Gas-Powered Data Centres Rival National Emissions

The booming growth of artificial intelligence is driving a massive energy boom that threatens global climate goals. A report by Wired revealed that natural gas projects linked to major tech firms, including OpenAI, Meta, Microsoft, and xAI, could emit over 129 million tons of greenhouse gases annually. This figure surpasses the yearly emissions of entire nations like Morocco or Norway.

To bypass sluggish electrical grids and public opposition, developers are building dedicated gas-fired power plants directly on-site. For example, xAI’s Colossus clusters in the US and Microsoft’s Texas-based projects represent emissions equivalent to dozens of traditional gas plants. 

While tech giants argue that these permits reflect worst-case scenarios, and gas is a necessary bridge to carbon-free energy, there will be a massive acceleration in emissions. As a result, there’s a risk of creating a new, long-term dependency on fossil fuels.

Sodium Batteries Break Through Lithium’s Monopoly

As lithium prices face extreme volatility, a more abundant and affordable rival — sodium batteries — is taking off. Developed by Chinese battery giant CATL, the first mass production sodium-ion EV batteries will begin commercial sales in mid-2026, according to a report by Bloomberg.

While sodium ions are larger and heavier than lithium, leading to roughly 30% lower energy density, the technology offers critical advantages for the mass market. Sodium batteries are significantly cheaper to produce, more fire-resistant, and maintain nearly 90% of their capacity in sub-zero temperatures—conditions where lithium-ion performance often plummets.

Though high-performance SUVs will likely stick with lithium for maximum range, sodium is emerging as the ideal power source for budget city cars, delivery vans, and large-scale grid storage. By 2026, analysts expect a pivot toward dual-chemistry strategies, where sodium acts as a strategic hedge against supply chain shocks, potentially transforming seawater into the next great fuel source for the energy transition.

Japanese Automakers Tighten Grip on India’s EV Transition

Japanese auto giants Toyota and Suzuki are deepening their dominance in India with a heavy bet on hybrid technology as a practical bridge to electrification, reported CNBC. The world’s third-largest auto market has major challenges to fully electrify as charging infrastructure remains sparse and power grids face reliability challenges. Hybrid models, which combine internal combustion engines with electric motors, offer a high-efficiency alternative without range anxiety. 

Market leaders like Maruti Suzuki and Toyota Kirloskar have seen a surge in demand for models like the Grand Vitara and Hyryder, often outselling their pure EV counterparts in similar price brackets.

Rocklink opens major Battery Recycling Hub in Uttar Pradesh

In a significant move to secure India’s critical mineral supply chain, Rocklink India has inaugurated a lithium-ion battery recycling plant in Uttar Pradesh. As reported by The Hindu Business Line, the facility is designed to process thousands of tonnes of end-of-life batteries annually, transforming hazardous electronic waste into high-value raw materials.

The plant utilizes advanced hydrometallurgical processes to extract essential minerals such as lithium, cobalt, nickel, and manganese with high purity levels. These materials are then reintegrated into the manufacturing cycle, reducing India’s heavy reliance on imports for battery production.

By localised processing of battery scrap, the facility not only mitigates the environmental risks of improper disposal but also provides a sustainable feedstock for the country’s burgeoning electric vehicle and stationary storage industries. 

Oil Volatility due to West Asia War Accelerates India’s EV Adoption

The ongoing conflict in West Asia is acting as an unexpected catalyst for India’s EV sector. Deccan Herald reported that heightened oil price volatility, triggered by regional instability, is making EVs economic necessities for Indian consumers and policymakers alike.

As global crude prices fluctuate, the rising cost of petrol and diesel is narrowing the total cost of ownership gap between internal combustion engines and EVs. This is most widely seen in the two- and three-wheeler segments, where operational savings are most immediate. For the Indian government, which imports over 80% of its crude oil, the shift toward EVs represents a vital hedge against geopolitical shocks. Analysts found that if high oil prices persist, expensive fuel alone may drive EV penetration targets faster than government subsidies.

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