For decades, energy was positioned as one sector within economic\ndevelopment, standing alongside industry, agriculture, trade, and\ntransport. Its benchmarks were relatively simple: oil and gas production\ncapacity, gigawatts of power plants built, or the electrification ratio\nachieved. This perspective has carried Indonesia through various phases\nof development. However, the world is now moving much faster than when\nthat paradigm was first constructed. The digital revolution, artificial\nintelligence, electric vehicles, industrial downstreaming, and the\ntransition to a low-carbon economy have altered the relationship between\nenergy and economic growth. Energy no longer merely supports economic\nactivity; it now determines whether that activity can take place at all.\nIn other words, energy is no longer just an economic sector\u2014it has\ntransformed into economic infrastructure.<\/p>\n
This shift in perspective is not merely a play on words. It\ndetermines how Indonesia designs its development policies, directs\ninvestment, and builds national competitiveness for decades to come. In\nthe 20th century, nations raced to build motorways, ports, railways, and\nairports. That infrastructure connected production centres to markets,\naccelerated logistics, opened new industrial zones, and boosted national\nproductivity. Toll roads shortened distribution times, ports smoothed\ninternational trade, and airports opened access to new growth centres.\nNow, entering the 21st century, physical infrastructure remains\nimportant but is no longer the sole determinant of competitiveness.\nAmidst the digital economy and green industrialisation, a reliable\nenergy system has become the primary factor determining where investment\nwill flow.<\/p>\n
This phenomenon is visible across the globe. Global-scale data\ncentres no longer choose locations solely based on cheap land or\nproximity to ports. They seek regions capable of supplying large amounts\nof electricity, stable twenty-four hours a day, and with increasingly\nlow carbon emissions. The same applies to the semiconductor industry,\nelectric vehicle battery manufacturing, mineral smelters, and artificial\nintelligence-based computing facilities. All these sectors share a\nsingle requirement: a reliable energy supply. Without stable\nelectricity, investments worth billions of dollars can lose their\nappeal. This means the quality of a nation\u2019s energy system is now a key\nindicator of its economic competitiveness.<\/p>\n
Indonesia is at a very opportune moment to capitalise on this change.\nThe government is accelerating mineral downstreaming, building an\nelectric vehicle ecosystem, strengthening the battery industry,\ndeveloping special economic zones, and attracting investment in data\ncentres and high-tech manufacturing. Although originating from different\nsectors, all these strategic agendas rest on the same foundation:\nsufficient, reliable, affordable, and increasingly clean energy. It is\nhere that the old paradigm begins to lose its relevance. Discussions on\nthe energy sector have often stopped at power plant construction.\nWhenever a new project is announced, public attention almost always\nfocuses on the size of the generation capacity to be built. Yet, power\nplants are only the starting point. The economic value of electricity is\ntruly created when that energy can be efficiently channelled to\nindustrial zones, new growth centres, ports, special economic zones,\nmanufacturing hubs, and cities that drive the national economy.<\/p>\n
Therefore, transmission and distribution networks now hold strategic\nsignificance equal to the national toll road system. If toll roads\nconnect producers to markets, then energy networks connect resources to\nproductivity. Toll roads accelerate the flow of goods, while energy\nnetworks accelerate the flow of investment, industrialisation, and\ninnovation. Without a strong network, no matter how large the power\nplant, it will not yield optimal economic benefits. This paradigm shift\nbecomes even clearer when examining the characteristics of Indonesia\u2019s\nfuture energy sources. Unlike fossil fuel-based plants, which were often\nbuilt near electricity consumption centres, most new and renewable\nenergy sources are located far from industrial zones and demand centres.\nThe largest hydropower potential lies in Kalimantan and Papua.\nGeothermal energy is spread across Sumatra, Java, Sulawesi, and Nusa\nTenggara. Solar energy is developing almost everywhere in Indonesia,\nwhile wind potential is found in Sulawesi, Nusa Tenggara, and several\ncoastal areas. All this potential does not automatically become economic\nstrength. Added value is only created when that energy can be channelled\nto locations requiring large amounts of electricity. This means\nIndonesia\u2019s challenge is no longer simply finding new energy sources,\nbut building national energy connectivity. In this context, investment\nin transmission networks becomes as important as investment in power\ngeneration. In many countries, building electricity grids has even\nbecome the top priority. Without adequate transmission, the energy\ntransition will proceed slowly because clean energy sources cannot reach\nelectricity consumption centres. Indonesia faces a more complex\nchallenge than many other nations because it is an archipelagic country\nwith scattered electricity systems that are not yet fully\ninterconnected. Meanwhile, electricity demand is expected to rise\nsharply alongside economic growth, urbanisation, digitalisation, mineral\ndownstreaming, and the emergence of data centres.<\/p>", "url": "https:\/\/jawawa.id\/newsitem\/when-energy-becomes-economic-infrastructure-1784962252", "image": "" }, "sponsor": "Okusi Associates", "sponsor_url": "https:\/\/okusiassociates.com" }