to Oceania, filling the labor gap in renewable energy projects in remote areas of Australia.
• Energy Landscape of Pacific Island Countries: Pacific island countries have long relied on imported diesel for power generation, which is costly and highly polluting. Indonesia's 100GW solar plan and its talent training program can export technology and experience to island countries through regional cooperation mechanisms (such as the Pacific Islands Forum, Asian Development Bank). For example, Fiji, Papua New Guinea, and the Solomon Islands may benefit from Indonesia's solar installation and maintenance training, reducing energy costs and enhancing climate resilience. However, the weak infrastructure and financing difficulties of island countries may lead to uneven distribution of benefits.

Regional Comparison

• Australia vs. New Zealand: Australia, as a major resource exporting country, faces the risk of declining traditional energy exports (due to Indonesia's reduced diesel imports), but the opportunities for renewable energy technology exports are significant. New Zealand, on the other hand, focuses more on green hydrogen and geothermal technology. Indonesia has abundant geothermal resources (Pertamina has developed multiple geothermal projects), and there is broad space for technological and R&D cooperation between the two countries.
• Pacific Island Countries: Small in scale with weak foundations, but strong willingness to transition. If Indonesia's training program can be extended to the Pacific through South-South cooperation channels, it will help island countries achieve their 2030 renewable energy targets. However, lack of funds and governance capacity remain key obstacles.- Within 3 years: Indonesia’s solar energy installation will accelerate, the talent gap still exists, but will gradually ease through international cooperation. Australia’s photovoltaic exports to Indonesia will increase, and New Zealand may participate in geothermal training. Pacific island countries will start a small number of pilot projects.
• Within 5 years: Indonesia may become a renewable energy talent hub in Southeast Asia and export training services to Oceania. The energy export structures of Australia and New Zealand will change, with the share of fossil fuels declining. The proportion of renewable energy in the energy mix of Pacific island countries will rise to over 50% (currently less than 20%).
• Within 10 years: Regional energy interconnection will take shape, and the Indonesia–Australia–Pacific submarine cable may be put on the agenda (similar to the ASEAN Grid concept). The renewable energy industry chain in Oceania will be integrated, and Indonesia will become a regional manufacturing and training hub.