New Delhi, September 30,2026: The Union Cabinet on Wednesday approved the Rs 1.86 lakh crore Green Energy Corridor Phase-III scheme to build transmission infrastructure for evacuation of up to 135 GW of renewable power and deploy 50 GWh of battery storage, as India prepares its grid for a sharp expansion in non-fossil energy capacity.Union Minister Ashwini Vaishnaw, announcing the decision after the Cabinet meeting, said adequate transmission capacity would be critical as renewable generation rises, with the government seeking to ensure that grid infrastructure comes up ahead of new renewable projects.A presentation made during the briefing said that without adequate transmission infrastructure, renewable power could face curtailment, and stressed that transmission capacity needed to precede renewable-energy capacity addition.
The scheme, targeted for completion by FY 2032-33, has a total project outlay of Rs 1,86,405 crore.Of this, Rs 1,36,378 crore will go towards strengthening intra-state transmission systems, while Rs 50,000 crore has been earmarked for deployment of 50 GWh of Battery Energy Storage Systems.The Centre will provide financial assistance of Rs 54,082 crore.The scale of the scheme reflects the growing challenge of integrating larger volumes of solar and wind power into the grid. Unlike conventional generation, renewable output varies with sunlight and wind conditions, requiring stronger transmission networks as well as storage to balance supply and demand.The battery systems can be installed at renewable-energy generation sites or other locations considered important for grid flexibility. According to the Cabinet release, they are intended to address intermittency, transmission congestion, peak-hour curtailment and demand during non-solar hours.The government said the corridor will enable evacuation of up to 135 GW of renewable power across states and Union Territories.Vaishnaw’s presentation said India is targeting 500 GW of non-fossil fuel capacity by 2030 and is planning for around 786 GW by 2035-36. The Cabinet release separately said the scheme would contribute towards the longer-term target of 900 GW of installed non-fossil capacity by 2035.India’s rapidly expanding solar capacity is already increasing the need for supporting grid infrastructure. According to an official PIB backgrounder, India’s installed solar capacity had reached 162.15 GW by June 30, 2026, up from around 3 GW in 2014. :chatgpt-content-reference{index=”0″}Under GEC-III, all new or greenfield intra-state transmission projects will be awarded through tariff-based competitive bidding.Transmission service providers selected through the bidding process will build, own, operate and maintain the assets, while State Transmission Utilities will act as the overall implementing agencies.Upgradation and strengthening of existing, or brownfield, transmission networks will be carried out on a cost-plus basis.The government said the central assistance would help offset intra-state transmission charges and limit their impact on electricity costs for consumers.The scheme also marks a significant expansion of India’s Green Energy Corridor programme, which was originally designed to strengthen transmission networks in states with high renewable-energy potential.With renewable generation expanding faster, the focus is increasingly shifting from merely creating generation capacity to ensuring that electricity can be transmitted, stored and supplied when it is needed.
Thiruvananthapuram, Feb 22,2026: The Kerala State Disaster Management Authority (KSDMA) has reported elevated Ultraviolet (UV) index levels across parts of Kerala during the past 24 hours and has urged the public to take strict precautionary measures against prolonged exposure to direct sunlight.
Data collected from 14 UV monitoring stations installed by KSDMA in collaboration with ICFOSS indicate that several locations witnessed high readings, with the highest UV index touching 10 in high-range areas, including Munnar.
Elevated levels were also recorded in places such as Konni, Chengannur, and Changanassery, prompting alerts in these regions.
Authorities stated that UV radiation is typically at its peak between 10 am and 3 pm, and continuous exposure during these hours can lead to sunburn, skin diseases, eye disorders, and other health complications.
The advisory emphasises that even on clear, cloudless days, UV intensity can remain high. In addition, reflective surfaces such as water bodies and sand can increase exposure levels.
High-altitude regions and tropical areas generally experience stronger UV radiation, and Kerala’s climatic conditions make certain regions particularly vulnerable during this period.
Special caution has been advised for outdoor workers, fishermen engaged in marine and inland fishing, those involved in water transport, motorcycle riders, tourists, individuals with skin and eye ailments, cancer patients, and persons with weakened immunity.
The authority recommends minimising direct sun exposure during peak hours, using protective gear such as hats, umbrellas, and sunglasses while stepping outdoors, and wearing full-sleeved cotton clothing that covers the body adequately. People travelling or working outdoors are advised to take regular breaks in shaded areas.
Real-time UV index data from all 14 monitoring stations can be accessed through the state disaster management authority’s public dashboard.
COPENHAGEN/BRUSSELS, July 9,2025: Around 2,300 people died of heat-related causes across 12 European cities during the severe heatwave that ended last week, according to a rapid scientific analysis published on Wednesday.
The study targeted the 10 days, ending July 2, during which large parts of Western Europe were hit by extreme heat, with temperatures breaching 40 degrees Celsius (104°F) in Spain and wildfires breaking out in France.
Of the 2,300 people estimated to have died during this period, 1,500 deaths were linked to climate change, which made the heatwave more severe, according to the study conducted by scientists at Imperial College London and the London School of Hygiene and Tropical Medicine.
“Climate change has made it significantly hotter than it would have been, which in turn makes it a lot more dangerous,” said Dr Ben Clarke, a researcher at Imperial College London.
The study covered 12 cities including Barcelona, Madrid, London and Milan, where the researchers said climate change had increased heatwave temperatures by up to 4 degrees Celsius.
The researchers used established epidemiological models and historical mortality data to estimate the death toll, which reflects deaths where heat was the underlying reason for mortality, including if exposure exacerbated pre-existing health conditions.
The scientists said they used peer-reviewed methods to quickly produce the estimated death toll, because most heat-related deaths are not officially reported and some governments do not release this data.
Brussels, July 9,2025: June 2025 was the world’s third-warmest June on record, trailing only 2023 and 2024, said the EU-funded Copernicus Climate Change Service (C3S) on Wednesday.
The global average surface air temperature in June was 16.46 degrees Celsius, 0.47 degrees above the 1991-2020 average for the month and 1.3 degrees higher than the 1850-1900 pre-industrial level, C3S said in its monthly bulletin.
Europe’s average temperature for the month was 18.46 degrees, making it the fifth-warmest June on record. Western Europe, however, experienced its warmest June ever, with temperatures averaging 20.49 degrees.
“June 2025 saw an exceptional heatwave impact large parts of Western Europe, with much of the region experiencing very strong heat stress,” said Samantha Burgess, strategic lead for climate at the European Centre for Medium-Range Weather Forecasts.
She warned that heatwaves are likely to become “more frequent, more intense and impact more people across Europe” in a warming world.
Beyond Europe, above-average temperatures for June were observed across the United States, northern Canada, central and eastern Asia and West Antarctica.
June’s global average sea surface temperature (SST) over latitudes from 60 degrees north to 60 degrees south was 20.72 degrees, the third-highest for the month.
An “exceptional” marine heatwave developed in the western Mediterranean, where daily SSTs peaked at 27 degrees, the highest ever recorded in the region for June, marking the largest daily SST anomaly globally for any month, C3S noted.
“The long-term trend of rising ocean temperatures is evident globally,” said Julien Nicolas, senior scientist at C3S. He noted that higher SST poses a rising threat to marine ecosystems and biodiversity as oceans absorb around 90 percent of the excess heat caused by human-induced climate change.
Nicolas urged faster action to cut greenhouse gas emissions and to improve climate resilience.
“Reducing emissions and adapting our cities and communities to a world with more extreme weather is critical,” he said.