One-time live chance for green energy and the Planet…

Written By Germán & Co

Renewables have far less support than fossil fuel energy technologies…

Top Headlines from March 4, 2025

1. South Carolina Governor Declares State of Emergency Due to Wildfires
   Over 175 wildfires have burned more than 4,200 acres across South Carolina, prompting Governor Henry McMaster to declare a state of emergency and order mass evacuations.
   (Reference: [19] South Carolina governor declares state of emergency as raging wildfires prompt mass evacuations)

2. Trump to Outline Government Overhaul Plan to Congress
   President Trump is set to present his plan for a significant government overhaul to the U.S. Congress. Legal challenges to his and Elon Musk’s efforts are ongoing, with the Supreme Court expected to weigh in on critical issues.
   (Reference: [12] Trump to lay out his govt overhaul plan to US Congress)

3. Zelensky and European Allies Strengthen Cooperation After Trump Meeting
   Following a contentious meeting with President Trump, European leaders—including Ursula von der Leyen and Donald Tusk—have rallied in support of Ukraine. They emphasize the need for Europe to rearm and prepare for potential conflicts.
   (Reference: [15] Zelensky and European allies cement cooperation after Trump row)

4. Cavs Secure 10th Straight NBA Victory in Overtime Thriller
   The Cleveland Cavaliers extended their winning streak to 10 games with a hard-fought overtime victory against the Portland Trail Blazers. Jalen Williams scored a career-high 41 points, while LeBron James added 17 points, moving closer to a historic scoring milestone.
   (Reference: [11] Cavs rally to beat Blazers in OT for 10th straight NBA victory)

5. Brazil’s Oscar Win Revives Debate on Amnesty Law
   The movie “I’m Still Here” has reignited discussions about Brazil’s 1979 amnesty law, which prevented prosecution for deaths and disappearances during the dictatorship. The film’s success has sparked reflection on the country’s past and present political climate.
   (Reference: [10] ‘I’m Still Here’: Brazil faces past ghosts with Oscar triumph)

6. Japan Deploys Nearly 1,700 Firefighters to Battle Forest Blaze
   Japan has mobilized a large number of firefighters to combat a forest fire in Ofunato. The blaze is close to buildings, and the region has experienced record-low rainfall, exacerbating the situation.
   (Reference: [17] Japan deploys nearly 1,700 firefighters to tackle forest blaze)

7. 97th Annual Academy Awards Kick Off in Hollywood
   The Oscars ceremony began with a tribute to Los Angeles and the world of Oz, featuring performances by Ariana Grande and Cynthia Erivo. The event takes place just months after fires devastated parts of the city.
   (Reference: [14] Oscars gala begins in Hollywood)

8. Trump’s Fentanyl Tariffs Aim to Curb Drug Trade
   President Trump’s new tariffs on Chinese goods, including a 10% tariff on fentanyl precursors, are intended to disrupt the drug trade. Anti-drug activists and families impacted by fentanyl support the move, hoping it will save lives.
   (Reference: [18] Trump’s fentanyl tariffs hold wider political aims: analysts)

9. Seven & i Shares Surge on CEO Departure Rumors
   Shares of Seven & i, the owner of 7-Eleven, jumped following reports that its CEO, Ryuichi Isaka, may step down. The company faces strong competition from Canadian rival Couche-Tard and is said to be considering Stephen Hayes Dacus for the top position.
   (Reference: [9] Seven & i bondit en Bourse, un média annonce le départ de son patron)

10. Miami Inter Triumphs in Texas Without Messi
    Miami Inter secured a victory in Texas despite the absence of Lionel Messi. The team’s performance suggests they remain a dominant force in the Eastern Conference this season.
    (Reference: [13] Messi rests but Miami triumph in Texas)

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Is climate change driven primarily by our continued reliance on fossil fuels?

Introduction: Seizing the Historic Opportunity

Humanity is standing at a momentous crossroads in its journey. Climate change, driven primarily by our continued reliance on fossil fuels, has begun to transform the face of our planet. Rising sea levels threaten coastal communities, heatwaves grow more intensely each year, and unpredictable storms wreak havoc across continents. In parallel, the world’s population continues to expand, and energy demand shows no signs of slowing down. In the face of these daunting realities, however, the story of renewable energy offers a beacon of hope.

For decades, fossil fuels have reigned supreme, driving industrial revolutions, urban expansions, and unprecedented economic growth. Yet, with that growth came significant environmental and social costs. Now, renewable energy technologies such as solar, wind, and hydropower have reached a tipping point. They have moved from niche, alternative solutions to cost-competitive, reliable energy sources. Governments, corporations, and communities worldwide are discovering the transformative power of clean energy.

But there is a crucial caveat. Although renewable energy continues to advance rapidly, it receives far less financial support than traditional fossil fuel industries. For decades, entrenched incentives and subsidies have skewed the energy market favouring coal, oil, and natural gas. This structural imbalance has delayed our essential transition to clean energy and exacerbated the global climate crisis. Despite the mounting evidence that renewables are critical to our collective future, fossil fuels maintain a disproportionate claim on national budgets and policy decisions worldwide.

In this post, we will explore this paradox in depth by examining both sectors’ historical and current subsidies, assessing the real-world impacts of climate change, and underscoring the vital role that artificial intelligence (AI) is playing in accelerating the green revolution. We will also celebrate the remarkable growth in renewable energy technologies, delve into policy suggestions, and present a broad, uplifting vision: that we are living through a “one-time live chance” to redefine our global energy landscape, protect our planet, and create a more equitable and sustainable future for all.

1. Creating a Positive Perspective on Green Energy

1.1 The Renewable Revolution: From Fringe to Mainstream

Renewable energy is no longer a fringe movement that is supported solely by environmentalists and visionary entrepreneurs. Over the past two decades, solar panels have appeared on rooftops, wind turbines have sprouted in more fields, and hydropower stations have been modernized to enhance efficiency. The global renewable energy capacity has grown significantly, driven by improved technology and falling costs. According to the International Renewable Energy Agency (IRENA), the cost of electricity from utility-scale solar fell by roughly 85% between 2010 and 2020, while wind power experienced similar cost reductions of around 50–70%. These figures only continue to trend downward.

The move toward renewable energy is not just about fighting climate change—though that remains a paramount concern. It is also about tapping into a limitless resource base that promises energy security and independence, particularly for regions that have historically relied on imported oil or coal. More importantly, the transition to renewables fosters job creation in a sector with new opportunities for research, manufacturing, operations, and maintenance.

1.2 Economic and Community Benefits

Renewable energy, once deemed expensive, now frequently undercuts conventional fossil fuel power plants in terms of levelized cost of electricity (LCOE). Large corporations and small businesses have noticed this economic advantage, prompting them to adopt cleaner energy solutions. Tech giants with significant data centre demands—like Google, Amazon, and Microsoft—have pivoted toward running their facilities on solar, wind, and other low-carbon sources. This dramatic shift is happening not just because it “looks green,” but because it makes financial sense.

Communities around the globe benefit from these changes in several ways:

1. Local Job Creation: Installing solar farms, wind turbines, and microgrids often requires local labour. These projects can revitalize rural communities, providing skilled and semi-skilled work.

2. Energy Independence: Countries, municipalities, and neighbourhoods gain greater control over their energy supply. Decentralized grids reduce vulnerabilities to external disruptions—political, economic, or environmental.

3. Better Public Health: Replacing coal and oil-fired power plants with cleaner energy solutions helps to reduce air pollution. In many urban areas, this translates into improved respiratory health and fewer hospital admissions for conditions like asthma.

4. Sustainable Growth: Once beholden to boom-and-bust fossil fuel cycles, local economies are finding stability and resilience through diverse renewable portfolios.

When coupled with robust policy frameworks, the shift to renewable energy can spur massive socio-economic benefits, often extending beyond the energy sector.

2. Comparing Subsidies for Renewables vs. Fossil Fuels

2.1 A Historical Overview of Energy Subsidies

The energy sector has long been shaped by government intervention. Historically, these interventions ranged from tax breaks to direct grants, loan guarantees, and infrastructure spending. Fossil fuels have received—and continue to receive—massive subsidies. This stems partly from the historical importance of coal and oil to economic and industrial growth. Political factors such as lobbying and entrenched interests have also played a significant role in preserving these advantages.

In contrast, renewable energy subsidies are a more recent phenomenon, arising primarily in the late 20th century. Wind farms, solar installations, and other green initiatives started receiving support only after scientists and policymakers began to fully acknowledge the link between fossil fuel combustion and greenhouse gas emissions. Moreover, these subsidies often pale in comparison to those allocated to fossil fuels. Even with climate accords and increasing public awareness of environmental issues, fossil fuels receive billions in direct and indirect subsidies yearly.

2.2 Quantifying the Disparity

Quantifying the total subsidies for each energy sector can be challenging because subsidies take many forms. However, credible analyses—such as those by the International Monetary Fund (IMF) and the International Energy Agency (IEA)—reveal that fossil fuels continue to receive hundreds of billions of dollars in annual support when accounting for both direct subsidies and external costs (like health impacts, environmental degradation, and climate change). While estimates vary due to differing methodologies, some reports place global fossil fuel subsidies at over $400 billion annually, with indirect subsidies pushing the figure much higher.

Renewable energy, by comparison, receives significantly lower levels of direct governmental support—some estimates suggest between $100–$200 billion globally, though this is growing. In many countries, renewable energy subsidies also come in the form of tax breaks or feed-in tariffs that encourage the adoption of specific technologies. While these policies are vital for scaling up green energy, they often lack the consistency and stability of long-entrenched fossil fuel subsidies. Abrupt policy changes, such as reducing tax credits or removing feed-in tariffs, can halt renewable growth and deter investors.

2.3 The Hidden Costs of Fossil Fuels

Beyond direct financial outlays, fossil fuels incur hidden costs that society at large shoulders: air pollution, climate-related disasters, and healthcare expenses for respiratory illnesses. These externalities underscore why it is misleading to say that coal, oil, or natural gas are “cheaper” than renewables. When factoring in the downstream costs of fossil fuel use—both economic and ecological—renewables frequently emerge as the more cost-effective option in the long run.

Experts advocate for carbon pricing or cap-and-trade systems that internalize the negative externalities of burning fossil fuels to rectify these market distortions. Though politically contentious, these mechanisms aim to level the playing field, ensuring that the true cost of carbon-intensive energy is reflected in prices.

3. The Reality of Ongoing Climate Change

3.1 Accelerating Deterioration of the Planet

Despite decades of warnings, climate change is no longer a distant threat—it is a lived reality for many. Glaciers are melting at unprecedented rates, sea levels are rising steadily, and heatwaves have become more frequent and severe. Around the world, extreme weather events such as hurricanes, typhoons, and flooding are occurring with greater intensity, causing loss of life and billions of dollars in damage. Regions that once experienced mild summers now grapple with scorching heat, and areas known for steady rainfall face prolonged droughts.

The Arctic is warming more than twice as fast as the global average, leading to diminishing sea ice that disrupts marine ecosystems and endangers coastal communities. Similarly, thawing permafrost threatens to release vast amounts of stored carbon and methane, accelerating global warming. Meanwhile, small island nations in the Pacific and Indian Oceans confront the existential threat of rising seas, forcing them to adapt or consider partial relocation.

3.2 Societal and Economic Implications

These changes to our climate system are not merely environmental issues. They come with profound societal and economic consequences:

1. Food and Water Security: Shifts in rainfall patterns and prolonged droughts jeopardize agricultural productivity. Many regions face water scarcity, affecting sanitation and public health.

2. Refugees and Displacement: Extreme weather events can create “climate refugees,” individuals forced to flee their homes due to drought, flooding, or storms.

3. Public Health Threats: Rising temperatures and altered ecosystems facilitate the spread of diseases once limited to tropical regions (like dengue and malaria), straining healthcare systems in temperate zones.

4. Infrastructure Strain: Roads, bridges, and buildings are often ill-equipped to handle extreme conditions, leading to costly damages and safety concerns.

5. Economic Instability: Climate change can disrupt supply chains, damage key industries such as tourism and agriculture, and create an uncertain business environment that hampers investment.

3.3 Voices from the Frontlines

In places like Bangladesh, coastal erosion and storms are hitting with increasing frequency, forcing communities to relocate inland. Farmers in Sub-Saharan Africa grapple with erratic rainfall that threatens their harvest. The ever-growing frequency of wildfires in areas like California, Australia, and the Mediterranean region devastates livelihoods, displaces residents, and damages mental health.

These stories offer a stark reminder that climate change is not a phenomenon waiting in the wings. It is already reshaping our world, and it will continue to do so at an accelerating pace unless concerted global action is taken. With their minimal carbon footprint, Renewables stand out as one of our most potent tools to address this crisis.

4. The Role of AI in Advancing Green Technologies

4.1 AI-Driven Innovations in Renewable Energy

Artificial intelligence (AI) has increasingly become a game-changer for the renewable energy sector. By leveraging machine learning and predictive analytics, AI can optimize various aspects of energy production, distribution, and consumption, lowering costs and enhancing efficiency. Some notable examples include:

1. Smart Grids: AI algorithms can balance the grid in real time, matching supply and demand with precision. When solar and wind power fluctuate due to cloud cover or changes in wind speed, AI-powered systems can seamlessly adjust electricity flow from different sources.

2. Predictive Maintenance: Sensors connected to AI platforms can monitor wind turbines and solar arrays. These platforms detect anomalies early, allowing operators to schedule repairs proactively rather than reacting to sudden breakdowns, reducing downtime and operational costs.

3. Weather Forecasting: AI-powered advanced weather prediction models give renewable energy producers a more accurate picture of potential solar and wind output. This intelligence helps operators plan for variations and reduce reliance on backup fossil fuel plants.

4. Battery Management: Storage technologies, especially lithium-ion batteries, face challenges like charging efficiency, degradation, and safety. AI-based systems optimize charge cycles, prolong battery life, and ensure that stored energy is used effectively.

4.2 Reducing Costs with AI

One of AI’s most significant benefits to the renewable energy industry is cost reduction. High upfront expenses—such as installing wind turbines or solar panels—can be offset by operational efficiencies realized over time. AI systems drive these efficiencies in the following ways:

• Optimized Resource Allocation: AI can help decide where to build the following wind or solar farm based on climate data, land availability, and proximity to demand centres.

• Load Balancing: Automated energy distribution systems reduce waste and reliance on standby fossil fuel plants.

• Enhanced Manufacturing: AI-driven manufacturing processes, from robotics to quality control, reduce defects and labour costs in producing renewable equipment.

4.3 AI and Climate Modeling

AI is revolutionizing energy production and transforming how we model and predict climate change. Advanced neural networks can analyze terabytes of data from satellites, ground stations, and historical climate records. These models then provide a more accurate assessment of how the planet’s climate might evolve under different greenhouse gas emission scenarios. Governments and institutions can leverage these insights to craft informed, proactive policies that mitigate the worst impacts of global warming.

4.4 Ethical Considerations and Equitable Deployment

As we embrace AI in the quest for a sustainable future, we must also remain vigilant about ethical considerations. AI systems can inadvertently embed biases, and their deployment should not exacerbate inequalities—for instance, by prioritizing energy delivery in affluent areas while neglecting poorer neighbourhoods. Regulatory frameworks and community oversight must ensure that AI accelerates decarbonization equitably and responsibly.

5. Documenting Rapid Growth and Cost Reductions

5.1 The Decade of Renewable Breakthroughs

The years between 2010 and 2020 are often hailed as the decade in which renewables became indisputably cost-competitive. Solar photovoltaic (PV) module prices fell dramatically due to increased manufacturing scale (especially in countries like China), technological improvements, and global supply-chain optimization. Meanwhile, wind turbine manufacturers refined designs to capture more energy at lower wind speeds, enabling wind farms in regions once considered unsuitable.

During this period, global installed renewable capacity surged, supported by government incentives, private sector investments, and heightened public awareness of climate risks. Renewable energy auctions in countries like Brazil, India, and the United Arab Emirates garnered record-breaking bids, with solar developers offering electricity at historically low prices—sometimes under $0.03/kWh. These milestones shattered the myth that renewables were too expensive or variable to form the backbone of modern energy grids.

5.2 Success Stories in Europe and the United States

5.2.1 Europe’s Green Leadership

Europe has long been a pioneer in renewable energy deployment and climate policy. Nations like Germany led the solar revolution through generous feed-in tariffs, turning the country into a global hub for solar research, production, and adoption. By 2020, Germany generated nearly 50% of its electricity from renewable sources on certain days. Denmark, similarly, became a global leader in wind power, with wind turbines often covering over 40% of the country’s electricity needs.

Other European nations have followed suit. Spain, once struggling with economic woes, has made a remarkable comeback in renewables—particularly in solar and onshore wind. France, which already relies heavily on nuclear power for electricity, is pushing for a more diversified mix that includes higher shares of renewables. The European Union’s Green Deal, a major policy initiative, aims to make Europe the first climate-neutral continent by 2050, setting ambitious interim targets that drive innovation and investment.

5.2.2 US Achievements and Challenges

In the United States, the renewable energy landscape has evolved state-by-state, reflecting the country’s federal structure. California has been at the forefront, adopting aggressive renewable portfolio standards and investing in large-scale solar projects in its deserts. Texas, known worldwide for its oil production, has become a surprising leader in wind energy—boasting some of the largest wind farms on the planet.

On the corporate side, major tech companies, alongside a growing number of Fortune 500 firms, have invested heavily in wind and solar projects, either through direct ownership or power purchase agreements (PPAs). This momentum is partly driven by environmental commitments but also by the economic advantages of locking in low-cost, stable electricity rates.

Still, challenges remain. Regulatory uncertainty and shifting political winds at the federal level can stall long-term planning. Nonetheless, the overall trajectory in the United States remains optimistic, thanks to market forces, grassroots activism, and substantial technological advancements.

5.3 Beyond Europe and the US: The Global Shift

While Europe and the US often dominate headlines, renewable energy is making equally significant strides in other parts of the world:

• China leads the world in installed solar and wind capacity, driven by a blend of industrial policy, domestic demand, and a desire to combat severe air pollution.

• India has set ambitious renewable energy targets and has quickly become one of the largest markets for solar power.

• Latin America features countries like Chile and Brazil, which have held successful renewable energy auctions at record-low prices.

• Africa is gradually tapping into its abundant solar potential, with countries such as Morocco making major investments in large-scale solar farms.

Thus, the cost reductions seen in renewable energy are a global phenomenon. They have largely dispelled the myth that coal is the cheapest solution for emerging economies, opening the door to a new era of clean, distributed, and locally empowering energy systems.

6. Global Perspectives and Policy Suggestions

6.1 Removing Financial Barriers and Aligning Incentives

Despite their progress, renewables still face strong headwinds in the form of persistent fossil fuel subsidies and infrastructure biases. To accelerate the transition, governments can:

1. Phase Out Fossil Fuel Subsidies: Gradually remove direct and indirect subsidies that artificially lower the cost of coal, oil, and natural gas. Redirect these funds toward supporting renewable energy projects and research.

2. Implement Carbon Pricing Mechanisms: Levying a price on carbon emissions can internalize the environmental costs of fossil fuels. Whether through a carbon tax or cap-and-trade system, these policies help make renewables more competitive.

3. Establish Stable, Long-Term Subsidies for Renewables: Instead of short-term incentives that create boom-and-bust cycles, adopt stable, multi-year policies. This stability fosters investor confidence and tech innovation.

4. Simplify Permitting and Regulatory Processes: Bureaucratic hurdles can significantly delay or increase the cost of renewable projects. Streamlining approvals for solar farms, wind turbines, and transmission lines is critical.

6.2 Expanding Energy Infrastructure for Renewables

Renewable energy also depends heavily on upgraded infrastructure capable of integrating intermittent sources like solar and wind:

1. Grid Modernization: Transmission and distribution networks should be reinforced or expanded to connect remote renewable power sources with urban demand centers.

2. Energy Storage and Battery R&D: Enhanced storage capacities, whether through lithium-ion batteries, flow batteries, or emerging technologies like hydrogen fuel cells, will help balance supply and demand.

3. Microgrids for Rural Communities: Decentralized grids allow remote villages to leapfrog fossil fuel dependency and directly adopt clean, localized power generation.

6.3 Encouraging Private-Sector Innovation

Policy can drive market transformation, but the private sector also plays a pivotal role:

• Venture Capital and Startups: Governments can incentivize investment in emerging green technologies by offering grants, tax breaks, or partnering on demonstration projects.

• Corporate Responsibility: Large corporations should be encouraged to adopt science-based emissions reduction targets, implement cleaner supply chains, and use renewable energy.

• Public-Private Partnerships: Such collaborations can fund large-scale renewable projects, improve grid reliability, and spur new research.

6.4 Beyond Europe and the US: Tailored Solutions

Each region possesses unique resources, climate conditions, and economic constraints. While Europe and the US offer valuable lessons, solutions must be tailored:

• Island Nations: Microgrids with solar and wind can reduce diesel dependency and cut import costs.

• Developing Economies: Off-grid solutions offer immediate benefits to communities without existing infrastructure.

• Oil-Rich Economies: Countries heavily reliant on oil revenue, like certain Middle Eastern states, may find value in diversifying early and capitalizing on solar potential to preserve their economic stability in the long term.

7. Conclusion: An Empowering Vision for Our One-Time Live Chance

7.1 Convergence of Forces

In summary, renewable energy finds itself at a crossroads where technology, economics, and global necessity converge. The past decade has proven that solar, wind, and other renewables can compete with—and often underprice—fossil fuels. AI-driven innovations have further refined these technologies, slashing costs and boosting efficiency. Meanwhile, mounting evidence of climate change’s real and immediate impacts compels us to move swiftly.

Yet, deep-seated fossil fuel subsidies continue to overshadow renewables in many regions, stalling an otherwise unstoppable momentum. While public policy and corporate investments increasingly favour cleaner alternatives, the imbalance in financial support between fossil fuels and renewables remains a formidable obstacle. Addressing this inequality is paramount to avert the worst climate scenarios and usher in an era of sustainable prosperity.

7.2 Catalyzing Individual and Collective Action

The energy transition demands engagement at all levels—government, business, and civil society. As readers, you possess the power to shape this transformation. Whether through voting for leaders who prioritize climate policy, making conscious consumer choices, or championing renewable energy in your local community, your actions matter. Here are some steps you can take to become part of the solution:

1. Stay Informed: Keep abreast of developments in clean energy technology and climate science.

2. Support Pro-Climate Policies: Write to your representatives or participate in public consultations to advocate for stronger climate legislation and renewable subsidies.

3. Choose Green Providers: If available, switch to utility companies that source their power from renewables.

4. Reduce Energy Consumption: Simple steps—like better insulation, energy-efficient appliances, and mindful usage—can reduce your carbon footprint.

5. Invest in Renewables: If you have the means, consider investing in green funds or installing solar panels on your home.

7.3 A Vision of Hope

Imagine a world where massive solar farms in deserts feed clean, affordable electricity into advanced smart grids. Picture wind turbines dotting coastlines, converting ocean breezes into power for bustling cities. Visualize communities using microgrids to stay resilient against power outages, fostering local self-sufficiency and economic development. Envision countries once dependent on polluting energy sources transforming into hubs of clean technology innovation and green jobs.

That world is within reach, but the window of opportunity is finite. Scientists warn that we have only a narrow timeline to keep global temperature increases below critical thresholds. Thus, we stand at a singular, all-important moment in human history—our “one-time live chance” to pivot away from the fossil fuel era and safeguard the only home we have.

By recognizing the unfair advantage fossil fuels hold through subsidies and ending their long-standing financial benefits, we can redirect resources toward building a resilient and equitable clean energy infrastructure. In doing so, we not only combat climate change but also forge a world where energy poverty no longer exists, where clean air is a given rather than a luxury, and where economies thrive on the back of limitless, pollution-free power.

Each of us can play a role in making that world a reality. This journey—powered by human ingenuity, supported by technological leaps in AI, and made feasible by the falling costs of renewable hardware—represents one of the most significant achievements of modern civilization. The stakes are high, but the rewards are immeasurable. Let us seize this moment and commit wholeheartedly to a sustainable future, remembering that the choices we make today will echo for generations to come.