GIS Radio: Geoeconomic risks cloud Southeast Asia’s energy future

0:00By 2030, Southeast Asia is on track to build an economic engine so powerful that it's projected to drive um a quarter of the entire world's energy demand growth. Yeah, which is just a staggering achievement. It is, but there's this one massive really terrifying problem. Right, the cold. Exactly. The cold they are burning to fuel that exact economic engine could actually put like three quarters of their own cities underwater in that exact same time frame. It is really the ultimate development paradox. I mean, you are looking at a region that is simultaneously the absolute future of global economic growth and well ground zero for catastrophic climate vulnerability. Welcome to the deep dive. If you are joining us today, you are here to cut through the noise. You want to bypass all that information overload and get straight to the insights that actually matter to your world. And today, we're looking at Southeast Asia. Right. This region is an absolute powerhouse for the global economy, but it is currently caught in this high stakes tug of war between exploding energy demands,

1:03severe climate threats, and honestly, a really tense geopolitical landscape. To unpack all of this, we are looking at a really fascinating stack of sources today. First, we have a comprehensive geopolitical intelligence services report that's GIS, which breaks down the geoeconomic risks in Southeast Asia's energy future. And we're pairing that with insights from the Paramus War and Report Global Strategic Outlook 2026. That one is authored by Southeast Asia expert ProShanth Paramus Warren. So our mission today is to figure out why this actually matters to you. We are going to break down the mechanics behind some massive economic figures, explore the real world climate paradox happening on the ground, and then outline three potential scenarios for where this all leads. Yeah, it's a lot to cover. It is. And reading through these reports, the best way I can visualize Southeast Asia's current situation is, well, it's like this. It is like they're trying to build a state of the art high speed train, but they're being forced to lay the tracks down in the middle of a category five hurricane. That is, yeah, that's actually

2:06a great way to put it. The momentum is absolutely there. Right. But the environmental and political conditions surrounding that construction are just intensely volatile. Right. And if that train derails, the shockways aren't just local. They're going to hit global supply chains, international climate goals, and honestly, everyday consumers worldwide. So before we look at where things are going, I think we need to understand the immense internal pressure the region is facing right this second. We need to move from the overarching premise to the actual mechanics of what is happening on the ground. Let's go. So the GIS report points out that Southeast Asia could drive 25% of global energy demand growth by 2035. They are second only to India in this metric. And we are already seeing that demand materialize. I mean, a recent analysis show that electricity demand in the release jumped by more than 7% in 2024 alone. Wow. 7% in one year. Yep. And to put that 7% jump in perspective, that is nearly double the global average for electricity demand growth. But why such a massive jump in a single year? I know we have rapid urbanization and massive

3:12industrial expansion, you know, the usual suspects for a booming economy. But the reports highlight a surging demand for cooling, right? Yes, exactly. And this creates a really insidious feedback loop, doesn't it? It is one of the cruelest ironies of climate change, honestly. As global temperatures rise, tropical and subtropical regions like Southeast Asia experience these blistering really dangerous heatways. Right. So to survive people and businesses by air conditioners. But air conditioners require a tremendous amount of electricity. Of course. And because their grids are largely powered by fossil fuels, running millions of new air conditioners burns more coal, which releases more carbon, which makes the public even hotter, prompting the need for, well, even more cooling. Which leads us straight into the fossil fuel paradox, the high speed train hitting the hurricane, because the region is actually pouring money into green energy, aren't they? They are. Clean energy investments hit around $47 billion in 2025. That's huge. But despite that really

4:12impressive number, they are still heavily tethered to fossil fuels. Yeah, the historical momentum of coal is incredibly difficult to stop. I mean, over the past 20 years, investment in coal plants in Southeast Asia hasn't diminished at all. It has steadily increased. Right. By 2025, the region reached a massive 121 gigawatts of installed coal capacity. Okay, let's contextualize that number because 121 gigawatts is, you know, just technical jargon to a lot of people. What does that actually mean for the physical grid? Well, a single gigawatt can power roughly three quarters of a million homes. Okay. So 121 gigawatts is enough baseline capacity to power somewhere around 90 million homes continuously. 90 million. Wow. Yeah. But here is the critical mechanism to understand. When you build a coal plant, you are building a temporary stopgap. You are building massive multi billion dollar infrastructure designed to operate for 40 to 50 years. Oh, man. So they're locked in exactly. That means that 121 gigawatts represent decades

5:14of locked in carbon emissions, unless those countries are willing to shut down operational plants early and absorb billions in financial losses, which are known as stranded assets, right? Right. Scranted assets. And they are burning all this coal in a region that is uniquely vulnerable to the resulting climate change, like addressing this isn't some abstract policy goal for 2050 for them. It is an existential necessity right now. Yeah. The GIS report lays out a very stark warning. If the global average temperature rises to three degrees Celsius by 2070 without urgent action, Southeast Asia is facing an estimated $28 trillion in damages over 50 years. $28 trillion. I mean, that is a number so astronomical. It almost loses its meaning. How does a region actually absorb a hit like that? They don't. They don't absorb it. It actively destroys their economic trajectory. Right. That level of climate damage means their annual gross domestic product, their GDP, could decline by an average of 7.5% during that same 50 year period. You cannot sustain an economic boom while bleeding 7.5% of your GDP. No, obviously not. And we are not just talking about

6:19abstract financial markets here. We are talking about physical destruction, extreme weather, washes away bridges, halts factory production, and destroys crops, which then forces nations to import basic food supplies at a premium. And we don't even have to look to 2070 to see the mechanics of that destruction. Look at the devastating floods that swept through parts of south and Southeast Asia in late 2025. Yeah. Those floods alone led to over $20 billion in economic losses. Wow. Extreme weather is already putting immense pressure on infrastructure and supply chains. Vietnam, for example, is already losing billions annually just to storm related damages. And the projections for the immediate future are terrifying. The sources note that by 2030, which is practically tomorrow in infrastructure terms, three quarters of Southeast Asian cities could face regular flooding. Three quarters. That means tens of millions of people displaced, extreme heat disrupting food supplies, stressing health systems, and breaking down aging infrastructure. And naturally, the people living on the front lines of this crisis are intensely aware

7:23of the danger. The public pushback is growing significantly. Yeah, the human element here really grounds the data. The sources highlight a specific rally on September 21st, 2025 in Bandung, Indonesia. It was called the draw the line rally. Right. I remember reading about that. You had artists performing theatrical acts, citizens organizing peaceful demonstrations, all explicitly demanding a just transition from fossil fuels to renewable energy. And they weren't just asking for like a few solar panels. They were calling for deep systemic changes. Yeah, climate financing, restoring community rights, and ending the inequality that gets exacerbated by these climate disasters. Yet there is a severe disconnect between the public's lived reality and perceived government action. One survey in the report found that fewer than a quarter of respondents believe their government was treating climate change as an urgent priority. Or allocating sufficient resources to tackle it. Right. And I have to admit, reading all this, it feels like an impossible catch 22. I understand why the public is angry, but I also look at the

8:26government's position. They desperately need the energy to grow, to build their economies, to pull millions of citizens out of poverty. Yes, it will. But generating that energy via coal could literally put three quarters of their cities underwater in five years. It's like turning up the AC to survive the sweltering heat, but the AC unit is actively setting your house on fire. It's a great analogy, but it is worse than just a localized fire because the need for affordable reliable power is absolute. Coal provides what we call base load power. Okay, what does that mean exactly? That is the continuous minimum amount of electricity a grid needs to keep hospitals running factories producing and cities lit 247 solar and wind are fantastic, but they are intermittent. The sun sets the wind stops. Right. So without massive, incredibly expensive battery storage networks, replacing that base load coal power is a monumental technical and financial hurdle. Okay, so having established this intense internal crisis, this desperate need for continuous

9:26base load power colliding with a terrifying climate reality, we really have to zoom out. Because Southeast Asia isn't solving this puzzle in a vacuum. No, not at all. External global forces are actively complicating their energy transition. Yeah, when you look at the geopolitical landscape, you realize that navigating energy transition is exponentially harder when the rest of the world is in turmoil. With all these internal crises, the flooding, the coal dependency, the massive demand, how is the rest of the world's chaos actually impacting them on a day-to-day basis? We'll look at the March 2026 ASEAN economic ministers meeting in the Philippines. Right. ASEAN being the association of Southeast Asian nations, the primary regional block. Exactly. At this meeting, the ministers weren't just talking about local solar grids. They explicitly warned about escalating global tensions, specifically strikes on Iran and ongoing conflicts in the Middle East. They stated these conflicts pose a sustained challenge to the global economic outlook by threatening massive volatility in

10:27energy prices. Because they still have to import a massive amount of their fuel. Precisely. Southeast Asia collectively ranks as the world's fifth largest economy and has the third largest population globally. When global oil and gas supply chain choke points are threatened by conflicts in the Middle East, the price of keeping the lights on in Jakarta or Manila skyrockets. Wow. Yeah, this jeopardizes the livelihoods of millions and impedes economic progress across the entire region. And we can't forget that this region is already bruised. These policy makers are trying to execute a complex trillion dollar energy transition while actively managing the ongoing aftershocks of the COVID-19 pandemic, the global supply chain disruptions from Russia's invasion of Ukraine, and the constant stress of global tariff wars. Which brings us to the super power tug of war. Southeast Asian countries are desperate to secure their energy future, but foreign partnerships often pull them in entirely opposing directions. The GIS report points out a very clear defining dynamic here. Trade deals and partnerships with the United States tend

11:32to shift the region's focus toward natural gas purchases and liquefied natural gas or LNG infrastructure. While at the exact same time, regional states are investing in greener energy alternatives, like massive solar rollouts and battery supply chains prominently offered by other partners, including China. And this isn't just a matter of buying different fuels. It is about fundamentally incompatible infrastructure. How so? Well, if one country builds a power grid optimized for Chinese state-backed solar technology and battery standards, and the neighboring country heavily leverages itself into American natural gas terminals and software management systems, connecting those two grids becomes a nightmare. Oh, I see. If you have competing technical standards, different cybersecurity protocols and massive geopolitical friction. I want you, the listener, to put yourself in the shoes of an Asian policymaker for a second. Imagine you are trying to wire your house for solar power to save money. But your neighborhood is experiencing constant brownouts. Your household budget has been

12:32slashed by recent medical emergencies. And you have two completely different rival utility companies aggressively knocking on your door. It sounds stressful. It does. One wants to install a gas line, the other wants to put panels on your roof, and their technologies refuse to talk to each other. How do you even begin to plan a coherent long-term strategy? You generally can't. You end up with half-measures or a patchwork of systems that don't effectively communicate. So if this geopolitical squabbling continues and the internal pressure keeps building, what does this energy grid actually look like in five years? Well, the sources dive into the recently adopted Asian plan of action for energy cooperation, which is their strategic blueprint for 2026 to 2030. And the plan outlines three potential scenarios. And it is remarkably candid. It acknowledges that escalating geopolitical tensions, political instability, and demographic shifts are fundamentally breaking traditional planning models. Wow. Yeah. Based on the GIS analysis, the first scenario, and unfortunately,

13:35the most likely one, is called contestation. Contestation, meaning the patchwork grid becomes the permanent reality. Yes. In a contestation scenario, progress is deeply fragmented. You might see occasional isolated energy gains driven by new technological advances in a specific country, but overall, regional traction is severely limited because everyone's doing their own thing. Exactly. It is hampered by slower global economic growth, disrupted supply chains, and that rising competition among major powers. Cross-border infrastructure projects get delayed, and price fluctuations disproportionately hurt countries that rely on energy imports. It's essentially treading water in a storm. Everyone is too busy trying to keep the lights on and manage the immediate crises to actually build the unified green grid they need. But surely these nations recognize the massive financial benefit of cooperating instead. What happens if they actually align their efforts? That leads to the second scenario, which is acceleration. The report notes this is less likely given the current headwinds, but is the optimistic route. Okay. I like optimism.

14:39In this scenario, Southeast Asian nations find ways to supercharge their greening ambitions. You would see much more ambitious national climate targets from the largest economies. Places like Indonesia, the Philippines, Thailand, and Vietnam. And the mechanism that actually makes the acceleration path work seems to be cross-border frameworks, right? The source is highlight a fascinating example. The Laos, Thailand, Malaysia, Singapore, power integration project. Yes, that is a huge one. This is a massive initiative that uses the hydropower potential of landlocked Laos to connect both mainland and maritime Southeast Asia. It is a brilliant concept called wheeling. Laos has abundant hydroelectric power from its rivers, but a smaller domestic demand. Singapore has massive energy demand, but very little land to generate renewable power. So by establishing the complex legal and technical frameworks to transmit that clean power across the sovereign borders of Thailand and Malaysia, you balance the load for everyone. Research on these kinds of regional power grid interconnections shows that participating

15:42countries could see their GDP growth increased by up to 4.6%. Alongside the creation of up to 9,000 new jobs a year. Wow, that proves that green cooperation isn't just like an environmental charity project. It is a massive economic driver. Absolutely. But again, that relies on countries actually working together instead of competing. What happens if it all falls apart? What is the worst-case scenario? The third path is stagnation. The report considers this the least likely, given the severe climate tailwinds pushing governments to act, but it remains absolutely possible. What does that look like? In a stagnation scenario, progress halts or actively reverses. We can see a lasting shift where the share of renewables actually declines, and the reliance on coal or natural gas increases even further to meet that booming 7% annual demand show. The projections for this path are grim. The report indicates that under stagnation, Southeast Asia could see the world's fastest growth in coal consumption globally by 2030. Yeah. If that happens, their energy-related carbon dioxide emissions are projected to

16:44leap by around 35% through 2050. And within this discussion of the future, the reports bring up two incredible wild cards. Technologies or trends that could radically shift the landscape overnight. Right. The first wild card is a sudden resurgence in nuclear energy. Which is really surprising considering the history of the region. It is. For years, there has been a deep stagnation in nuclear development across Asia, triggered by the profound trauma of the 2011 Fukushima disaster in Japan. Right. The earthquake, the tsunami. The subsequent meltdowns at the Fukushima Daiichi plant, it resulted in one of the costliest and most terrifying natural disasters in modern history. The fear of an active cooling pump failing during a blackout pushed governments entirely away from nuclear power. But the desperation for that reliable, continuous base load power we talked about earlier is causing a renewed momentum for nuclear in Southeast Asia. How are they getting past the Fukushima fears? The mechanism changing the conversation is the development of small

17:45modular reactors or SMRs. Unlike the massive bespoke active pump reactors of the past, SMRs are smaller, often factory-built, and shipped to the site. Okay, that's different. Crucially, many are designed with passive safety features. This means that if the power cuts out, they use basic physics-like gravity-fed cooling systems or natural convection to shut themselves down safely without requiring external power or active human intervention. Wow, so no active pumps to fail. Exactly. That technological shift is making nuclear a viable conversation again for countries desperate to replace coal-based loads. That is fascinating. But the second wild card is something that impacts almost everyone listening right now, the digital economy, specifically the massive boom in data centers. The internal hunger for building data centers is supercharging energy demand across Southeast Asia. It is forcing these countries to prioritize meeting their immediate localized domestic energy needs over investing in the green cross-border cooperation we saw in the acceleration scenario.

18:47And we have to explain the mechanics of a data center to understand why it's such a threat to the grid. It's not just a big building with computers. Exactly. Data centers require an immense amount of continuous uninterruptible power. You have to power the server's 24-7 to process global internet traffic. But you also need a monumental amount of electricity to cool those servers so they don't melt down. Right, cooling again. In a region already struggling with rising temperatures and booming consumer electricity demand, dropping massive data centers onto the grid, tilts the balance heavily toward burning more coal just to keep the servers online. It's like trying to lower your household energy bill by meticulously turning off the lights in every room. But you've installed a massive commercial grade industrial furnace in your basement that has to run 24-7. And you have to run industrial air conditioning just to keep the house from catching fire. That's exactly what it's like. The digital economy's insatiable hunger for continuous power is threatening to completely cannibalize their green efforts. They are literally

19:47burning coal to power the cloud. So if we connect this all back to the bigger picture, why should you, the listener, care about a cross-border power grid in Laos or a new data center being built in Singapore or coal plants in Indonesia? Yeah, why does Southeast Asia's energy dilemma matter to someone commuting to work on the other side of the world? Because as we establish, Southeast Asia is the fifth largest economy in the world. Their energy transition, whether it results in contestation, acceleration or stagnation, will dictate the resilience of the global supply chains you rely on. If their manufacturing base is crippled by energy volatility, fragmented grids, or devastating climate disasters, the cost of the electronics, the clothing, and the goods you buy goes up significantly. Inflation is directly tied to their grid's stability. And beyond the economics, it's about the literal air we breathe. If this region, which is poised to drive 25% of all global energy demand growth, locks itself into a coal-heavy future because of

20:49geopolitical squabbling or data center demands, the resulting global emissions will affect everyone's climate. The three-degree Celsius temperature rise we talked about earlier isn't a localized event. It is a global reality. Their success or failure in navigating this high-speed train through the hurricane directly dictates the climate reality of the entire planet. Which leaves us with one final lingering thought. We just talked about those data centers super-charging energy demand. We often think of our digital lives. You know, our endless 4k streaming, our massive photo cloud storage, our thousands of generative AI queries as completely weightless and invisible. Right. We call it the cloud. Exactly. We call it the cloud for a reason. It sounds completely ethereal. But those actions require massive, heavy, physical, energy-hungry data centers. So if the insatiable energy appetite of the global digital economy ultimately forces emerging regions like Southeast Asia to burn more coal just to keep up, well, are our everyday digital habits directly financing the very climate disasters we

21:53are hoping these countries can somehow avoid? It is definitely something to think about. Thank you for taking this deep dive with us today. Keep questioning the hidden connections in the world around you and we'll see you next time.