Beyond the Energy Trilemma: Building Indonesia's Green Economy

For more than two decades, global energy policy debates have almost always departed from the Energy Trilemma concept. Introduced by the World Energy Council, the concept sets three goals that must be achieved simultaneously: energy security, energy affordability, and environmental sustainability. These three have become a compass for governments, international institutions, industry players, and academics in assessing the success of an energy system. Indonesia has adopted a similar spirit through national energy mix targets, the acceleration of new and renewable energy, increasing the electrification ratio, and the Electricity Supply Business Plan (RUPTL) which is increasingly oriented towards the energy transition. The Energy Trilemma has provided an important foundation. However, economic and geopolitical changes in recent years show that these three dimensions are not enough to answer the challenges of the 21st century. Energy is now not just a commodity or public service. It has become an instrument for building competitiveness, mastering future technology, attracting investment, and strengthening a country’s position in the global value chain. The COVID-19 pandemic exposed the fragility of energy and industrial supply chains. The Russia-Ukraine conflict drove up the prices of oil, gas, and coal, forcing many countries to change their energy strategies in a short time. Tensions in the Middle East continue to create uncertainty over world oil supplies. At the same time, the technological rivalry between the United States and China is shifting global attention from mere energy production to the mastery of clean energy technology, critical minerals, batteries, electric vehicles, green hydrogen, and artificial intelligence that underpins modern electricity systems. In this new landscape, countries that can link energy policy with industrialisation strategy will reap far greater benefits than countries that only focus on energy provision. Energy has transformed into an instrument of economic development as well as a source of national competitive advantage. Therefore, a paradigm that only pursues secure supply, affordable prices, and low emissions is no longer adequate if energy policy fails to create sustainable economic added value. Indonesia is actually in a strategic position. We have vast nickel reserves as raw material for the electric vehicle battery industry. Indonesia is also blessed with solar energy potential due to its tropical location, large geothermal resources, wind resources in various coastal areas, biomass from the agriculture and forestry sectors, and ocean energy that has not been optimally utilised. This capital is complemented by a large domestic market, a demographic bonus, and a geographical position as a hub for international trade routes. All of this should not only be used to meet national energy needs, but also to build future industries, increase exports, create quality jobs, and strengthen the economic structure. The problem is that the Energy Trilemma has not yet explicitly placed economic competitiveness as a primary goal of energy policy. Consequently, many projects are still assessed based on generation capacity, electricity production costs, or emission reductions, without sufficiently measuring their impact on national industrial development and long-term economic transformation. This is where Indonesia needs to expand its perspective from the Energy Trilemma to an Energy Quadrilemma. This framework retains the three old pillars but adds a fourth dimension: economic competitiveness. This addition is not merely a new term. It changes the way we view every energy investment as an economic investment. The construction of power plants, transmission networks, storage facilities, and other energy infrastructure must be designed to generate multiplier effects for industry, technological innovation, investment, exports, and job creation. A project’s success cannot be measured solely by the number of megawatts or the amount of emissions reduced. We must also calculate its contribution to national productivity and Indonesia’s position in global competition. The seeds of this approach are already visible. Mineral downstreaming, especially nickel, shows how resources are beginning to be positioned as drivers of industrialisation. The electric vehicle ecosystem, battery industry, green industrial estates, and smelter construction demonstrate efforts to turn raw materials into higher value-added products. The same logic needs to be applied to renewable energy. The construction of solar power plants should not stop at installing panels. It must become a momentum to build a panel industry, inverters, cables, steel structures, digital devices, and clean energy technology research centres. Wind power plants should also drive turbine manufacturing, maritime logistics, offshore construction, and the development of a highly skilled workforce. In this way, every rupiah invested in the energy sector yields benefits far broader than just electricity. The Energy Quadrilemma also offers a new perspective in evaluating national policy. Energy security is maintained through source diversification, strategic reserves, network strengthening, and resilience to geopolitical disruptions. Affordability remains important so that the public can obtain energy at reasonable prices and industry stays competitive. Environmental sustainability continues to be strengthened through a renewable energy mix, efficiency, emission reductions, and achieving net zero emissions targets. However, all three must run alongside increased competitiveness through domestic industrial development, technological mastery, local content, research, innovation, and the creation of quality jobs. These four dimensions are not separate.