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Global fossil fuel power generation fell in 2025, driven by a historic decline in China and India, as rapid renewable energy expansion—particularly solar—outpaced electricity demand growth. For the first time this century, fossil generation dropped in both major Asian economies simultaneously. Renewables now account for a higher share of global electricity generation than coal.

Global fossil fuel power generation fell in 2025, driven by a historic decline in China and India, as rapid renewable energy expansion—particularly solar—outpaced electricity demand growth. For the first time this century, fossil generation dropped in both major Asian economies simultaneously. Renewables now account for a higher share of global electricity generation than coal.  Key Findings on Global Fossil Fuel Drop Declining Generation: - Global fossil fuel-based electricity generation fell by 38 TWh, or 0.2%, in 2025. Historic Reversal: - China and India, which have driven fossil fuel growth for two decades, saw declines of 56 TWh (0.9%) and 52 TWh (3.3%) respectively, marking a historic turning point. Coal Falls: - Global coal power experienced a decline of 63 TWh, or 0.6%, falling to below one-third of the global electricity mix for the first time. Renewable Surge: - Clean energy generation rose by 887 TWh in 2025, exceeding the total electricity demand increase of 849 TWh, m...
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Based on projections for 2026, the ranking of the top 7 carbon-emitting countries is dominated by rapid industrial growth in Asia and continued reliance on fossil fuels in major economies.Here are the top 7 countries by carbon emissions ranked by total CO2๐ถ๐‘‚2 output:-

Based on projections for 2026, the ranking of the top 7 carbon-emitting countries is dominated by rapid industrial growth in Asia and continued reliance on fossil fuels in major economies. Here are the top 7 countries by carbon emissions ranked by total CO2๐ถ๐‘‚2 output:- China : - Driven by coal-powered industry and electricity generation. United States : - Driven by transportation, energy, and fossil fuels. India : - Driven by rapid industrial and energy growth. Russia : - Driven by oil, gas production, and heating. Brazil : - Driven by deforestation and agriculture. Indonesia : - Driven by coal energy and land use change. Japan/Germany (Variable): - These two frequently compete for the 7th spot, driven by industrial manufacturing.  Key Takeaways for 2026 Emissions Dominance: - The top three emitters (China, USA, India) produce more than half of the world's total CO2๐ถ๐‘‚2 emissions. Sector Focus: - Coal remains the primary driver of emissions growth in developing nations, while tr...
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India's peak power demand reached nearly 239 GW by April 18, 2026, surpassing last year’s April peak of 235 GW. This surge is driven by an early onset of heatwaves in northern/western regions, increasing cooling loads. Record temperatures (above 40∘๐ถ) and high humidity is driving this demand spike, which is expected to rise further.

India's peak power demand reached nearly 239 GW by April 18, 2026, surpassing last year’s April peak of 235 GW. This surge is driven by an early onset of heatwaves in northern/western regions, increasing cooling loads. Record temperatures (above 40∘๐ถ) and high humidity is driving this demand spike, which is expected to rise further.  Regional Impact: - Key regions, including northern and western India, are experiencing significant heat stress. Tamil Nadu recently recorded a record-high power demand of 20,974 MW. Key Drivers: - The surge is attributed to early summer heat, increased cooling loads             (air conditioners), and increased agricultural consumption. Outlook: - Power demand is projected to rise, with expectations of peaking around 271 GW this year, driven by economic activity and climate change-induced heatwaves. Grid Preparedness: - Thermal generation remains crucial for meeting the rising demand, particularly when solar power ou...
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Burning wood for power is often worse for the climate than fossil fuels, including natural gas, because it releases more carbon dioxide. (CO2 ๐ถ๐‘‚2) per unit of energy produced, creates a "carbon debt" that takes decades to repay through forest regrowth, and reduces the forest's capacity to absorb existing atmospheric CO2๐ถ๐‘‚2

Burning wood for power is often worse for the climate than fossil fuels, including natural gas, because it releases more carbon dioxide. (CO2 ๐ถ๐‘‚2) per unit of energy produced, creates a "carbon debt" that takes decades to repay through forest regrowth, and reduces the forest's capacity to absorb existing atmospheric CO2๐ถ๐‘‚2 Key Findings on Burning Wood vs. Fossil Fuels Higher Emissions: - Wood bioenergy can emit more CO2๐ถ๐‘‚2 per kilowatt-hour of electricity generated than even coal, often emitting 75% more CO2 ๐ถ๐‘‚2 than fossil gas. Decades-Long Carbon Debt: - When trees are cut down and burned, the carbon stored over decades is released instantly, but it can take 50 to 100+ years for new trees to reabsorb that CO2 ๐ถ๐‘‚2. Inefficiency: - Fresh wood is heavy with water, requiring significant energy to dry before burning, making biomass power plants less efficient than fossil fuel plants. Impact of BECCS: - Even with Carbon Capture and Storage (BECCS), burning wood is u...
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The PG Executive Program in Net Zero Strategy & Sustainability Leadership by IIM Kashipur and ev ACAD is a 11- month program designed for working professionals to drive corporate sustainability, decarbonization, and ESG compliance. It focuses on carbon markets, renewable energy transition, and circular economy principles to build actionable strategies for net zero

The PG Executive Program in Net Zero Strategy & Sustainability Leadership by IIM Kashipur and ev ACAD is a  11- month program designed for working professionals to drive corporate sustainability, decarbonization, and ESG compliance. It focuses on carbon markets, renewable energy transition, and circular economy principles to build actionable strategies for net zero.  Core Focus Areas & Leadership Skills Decarbonization Strategies : - Developing roadmaps for energy, manufacturing, and transport sectors, including carbon capture and storage. ESG & Regulatory Compliance: - Navigating frameworks like TCFD, CDP, and EU Taxonomy, along with India's BRSR and Carbon Credit Trading Scheme (CCTS). Sustainable Finance: - Understanding green finance mechanisms, circular economy models, and project economics. Leadership & Change Management: - Equipping leaders to transform organizational culture to align with net-zero targets. Executive Education  Program Structure Dur...
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Malaysia is strengthening its environmental laws to combat illegal waste dumping and prevent becoming a global waste hub. Key actions include plans to amend the Environmental Quality Act by early 2027 to empower authorities against illegal electronic waste (e-waste), along with a recently implemented total ban on e-waste imports effective February 2026.

Malaysia is strengthening its environmental laws to combat illegal waste dumping and prevent becoming a global waste hub. Key actions include plans to amend the Environmental Quality Act by early 2027 to empower authorities against illegal electronic waste (e-waste), along with a recently implemented total ban on e-waste imports effective February 2026.  Key Details on Malaysia's Waste  Management Amendments:- Environmental Quality Act Amendments (2027): - Amendments will be submitted to Parliament to increase enforcement power at ports and borders against illegal e-waste shipments. E-waste Import Ban (Feb 2026):-  All e-waste is now reclassified under "absolute prohibition" to prevent the country from being a global dumping ground. Plastic Waste Controls (July 2025): - Stricter import controls were implemented on plastic waste, requiring tighter standards for, or prohibiting, shipments, including those from non-parties to the Basel Convention. Illegal Dumping Fines (2026...
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China's deepest offshore wind farm, located off the Shandong Peninsula, entered full-capacity grid operation on April 7, 2026, marking a major milestone for deep-sea renewable energy. Operated by China Huaneng Group, the project features 42 12MW turbines in 52–56 meters of water, totaling 504 megawatts capacity, and is designed to generate 1.7 billion kWh annually.

China's deepest offshore wind farm, located off the Shandong Peninsula, entered full-capacity grid operation on April 7, 2026, marking a major milestone for deep-sea renewable energy. Operated by China Huaneng Group, the project features 42 12MW turbines in 52–56 meters of water, totaling 504 megawatts capacity, and is designed to generate 1.7 billion kWh annually.  Key Project Details: Location: ~ 70 km off the coast of Shandong Province, in the north Yellow Sea. Water Depth: - 52 to 56 meters, allowing for deeper, far-sea development. Capacity: - 504 megawatts (MW), comprising 42 units of 12 MW turbines. Power Generation: - Expected to generate 1.7 billion kilowatt-hours annually. Environmental Impact:-  Saves approximately 500,000 tonnes of standard coal, reducing carbon dioxide emissions, and powers roughly 1.2 million households. Technological Advancements: - Uses four-pile jacket foundations to handle deep-sea conditions and BeiDou navigation for precise installation....
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