WEBVTT

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The global energy transition is often painted

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as an inevitable and harmonious shift towards

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a sustainable future. However, the reality is

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far more complex, involving a myriad of challenges

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ranging from volatile markets and geopolitical

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tensions to technological and economic hurdles.

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As nations strive to combat climate change and

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reduce reliance on fossil fuels, the promises

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of renewable energy are vast, but so are the

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risks and disruptions it brings to the established

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global order. In this episode, we unravel the

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tangled relationship between clean energy, geopolitics,

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and the economic forces shaping our world, highlighting

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the winners, losers, and unforeseen consequences

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of the journey toward a cleaner, greener planet.

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This is the Diplomacy and Discourse channel.

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I'm AR. Thank you for listening. In Europe, the

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clean energy crisis has been a stark reminder

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of the continent's vulnerabilities. High electricity

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prices have led to the closure of numerous businesses

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and the bankruptcy of several energy firms. This

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crisis stems from the EU's heavy reliance on

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imported energy and the rising cost associated

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with these imports. Although the EU has made

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strides in investing in renewable energy sources,

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these efforts have not been sufficient. to significantly

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reduce reliance on imported energy and lower

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electricity prices. Meanwhile, Russia's President

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Vladimir Putin has been leveraging his country's

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natural gas reserves to gain influence over the

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EU, posing a major security risk for the EU and

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its member states. China's approach to energy

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security has been proactive. In September 2022,

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Vice Premier Han Zhong ordered energy companies

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to ensure sufficient supplies for the winter

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season. As oil prices have increased, other countries,

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including the US, have been urging Saudi Arabia

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to boost its production. This situation has given

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Riyadh more leverage in its relationship with

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Washington and raised concerns about US energy

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independence. In 2024, the US achieved energy

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independence for the first time in 40 years,

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but the ongoing geopolitical tensions and reliance

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on imported materials for renewable energy technologies

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continue to pose challenges. The transition to

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renewable energy is often seen as a pathway to

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reduce global tensions over energy resources.

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By shifting to sources like solar and wind, countries

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aim to lessen competition for limited fossil

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fuel resources, potentially reducing conflicts

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and fostering greater cooperation. However, this

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transition also has significant geopolitical

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implications. It affects power dynamics, alters

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relationships between leading powers, and influences

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the development of globalization. Implementing

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a sustainable energy system is not without its

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challenges. It is likely to lead to new confrontations

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and competition. Governments must take decisive

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actions and make difficult decisions to facilitate

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this transition. Businesses need to invest in

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green technology and collaborate to ensure success.

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Ultimately, the transition success depends on

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the collaboration and coordination between governments,

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businesses, and citizens. The idea of a smooth

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transition away from fossil fuels is not feasible,

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as the energy system that underpins the global

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economy and supports the geopolitical order will

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have to be fundamentally restructured. The energy

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transition is shaking up the global landscape,

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and it's not as straightforward as it might seem.

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Let's break it down. Investment in renewable

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energy is on the rise, even amid global uncertainties.

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In 2024, global investment in the energy transition

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hit $2 .1 trillion, marking an 11 % increase

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from the previous year. This surge is driven

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by countries like China, which has heavily invested

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in electrification and clean technologies to

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reduce dependency on foreign oil and coal. Similarly,

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the U .S. has seen growth in solar capacity,

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with solar surpassing hydropower and nuclear

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as the fourth largest source of installed capacity

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in 2024. However, geopolitical tensions and market

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volatility are likely to persist. Conflicts such

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as the Russia -Ukraine War and tensions in the

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Middle East have impacted energy and food security,

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leading to higher prices and increased inflation

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rates. Additionally, OPEC Plus's decision to

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increase oil production despite weak global economic

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conditions has added to market volatility. In

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2024, The energy transition created both opportunities

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and challenges. Renewables accounted for over

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90 % of total power expansion globally, with

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585 GW of capacity additions. Yet, the global

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energy demand growth in emerging markets slowed,

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falling to below 3%, down from nearly 4 % in

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2023. Looking ahead to the rest of 2025, and

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the later years, the energy transition will continue

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to evolve. While investment in renewable energy

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is expected to rise, challenges such as geopolitical

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tensions, market volatility, and the need for

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infrastructure development will persist. Countries

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heavily invested in renewable energy like those

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in Europe and East Asia are leading the charge,

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while those reliant on fossil fuels face significant

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challenges. The winners and losers of the transition

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will not necessarily mirror those of the current

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energy system, making it a complex and dynamic

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process. Oil -rich countries often referred to

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as petrostates may experience economic booms

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before facing potential downturns due to their

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dependence on fossil fuel exports. Their reliance

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on major fossil fuel suppliers like Saudi Arabia

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and Russia is expected to rise before it eventually

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declines. Meanwhile, the world's poorest regions

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will need to use more energy to meet their growing

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needs. Despite the potential of clean energy,

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its impact on the global economy and political

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landscape remains uncertain. While clean energy

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will eventually become a vital part of national

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power supplies, it will also introduce new uncertainties

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and risks. Despite widespread concerns about

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climate change, these arguments are not aimed

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at discouraging countries from moving toward

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a clean energy future. Instead, they urge policymakers

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to recognize the risks and dangers associated

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with this transition. The rapid emergence and

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evolution of clean energy technologies have presented

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new geopolitical risks that will affect the global

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economy and the energy transition in the coming

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decades. Clean energy sources such as solar,

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wind, and nuclear are becoming increasingly viable

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alternatives to traditional fossil fuels. The

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global shift towards renewable energy is reshaping

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international power dynamics. Countries rich

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in clean energy resources or critical minerals

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like lithium, cobalt, and rare earth elements

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are gaining strategic leverage. China, for instance,

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has heavily invested in electrification and clean

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technologies, reducing its dependency on foreign

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oil and coal. Conversely, nations that have historically

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relied on exporting fossil fuels such as Russia

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and Saudi Arabia are facing challenges as global

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demand shifts away from their primary exports.

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This transition isn't without its tensions. As

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demand for clean energy technologies increases,

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so does competition for the necessary resources.

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This competition can lead to geopolitical conflicts,

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especially in regions where these resources are

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abundant but governance is weak. For example,

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the reliance on critical minerals sourced from

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politically sensitive regions has raised concerns

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about supply chain vulnerabilities. In 2024,

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these dynamics were already evident. The Russia

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-Ukraine conflict highlighted Europe's dependence

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on Russian energy, prompting a push for diversification

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and investment in renewables. China's advancements

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in clean technology manufacturing further solidified

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its position in global supply chains. However,

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these shifts also led to market volatility and

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highlighted the complexities of transitioning

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to a new energy paradigm. So looking into 2025,

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investment in renewable energy continues to rise,

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driven by both environmental goals and the desire

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for energy independence. Yet, geopolitical tensions

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and market volatility persist. The competition

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for critical minerals, the restructuring of global

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energy trade routes, and the varying pace of

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transition among nations contribute to an unpredictable

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landscape. Policymakers are grappling with these

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challenges, often underestimating the unintended

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consequences of the energy transition. As we

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move toward 2026 and beyond, the energy transition

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is expected to accelerate. However, without comprehensive

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strategies that address both the opportunities

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and challenges, including geopolitical risks

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and market instabilities, the path forward may

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remain fraught with complexities. If people believe

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that plans to address climate change endanger

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the affordability or reliability of energy supply,

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the transition to clean energy may be slower.

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This is because people are likely to oppose strategies

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and policies seen as detrimental to their own

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economic well -being. As a result, they may be

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less likely to support plans that could increase

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energy bills or result in power shortages. Fossil

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fuels may eventually disappear, but politics

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and geopolitical factors will not. This means

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that even if renewable energy sources are available,

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they may not be economically viable or politically

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popular, making it difficult to completely transition

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away from fossil fuels. Oil became a strategic

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commodity during World War I. The Allied powers,

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mainly Britain, France, Russia and the United

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States, were able to win the war through a wave

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of oil. From then on, British security depended

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more on oil from Persia than coal as energy became

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a vital source of national power. The importance

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of oil was further cemented after World War II,

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when the United States and the Soviet Union competed

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to develop and control oil producing regions.

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Today, oil remains one of the most important

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commodities in the international market. with

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countries all around the world vying to control

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the resource. Countries blessed with natural

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gas and oil resources developed their economies

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and expanded their influence in the international

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system. Saudi Arabia is a prime example of a

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country that has benefited from its access to

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oil resources. The country is one of the largest

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producers of oil in the world, with its oil industry

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accounting for a large portion of its GDP. Another

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prominent oil producing nation is Venezuela,

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which has the world's largest oil reserves. Venezuela

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relies heavily on its oil industry for economic

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growth and has used its access to oil to gain

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influence in the international system. Those

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that were unable to meet oil demands were forced

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to change their foreign policies. This has led

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to a shift in power dynamics between nations.

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as those with access to oil have been able to

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make use of its economic advantages and increase

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their influence in the international system.

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Oil importing nations have had to adjust their

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foreign policies to ensure access to needed resources,

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while those who export oil have been able to

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use their access to oil as a lever in international

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negotiations. Saudi Arabia has not yet achieved

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a state where its revenues are entirely independent

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of oil. However, the nation has made significant

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strides in diversifying its economy, marking

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a pivotal shift in its financial landscape. In

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2024, Saudi Arabia's non -oil exports reached

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an unprecedented SR515 billion or $135 billion

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representing a 113 % increase since the launch

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of Vision 2030. This surge underscores the country's

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commitment to reducing its dependence on oil

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revenues. Furthermore, the non -oil sector's

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contribution to the Gross Domestic Product, or

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GDP, has seen notable growth. In the third quarter

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of 2024, non -oil GDP increased by 4 .3 % year

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on year, outpacing the oil sector's growth. This

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trend indicates a successful implementation of

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economic diversification strategies. These developments

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are part of Saudi Arabia's broader Vision 2030

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initiative, which aims to transform the economy

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by investing in sectors such as tourism, entertainment,

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and technology. Projects like the Red Sea Luxury

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Resorts and the Neom City are emblematic of this

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transformative vision. While oil remains a significant

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source of revenue, these advancements signify

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a proactive approach to economic diversification.

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The progress made thus far suggests a promising

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trajectory towards a more balanced and sustainable

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economic future. In 2025, Saudi Arabia is intensifying

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its efforts to diversify its economy beyond oil,

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building up the momentum gained in 2024. The

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non -oil sector continues to expand, with non

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-oil GDP growing by 4 .2 % in the first quarter

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of 2025, outpacing overall GDP growth of 2 .7

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% during the same period. This growth is driven

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by robust performance in sectors such as finance,

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insurance, business services, and utilities,

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which are projected to see growth rates between

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5 % and 6%. Saudi Arabia is also making significant

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strides in expanding its non -oil exports. Re

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-exports have surged to SR 90 billion, marking

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a 205 % increase since the launch of Vision 2030.

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Services exports have reached an all -time high

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of SR 207 billion. reflecting a 14 % year -on

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-year increase and a substantial 220 % rise since

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the inception of Vision 2030. To further diversify

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its energy sources and reduce domestic oil consumption,

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Saudi Arabia is pursuing a civil nuclear agreement

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with the United States. This initiative aims

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to support the country's energy needs for electricity

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generation and water desalination. aligning with

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the goals of Vision 2030. In the mining sector,

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Saudi Arabia is engaging in discussions with

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the United States to establish cooperation in

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mining and mineral resources. The country has

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nearly doubled its estimated mineral reserves

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to $2 .5 trillion and is seeking partnerships

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to develop its mining industry, which is a key

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component of its economic diversification strategy.

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Tourism remains a focal point of Saudi Arabia's

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diversification efforts. The Amalab project,

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a luxury tourism destination along the Red Sea,

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is set to open its first phase in 2025, reaching

00:17:17.720 --> 00:17:21.940
multiple resorts and wellness centers. Similarly,

00:17:22.380 --> 00:17:25.339
the Red Sea project is progressing, with several

00:17:25.339 --> 00:17:29.299
resorts expected to open in 2025. enhancing the

00:17:29.299 --> 00:17:34.339
country's appeal as a global tourism hub. While

00:17:34.339 --> 00:17:36.839
these initiatives demonstrate Saudi Arabia's

00:17:36.839 --> 00:17:40.220
commitment to reducing its reliance on oil, challenges

00:17:40.220 --> 00:17:43.619
remain. The International Monetary Fund has adjusted

00:17:43.619 --> 00:17:46.960
the country's GDP growth forecast for 2025 to

00:17:46.960 --> 00:17:53.220
3%, citing a slower rebound in oil prices. Nonetheless,

00:17:53.579 --> 00:17:56.339
the continued growth of the non -oil sector and

00:17:56.339 --> 00:17:59.519
strategic investments in various industries indicate

00:17:59.519 --> 00:18:02.799
a promising trajectory towards a more diversified

00:18:02.799 --> 00:18:08.779
and sustainable economic future. The world's

00:18:08.779 --> 00:18:11.859
shift away from fossil fuels will have a profound

00:18:11.859 --> 00:18:15.500
impact on society. However, discussions about

00:18:15.500 --> 00:18:18.059
the future of energy often fail to address the

00:18:18.059 --> 00:18:21.500
most critical details. Despite global efforts

00:18:21.500 --> 00:18:24.990
to achieve net zero emissions, fossil fuels will

00:18:24.990 --> 00:18:29.589
continue to exist. In 2021, the International

00:18:29.589 --> 00:18:32.789
Energy Agency released a report estimating that

00:18:32.789 --> 00:18:35.990
to avoid dangerous levels of greenhouse gas emissions,

00:18:36.549 --> 00:18:40.130
the world should aim to reach net zero by 2050.

00:18:40.950 --> 00:18:43.950
This means the world would still use around half

00:18:43.950 --> 00:18:47.670
as much natural gas and one quarter as much oil.

00:18:48.269 --> 00:18:51.170
A Princeton University study revealed that even

00:18:51.170 --> 00:18:54.329
if the U .S. stopped using fossil fuels by 2050,

00:18:54.829 --> 00:18:57.730
it would still use around one quarter to half

00:18:57.730 --> 00:19:01.670
as much oil and gas as it does today. Despite

00:19:01.670 --> 00:19:05.190
this, energy producers could still enjoy tremendous

00:19:05.190 --> 00:19:10.349
advantages from their geological resources. The

00:19:10.349 --> 00:19:13.490
fluctuation of oil prices is expected to continue

00:19:13.490 --> 00:19:16.170
as the world transitions to a more sustainable

00:19:16.170 --> 00:19:19.769
energy system. This is why traditional suppliers

00:19:19.769 --> 00:19:22.269
can benefit from the uncertainty surrounding

00:19:22.269 --> 00:19:25.690
the future of oil. As renewable energy sources

00:19:25.690 --> 00:19:28.369
become more affordable and widely available,

00:19:28.849 --> 00:19:32.690
the demand for oil is expected to decline. This

00:19:32.690 --> 00:19:35.609
has led to the speculation in the market, causing

00:19:35.609 --> 00:19:39.529
oil prices to be volatile. This volatility creates

00:19:39.529 --> 00:19:42.029
opportunities for traditional suppliers to take

00:19:42.029 --> 00:19:45.130
advantage of the uncertainty and make profits

00:19:45.130 --> 00:19:49.319
from short term speculation. However, the combination

00:19:49.319 --> 00:19:52.140
of investor pressure and the lack of clarity

00:19:52.140 --> 00:19:55.619
about the future of oil could lead to a significant

00:19:55.619 --> 00:19:59.240
decline in investment levels. This could result

00:19:59.240 --> 00:20:02.160
in companies reducing their production, which

00:20:02.160 --> 00:20:04.839
in turn would cause a decrease in supply and

00:20:04.839 --> 00:20:08.519
an increase in prices. Furthermore, as the cost

00:20:08.519 --> 00:20:11.299
of renewable energy sources continues to decline,

00:20:11.980 --> 00:20:14.200
the demand for oil could gradually diminish.

00:20:14.519 --> 00:20:20.339
leading to a further decrease in prices. The

00:20:20.339 --> 00:20:22.900
uncertainty surrounding the future of oil prices

00:20:22.900 --> 00:20:26.019
could lead to frequent shortages causing higher

00:20:26.019 --> 00:20:29.740
and more volatile prices. This could also boost

00:20:29.740 --> 00:20:32.980
the power of the Organization of Petroleum Exporting

00:20:32.980 --> 00:20:37.660
Countries, OPEC. Its members, such as Saudi Arabia,

00:20:38.099 --> 00:20:41.420
have sufficient capacity to increase or decrease

00:20:41.420 --> 00:20:45.200
global production. OPEC's ability to influence

00:20:45.200 --> 00:20:48.220
the global oil market gives it considerable power

00:20:48.220 --> 00:20:50.960
and the uncertainty surrounding future prices

00:20:50.960 --> 00:20:53.640
could give it an even greater ability to control

00:20:53.640 --> 00:20:57.599
the market. This could lead to OPEC manipulating

00:20:57.599 --> 00:21:01.180
prices to its own benefit, resulting in shortages

00:21:01.180 --> 00:21:06.839
and higher prices. The shift toward a more sustainable

00:21:06.839 --> 00:21:09.519
energy system will also increase the influence

00:21:09.519 --> 00:21:12.930
of gas and oil exporters. While the demand for

00:21:12.930 --> 00:21:15.930
oil is expected to decline, it will still remain

00:21:15.930 --> 00:21:19.190
substantial for a long time. This is because

00:21:19.190 --> 00:21:22.470
renewable energy sources such as wind and solar

00:21:22.470 --> 00:21:25.990
are intermittent and require a backup system

00:21:25.990 --> 00:21:29.490
to provide reliable energy. This backup system

00:21:29.490 --> 00:21:32.630
is most often provided by natural gas and oil,

00:21:33.049 --> 00:21:35.769
which will still be in high demand for the foreseeable

00:21:35.769 --> 00:21:39.289
future. High cost producers such as Russia's

00:21:39.289 --> 00:21:42.019
Arctic Territory, and Canada could be forced

00:21:42.019 --> 00:21:45.119
out of the market as oil prices go down. These

00:21:45.119 --> 00:21:47.720
regions are considered high cost producers due

00:21:47.720 --> 00:21:50.279
to the higher costs associated with extracting

00:21:50.279 --> 00:21:54.680
oil. As the demand for oil decreases and renewable

00:21:54.680 --> 00:21:57.480
energy sources become more competitive, these

00:21:57.480 --> 00:22:00.339
higher costs could make it difficult for these

00:22:00.339 --> 00:22:03.839
producers to remain competitive. If oil prices

00:22:03.839 --> 00:22:07.339
decline, they may be unable to remain profitable

00:22:07.339 --> 00:22:12.259
and could be forced out of the markets. Some

00:22:12.259 --> 00:22:14.740
oil -producing nations that are seeking to be

00:22:14.740 --> 00:22:16.960
leaders in the fight against climate change,

00:22:17.220 --> 00:22:21.039
such as the US, Norway, and the UK, could restrict

00:22:21.039 --> 00:22:23.319
their domestic production in response to public

00:22:23.319 --> 00:22:26.160
pressure and the need to hasten the shift to

00:22:26.160 --> 00:22:30.119
low -carbon energy sources. These countries could

00:22:30.119 --> 00:22:33.039
set emission reduction targets, establish clean

00:22:33.039 --> 00:22:36.059
energy and efficiency standards, and incentivize

00:22:36.059 --> 00:22:39.940
the shift to renewable energy sources. They could

00:22:39.940 --> 00:22:43.279
also set limits on domestic production such as

00:22:43.279 --> 00:22:46.720
through taxes or quotas to reduce their emissions

00:22:46.720 --> 00:22:49.140
and encourage the transition to cleaner fuel

00:22:49.140 --> 00:22:53.019
sources. As a result of the reduction in financial

00:22:53.019 --> 00:22:56.660
institutions dependence on oil, Gulf states could

00:22:56.660 --> 00:23:00.119
grow their market shares. This could help them

00:23:00.119 --> 00:23:02.680
diversify their economies and make them more

00:23:02.680 --> 00:23:06.079
resilient to future economic shocks. Additionally,

00:23:06.460 --> 00:23:09.619
By setting emissions reduction targets, they

00:23:09.619 --> 00:23:12.119
could reduce their exposure to climate change

00:23:12.119 --> 00:23:15.819
risks, such as water scarcity, extreme temperatures,

00:23:16.240 --> 00:23:20.900
and flooding. The world's nations would gain

00:23:20.900 --> 00:23:23.579
more geopolitical clout if they supplied all

00:23:23.579 --> 00:23:27.079
of the oil that the world consumes. For instance,

00:23:27.480 --> 00:23:30.160
countries such as the U .S. and Argentina, which

00:23:30.160 --> 00:23:33.140
have large deposits of shale oil, can quickly

00:23:33.140 --> 00:23:36.769
bring their resources online. Shale oil is a

00:23:36.769 --> 00:23:39.930
type of oil extracted from shale rock formations

00:23:39.930 --> 00:23:43.349
using fracking. It is a relatively new source

00:23:43.349 --> 00:23:46.130
of petroleum and has been increasing in production

00:23:46.130 --> 00:23:49.869
in recent years. This can attract investors looking

00:23:49.869 --> 00:23:54.009
for faster payback periods. However, due to uncertainty

00:23:54.009 --> 00:23:57.490
about the long -term outlook for oil, investors

00:23:57.490 --> 00:24:01.190
may shy away from investing in the sector. The

00:24:01.190 --> 00:24:04.349
cost of extracting shale oil is high. and there

00:24:04.349 --> 00:24:06.970
is no guarantee of profitability in the long

00:24:06.970 --> 00:24:10.970
run. Additionally, the extraction process involves

00:24:10.970 --> 00:24:14.369
environmental risks such as water contamination,

00:24:14.950 --> 00:24:18.910
air pollution, and seismic activity. These risks

00:24:18.910 --> 00:24:22.529
can make investors wary of investing in the sector.

00:24:24.779 --> 00:24:28.160
In the natural gas market, small producers that

00:24:28.160 --> 00:24:30.640
can offer the cleanest and cheapest supply of

00:24:30.640 --> 00:24:33.700
gas will be able to increase their market shares.

00:24:34.420 --> 00:24:36.900
As the world starts using less gas, the cost

00:24:36.900 --> 00:24:40.240
of production will rise. Companies that can produce

00:24:40.240 --> 00:24:42.460
gas more cheaply and with less environmental

00:24:42.460 --> 00:24:46.279
impact will have a competitive edge. Consumers

00:24:46.279 --> 00:24:48.839
and businesses are increasingly aware of the

00:24:48.839 --> 00:24:51.759
environmental costs of burning gas and are looking

00:24:51.759 --> 00:24:55.180
for alternatives. This creates opportunities

00:24:55.180 --> 00:24:58.099
for smaller producers that can provide cleaner

00:24:58.099 --> 00:25:01.240
and cheaper gas. If countries follow through

00:25:01.240 --> 00:25:04.099
with climate action and reduce production, this

00:25:04.099 --> 00:25:08.400
could grow their market shares. This will lead

00:25:08.400 --> 00:25:11.240
to an increase in Europe's reliance on Russian

00:25:11.240 --> 00:25:15.039
gas, as the Nord Stream 2 pipeline which connects

00:25:15.039 --> 00:25:18.140
Germany to Russia will boost the country's gas

00:25:18.140 --> 00:25:21.779
consumption. The pipeline provides a direct route

00:25:21.779 --> 00:25:25.460
for Russian gas to reach Germany, bypassing existing

00:25:25.460 --> 00:25:29.640
pipelines through Ukraine. This reduces the amount

00:25:29.640 --> 00:25:32.839
of transit fees Ukraine receives, leaving it

00:25:32.839 --> 00:25:35.839
with fewer resources to invest in its own energy

00:25:35.839 --> 00:25:39.460
sector. European lawmakers have urged Moscow

00:25:39.460 --> 00:25:42.519
to increase gas production to avoid an energy

00:25:42.519 --> 00:25:45.700
crisis this winter, highlighting Russia's growing

00:25:45.700 --> 00:25:49.220
importance to the region's energy security. However,

00:25:49.779 --> 00:25:52.500
Russia has been reluctant to increase gas production,

00:25:53.140 --> 00:25:57.059
fearing lower prices for its exports. This has

00:25:57.059 --> 00:25:59.700
led to concerns about the reliability of Russian

00:25:59.700 --> 00:26:02.559
gas supplies and the overall energy security

00:26:02.559 --> 00:26:06.339
of Europe. The uncertainty has caused energy

00:26:06.339 --> 00:26:09.720
prices to rise, putting a strain on businesses

00:26:09.720 --> 00:26:13.039
and households in Europe and increasing tensions

00:26:13.039 --> 00:26:18.170
between Russia and the European Union. Understanding

00:26:18.170 --> 00:26:21.289
the geopolitical implications of a world transitioning

00:26:21.289 --> 00:26:24.789
away from fossil fuels is key to influencing

00:26:24.789 --> 00:26:28.450
decisions that affect the planet. Renewable energy

00:26:28.450 --> 00:26:31.849
sources require significant investments in infrastructure

00:26:31.849 --> 00:26:35.150
and technology. Political cooperation between

00:26:35.150 --> 00:26:38.190
countries is essential to ensure this investment

00:26:38.190 --> 00:26:41.009
occurs and that the planet is protected from

00:26:41.009 --> 00:26:44.960
climate change. Governments must prioritize long

00:26:44.960 --> 00:26:47.880
-term planning and investments in renewable energy

00:26:47.880 --> 00:26:51.160
and infrastructure. The reality is different

00:26:51.160 --> 00:26:54.259
from what most people believe, and the transition

00:26:54.259 --> 00:26:57.059
will be very different from what most governments

00:26:57.059 --> 00:27:00.519
have planned. Governments must recognize that

00:27:00.519 --> 00:27:03.180
this transition requires planning and investment,

00:27:03.680 --> 00:27:05.880
and they will need to work in partnership with

00:27:05.880 --> 00:27:08.779
other countries to ensure the necessary resources

00:27:08.779 --> 00:27:13.460
and technology are available. Furthermore, this

00:27:13.460 --> 00:27:16.579
transition will not be quick and it will require

00:27:16.579 --> 00:27:20.019
long -term planning and investment. In the long

00:27:20.019 --> 00:27:23.519
term, cheap capital and innovation will determine

00:27:23.519 --> 00:27:26.700
which countries dominate the clean energy revolution.

00:27:28.519 --> 00:27:31.460
As we navigate through the rest of 2025, the

00:27:31.460 --> 00:27:34.380
global energy landscape is marked by a complex

00:27:34.380 --> 00:27:38.059
interplay of economic, geopolitical, and technological

00:27:38.059 --> 00:27:42.509
factors. In the United States, the administration's

00:27:42.509 --> 00:27:46.009
protectionist trade policies, including the imposition

00:27:46.009 --> 00:27:49.089
of tariffs, have led to economic uncertainties.

00:27:49.750 --> 00:27:52.210
These measures have impacted investor confidence

00:27:52.210 --> 00:27:55.710
and slowed down new drilling activities, particularly

00:27:55.710 --> 00:27:59.289
in the oil and gas sectors. The resulting economic

00:27:59.289 --> 00:28:02.470
contradiction in the first quarter of 2025 has

00:28:02.470 --> 00:28:07.720
further complicated the energy outlook. Trade

00:28:07.720 --> 00:28:10.559
tensions have contributed to a decrease in oil

00:28:10.559 --> 00:28:13.900
demand growth. The International Energy Agency,

00:28:14.220 --> 00:28:18.779
IEA, has revised its 2025 global oil demand growth

00:28:18.779 --> 00:28:23.700
forecast to 730 ,000 barrels per day, citing

00:28:23.700 --> 00:28:27.380
escalation trade tensions and a slowdown in economic

00:28:27.380 --> 00:28:31.059
activity. These factors have led to a more cautious

00:28:31.059 --> 00:28:34.019
approach among energy producers and investors.

00:28:35.470 --> 00:28:39.130
Despite these challenges, there has been significant

00:28:39.130 --> 00:28:42.589
progress in renewable energy adoption. The United

00:28:42.589 --> 00:28:46.369
States has seen renewables outpace coal in electricity

00:28:46.369 --> 00:28:49.869
production, with wind and solar generating more

00:28:49.869 --> 00:28:53.150
power than coal for the first time. This shift

00:28:53.150 --> 00:28:56.470
indicates a positive trend towards cleaner energy

00:28:56.470 --> 00:29:01.329
sources. However, the transition is not without

00:29:01.329 --> 00:29:04.559
its hurdles. The global goal of achieving net

00:29:04.559 --> 00:29:08.400
-zero emissions by 2050 faces significant challenges,

00:29:09.079 --> 00:29:11.259
including the vast scale of transforming the

00:29:11.259 --> 00:29:16.799
current $115 trillion global energy system. The

00:29:16.799 --> 00:29:20.099
transition from fossil fuels to renewables such

00:29:20.099 --> 00:29:23.660
as wind, solar, and hydrogen is progressing slower

00:29:23.660 --> 00:29:28.740
and more unevenly than expected. Political, economic,

00:29:29.019 --> 00:29:32.220
and infrastructural limitations especially in

00:29:32.220 --> 00:29:37.240
developing countries, complicate progress. As

00:29:37.240 --> 00:29:40.619
we move into the latter half of 2025 and beyond,

00:29:41.160 --> 00:29:44.079
the energy sector is expected to continue grappling

00:29:44.079 --> 00:29:47.420
with these multifaceted challenges. The balance

00:29:47.420 --> 00:29:50.059
between advancing renewable energy initiatives

00:29:50.059 --> 00:29:53.700
and managing economic and geopolitical complexities

00:29:53.700 --> 00:29:57.440
will be crucial. Stakeholders across the globe

00:29:57.529 --> 00:30:00.769
will need to collaborate and innovate to navigate

00:30:00.769 --> 00:30:05.170
this transitional period effectively. In summary,

00:30:05.690 --> 00:30:09.329
2025 has been a year of both progress and setbacks

00:30:09.329 --> 00:30:13.049
in the global energy transition. While strides

00:30:13.049 --> 00:30:15.589
have been made in renewable energy adoption,

00:30:16.349 --> 00:30:19.009
economic and geopolitical factors have introduced

00:30:19.009 --> 00:30:22.390
new challenges. The path forward will require

00:30:22.390 --> 00:30:25.230
concerted efforts to address these issues and

00:30:25.230 --> 00:30:27.980
accelerate the shift towards a more sustainable

00:30:27.980 --> 00:30:33.259
energy future. But before we conclude this episode,

00:30:33.660 --> 00:30:37.420
let's consider another perspective. Some argue

00:30:37.420 --> 00:30:40.319
that fossil fuels might be more beneficial for

00:30:40.319 --> 00:30:43.920
our planet than we realize. Without fossil fuels,

00:30:44.140 --> 00:30:46.920
we might have resorted to cutting down all the

00:30:46.920 --> 00:30:50.099
trees for energy. Additionally, fossil fuels

00:30:50.099 --> 00:30:53.259
have saved whales. as we previously relied on

00:30:53.259 --> 00:30:55.740
whale oil for various products before fossil

00:30:55.740 --> 00:30:59.259
fuels became prevalent. Therefore, those who

00:30:59.259 --> 00:31:01.960
want to save the whales might appreciate our

00:31:01.960 --> 00:31:06.839
use of fossil fuels. However, is transitioning

00:31:06.839 --> 00:31:11.079
away from fossil fuels an unrealistic goal? Many

00:31:11.079 --> 00:31:13.700
climate change issues revolve around controlling

00:31:13.700 --> 00:31:17.640
our energy resources. If we move away from fossil

00:31:17.640 --> 00:31:20.960
fuels and rely entirely on electricity, We must

00:31:20.960 --> 00:31:23.440
consider that the necessary minerals for this

00:31:23.440 --> 00:31:26.460
transition are often mined under harsh conditions.

00:31:27.339 --> 00:31:30.220
Many of these minerals are extracted by laborers

00:31:30.220 --> 00:31:33.119
in countries with authoritarian regimes, where

00:31:33.119 --> 00:31:37.680
exploitation is rampant. These regimes exploit

00:31:37.680 --> 00:31:40.460
their citizens, making it challenging to view

00:31:40.460 --> 00:31:43.339
this as a viable alternative to fossil fuels.

00:31:44.180 --> 00:31:47.019
Fossil fuels generate revenue by extracting resources

00:31:47.019 --> 00:31:49.920
from the ground which involve less exploitation

00:31:50.079 --> 00:31:54.839
compared to forced labor. There is also a debate

00:31:54.839 --> 00:31:58.079
about the motivations behind climate change research.

00:31:58.700 --> 00:32:01.700
Some claim that scientists who affirm climate

00:32:01.700 --> 00:32:05.400
change receive grant money while those who dissent

00:32:05.400 --> 00:32:09.099
face budget cuts and black listing. This has

00:32:09.099 --> 00:32:12.140
led to a significant movement to change our energy

00:32:12.140 --> 00:32:15.359
resources. Changing our energy sources could

00:32:15.359 --> 00:32:20.619
shift global power dynamics. Looking ahead, we

00:32:20.619 --> 00:32:23.740
must balance the environmental benefits of reducing

00:32:23.740 --> 00:32:26.660
fossil fuel use with the ethical implications

00:32:26.660 --> 00:32:30.940
of alternative energy sources. Developing sustainable

00:32:30.940 --> 00:32:34.319
and ethical energy solutions is crucial. This

00:32:34.319 --> 00:32:37.279
includes investing in renewable energy technologies,

00:32:37.940 --> 00:32:41.160
improving mining practices, and ensuring fair

00:32:41.160 --> 00:32:44.660
labor conditions. By addressing these challenges,

00:32:44.910 --> 00:32:47.809
We can work towards a future where our energy

00:32:47.809 --> 00:32:51.369
resources are both environmentally friendly and

00:32:51.369 --> 00:32:56.490
ethically sourced. An approach that emphasizes

00:32:56.490 --> 00:32:59.589
the diversity of human experiences and the need

00:32:59.589 --> 00:33:02.970
to assimilate them is needed. We should also

00:33:02.970 --> 00:33:06.009
regularly draw conclusions and make comparisons.

00:33:06.950 --> 00:33:10.230
While we must be careful not to predict the future,

00:33:10.670 --> 00:33:13.849
we should always be humble. Despite the various

00:33:13.849 --> 00:33:16.410
factors that can affect the world's operations,

00:33:17.109 --> 00:33:19.890
geopolitics still reflects the importance of

00:33:19.890 --> 00:33:23.390
acknowledging limits. Through careful analysis,

00:33:23.849 --> 00:33:26.710
we can gain a deeper understanding of how the

00:33:26.710 --> 00:33:31.609
world functions in a certain way. The transition

00:33:31.609 --> 00:33:34.549
to a sustainable energy future is not merely

00:33:34.549 --> 00:33:37.690
an environmental necessity but a geopolitical

00:33:37.690 --> 00:33:41.150
and economic revolution. While the world grapples

00:33:41.150 --> 00:33:43.779
with climate change, The move away from fossil

00:33:43.779 --> 00:33:47.039
fuels reveals a landscape fraught with challenges

00:33:47.039 --> 00:33:50.980
and opportunities. Countries must navigate shifting

00:33:50.980 --> 00:33:54.420
alliances, market volatility, and technological

00:33:54.420 --> 00:33:57.420
uncertainties as they work toward a greener future.

00:33:58.619 --> 00:34:02.119
As we've discussed, the journey is complex, and

00:34:02.119 --> 00:34:05.740
its success hinges on collaboration, innovation,

00:34:06.099 --> 00:34:09.179
and a recognition of the diverse impacts this

00:34:09.179 --> 00:34:13.550
shift will have globally. Thank you for joining

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us, and stay tuned for more episodes that explore

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the critical intersections of diplomacy, energy,

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and international relations.
