In recent years, fuel supply has become an increasingly sensitive issue across many economies. Price volatility, geopolitical uncertainty, and disruptions in global supply chains have reminded governments how exposed their systems can be when fossil fuels remain the backbone of national energy use. For developing countries such as Indonesia, the discussion is no longer limited to how much fuel is available, but how public funds are used to maintain access while still preparing for a more sustainable future.
In 2025, the global energy landscape reflects a high stakes balancing act between managing immediate fuel crises and financing the transition to a green economy. Global energy investment is projected to reach approximately $3.3 trillion, with $2.2 trillion allocated to clean energy technologies, significantly surpassing the $1.1 trillion directed toward fossil fuels. This shift signals a structural transformation in energy systems, although many economies remain constrained by short term fiscal pressures and legacy energy dependencies. Fuel subsidies have historically played an important role in maintaining economic stability. By keeping prices relatively affordable, governments aim to protect household spending and prevent sudden inflationary shocks. In many cases, this approach works well in the short term, especially when global prices rise unexpectedly. However, maintaining subsidies during prolonged price increases can quickly become expensive, forcing governments to allocate larger portions of their budgets to sustain price stability. Despite global commitments to reduce fossil fuel subsidies, their fiscal burden remains substantial. In 2024, explicit subsidies were estimated at approximately $725 billion globally, and while slightly stabilizing, they continue to strain public finances in 2025. Moreover, evidence suggests that such subsidies are often poorly targeted only a small fraction of the benefits reach the most vulnerable populations. This raises concerns about their effectiveness as a social protection instrument, particularly when compared to more targeted welfare mechanisms. As subsidy spending grows, trade offs begin to appear. Resources directed toward fuel subsidies are often taken from areas that support long term development, including infrastructure, environmental protection, and renewable energy programs. At the same time, lower fuel prices can unintentionally encourage higher consumption, making efficiency efforts harder to implement. When fossil fuels remain financially attractive, the transition toward alternative energy sources tends to slow.
Fuel crises also introduce what is often described as a “carbon blind” risk. During periods of supply disruption or price spikes, countries may revert to cheaper and more carbon intensive fuels as a short term solution. While this approach may stabilize energy access, it creates an emissions penalty that delays climate targets and locks in inefficient energy systems. In the long run, such responses not only undermine decarbonization pathways but also divert fiscal resources away from sustainable investments. Environmental consequences add another layer to this challenge. Greater reliance on fossil fuels inevitably leads to higher emissions and declining air quality, particularly in urban areas where fuel demand is concentrated. Over time, these impacts affect more than just the environment. Public health costs increase, productivity declines, and the economic burden linked to environmental damage becomes more visible.
This is where the idea of a green economy becomes increasingly relevant. Rather than focusing solely on short term price stability, the green economy approach encourages investment in energy systems that are cleaner, more efficient, and less vulnerable to global price shocks. Renewable energy development, improved resource management, and sustainable infrastructure are often viewed not as expenses, but as long term investments that strengthen economic resilience.
Indonesia illustrates this challenge clearly. In 2025, the government proposed approximately 19.99 million kiloliters of subsidized fuel, including LPG, to maintain domestic price stability. While this policy helps protect household purchasing power, it places considerable pressure on the state budget and limits fiscal space for renewable energy development and infrastructure investment. Moving toward renewable energy requires patience and consistent policy direction. Initial investment costs can be significant, particularly for technologies such as solar or wind energy systems. However, these investments often produce long term benefits, including reduced fuel dependency and improved energy security. Policy direction toward sustainable energy development is also closely aligned with national and international regulatory frameworks. Further details regarding sustainability related regulations can be accessed through the Greenwise Regulations page: https://greenwise.co.id/list-of-regulation/
Encouragingly, global investment trends indicate growing momentum toward clean energy. In 2025, investment in clean energy is expected to reach $2.2 trillion double the level of fossil fuel investment. This trend is reflected not only in total investment volume but also in sectoral dynamics, where solar photovoltaic (PV) alone attracts approximately $450 billion annually, followed by electricity grid development at around $400 billion. However, grid expansion remains insufficient relative to the pace required for large-scale renewable integration. Despite this positive trajectory, significant regional disparities persist. Investment remains concentrated in advanced economies such as China, Europe, and the United States, while developing countries particularly in Southeast Asia continue to face a substantial financing gap. Renewable energy projects in these regions are often perceived as high-risk, limiting access to affordable capital and slowing down the pace of transition.
Technology also plays a meaningful role in shaping the future of energy systems. Advances in energy storage and smart grid technologies have made it easier to manage energy supply more efficiently. Digital monitoring tools allow policymakers and operators to better understand consumption patterns, identify inefficiencies, and respond more quickly to changes in demand. These improvements contribute to stronger, more adaptable energy systems. Public awareness remains an equally important factor. Even the most advanced infrastructure cannot deliver meaningful results without changes in everyday consumption behavior. Encouraging responsible energy use, promoting efficient appliances, and improving public transportation options can gradually reduce fuel demand. When individuals understand the long-term impact of their choices, collective change becomes more achievable. For businesses, the shift toward sustainable energy is becoming less optional and more strategic. Companies that invest in efficiency and renewable integration often experience greater cost stability over time. In addition, sustainability commitments increasingly influence how organizations are perceived by partners, investors, and customers. Environmental responsibility is gradually evolving from a compliance requirement into a core business consideration. At the same time, continued reliance on fossil fuel investments particularly in gas infrastructure raises the risk of stranded assets in the coming decade. As global climate policies tighten and clean technologies become more cost competitive, assets that depend on long-term fossil fuel demand may lose economic value. In contrast, investments in renewable energy, electric mobility, and energy efficiency increasingly offer more stable and future proof returns.
Balancing the need for affordable fuel with long term sustainability is not a simple task. Governments must carefully weigh immediate public needs against future economic and environmental risks. A gradual shift from subsidy heavy systems toward investment driven energy strategies may offer a more sustainable path forward. As pressure on global energy systems continues to grow, reassessing the role of fuel subsidies becomes increasingly important. Redirecting financial resources toward sustainable investments can help build stronger, more resilient economies while reducing long term environmental risks. In the long run, the transition toward cleaner energy systems is not only an environmental necessity, but also a financial and strategic one.
The cost of maintaining the status quo is becoming increasingly evident. According to global financial institutions, removing inefficient fossil fuel subsidies could unlock substantial fiscal resources for climate action and sustainable development. Conversely, continuing such subsidies not only delays the transition but also limits governments’ ability to respond to future economic and environmental shocks.
