From Energy Security to Energy Capability
For decades, energy policy has almost always begun with one fundamental question: how do we ensure energy is available? This question has birtly various policies to increase production, build infrastructure, maintain reserves, diversify supply, and reduce the risk of disruptions.
All of this is an essential foundation. A country cannot build an economy without secure and reliable energy. However, as Indonesia enters an increasingly complex phase of development, that question is no longer sufficient.
We need to move from energy security towards something greater: energy capability. It is not just about how to ensure energy is available for the economy, but how the available energy enhances Indonesia’s economic capabilities.
This shift in perspective is vital because energy is fundamentally not an end in itself. Energy is the ability to do something. Electricity enables machines to produce, fuel enables goods to move, gas enables industries to operate, and competitive energy makes an investment viable.
In other words, the value of energy does not stop at the energy we produce or consume. Its value emerges when that energy is transformed into productivity, technology, industry, employment, and added value. Therefore, a country with vast energy resources does not necessarily possess great energy capability. What determines it is the ability to convert energy into economic capacity.
Indonesia provides a clear example of this distinction. We possess diverse energy resources, ranging from coal, gas, geothermal, hydro, solar, and wind to bioenergy. We also possess strategic minerals that are essential components for various future energy technologies.
However, these rich resources only become a strength if they can be linked to industry, technology, infrastructure, and human resources. Indonesia’s challenge is no longer merely how to produce more energy, but how to ensure that energy generates greater national capability.
This is the fundamental difference between energy security and energy capability. Energy security asks whether energy is available when needed. Energy capability asks what Indonesia can achieve because that energy is available.
The former concerns system resilience; the latter concerns the capability generated by that system. This shift may seem simple, but the consequences are immense. It changes how we view energy investment, how we measure policy success, and even how we determine development priorities.
If energy is viewed merely as a commodity, success will be measured by production volume, generating capacity, or the amount of supply available. But if energy is viewed as a productive asset, the measure of success must move downstream.
How much investment can be attracted because energy is available at a competitive cost? How many industries can grow? How much does productivity increase? How many value-added jobs are created? How much new export can be generated?
With this perspective, one megawatt of electricity no longer just represents generating capacity. It becomes part of a factory’s ability to produce, an industrial estate’s ability to expand, or a new technology’s ability to enter Indonesia.
Morowali demonstrates how this process works. Energy serves as one of the foundations that allows mineral downstreaming to develop into large-scale industrial activity. Its economic value does not stop at the electricity consumed by the smelter.
Energy enables processing to take place, creating a demand for labour, logistics, supporting services, and various other industries. When energy meets capital, technology, infrastructure, and human resources, a natural resource can transform into industrial capability. That is where energy capability begins to form.
The same will become increasingly important in the development of new industries. Data centres, high-tech manufacturing, electric vehicles, chemical industries, hydrogen, ammonia, and various energy-intensive industries are not just looking for energy sources.
They are looking for the certainty that energy is available in quantities, quality, and prices that allow them to grow in the long term. This means Indonesia’s competitiveness is increasingly determined by the ability of the energy system to support the types of economic activities we wish to build. Energy, therefore, is no longer merely following development; energy becomes a determinant of the direction of development.
Consequently, energy policy can no longer stand alone. Energy policy must be connected to industrial, trade, investment, mineral, technology, and regional development policies. When Indonesia has cheap energy resources in a certain region, the question is not just how to sell that energy, but what industry can be built around it.
When we have strategic mineral resources, the question is not just how to mine them, but how energy can be used to build a longer value chain. When we develop clean energy, the question is not just how much capacity is built, but what industries can grow because of the availability of that energy.
With this perspective, the energy transition also gains a broader meaning. Transition should not merely be understood as a change from one type of power plant to another. Transition must be an opportunity to build new capabilities.
Indonesia does not only need to be a user of new energy technology, but must gradually build the capability to…