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Parliamentary panel has recommended increasing the minimum monthly pension under the Employees' Pension Scheme (EPS-95), stating the current ₹1,000 is inadequate for basic needs. The panel termed the current amount "grossly inadequate" for daily living amidst rising inflation and recommended an upward revision to ensure better social security for pensioners.

Parliamentary panel has recommended increasing the minimum monthly pension under the Employees' Pension Scheme (EPS-95), stating the current ₹1,000 is inadequate for basic needs. The panel termed the current amount "grossly inadequate" for daily living amidst rising inflation and recommended an upward revision to ensure better social security for pensioners.  Key Details of the Recommendation: The Issue:  The current minimum pension of ₹1,000 is deemed too low to meet basic sustenance needs, say reports from the Labor Standing Parliamentary Standing Committee. Suggested Action:-  The panel has urged the Ministry of Labour and Employment to urgently reconsider and raise this minimum amount, often discussed in the context of increasing it to at least ₹2,000–₹3,000 or higher. Context: - While pensioner associations have long demanded a higher minimum pension (e.g., ₹7,500), the government has previously cited financial sustainability and an actuarial deficit in the fund as r...
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Isolation Energy plans to start commercial production at its new 4.5 GW TOPCon solar cell manufacturing facility in Narmadapuram, Madhya Pradesh, by September 2026. This expansion, which includes an 18,000 MT aluminum frame unit, represents a ₹16 billion investment to strengthen domestic production, aligning with India's 500 GW clean energy goal for 2030.

Isolation Energy plans to start commercial production at its new 4.5 GW TOPCon solar cell manufacturing facility in Narmadapuram, Madhya Pradesh, by September 2026. This expansion, which includes an 18,000 MT aluminum frame unit, represents a  ₹16 billion investment to strengthen domestic production, aligning with India's 500 GW clean energy goal for 2030.  Key Details of the Expansion: Capacity & Technology : - The new facility will produce 4.5 GW of high-efficiency TOPCon (Tunnel Oxide Passivated Contact) solar cells, which are increasingly favored over older mono-PERC technology. Location: - The plant is located in the Power and Renewable Energy Equipment Zone at Narmadapuram, Madhya Pradesh, chosen for its supportive state policies and resource availability. Additional Expansion: - In addition to the cell plant, the company expects its 4.5 GW PV module manufacturing plant in Jaipur to be fully operational by January 2026. Company Growth: - With these additions, Insolat...
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Delhi's air pollution is driven primarily by 1) vehicular emissions (23–27%), 2) biomass/stubble burning (20%), 3) construction dust (15–30%), and4) industrial waste, exacerbated by geographical trapping of pollutants during winter.

  Delhi's air pollution is driven primarily by 1) vehicular emissions (23–27%),  2) biomass/stubble burning (20%),  3) construction dust (15–30%),                       and 4)  industrial waste, exacerbated by geographical trapping of pollutants during winter.      Key remedies include promoting electric vehicles, managing crop residue, stricter construction regulations, and regional airshed management.  Key Causes of Delhi Pollution Vehicular Emissions: - Rapidly increasing vehicle numbers, particularly diesel-powered ones, contribute significantly to PM2.5 levels. Stubble Burning: - Agricultural residue burning in neighboring states (Punjab, Haryana) during winter releases massive amounts of particulate matter. Construction and Demolition Dust: - Poorly regulated construction activities generate substantial dust, accounting for up to 30% of pollution in some reports. Industrial Emission...
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Modern railway systems are transitioning from mere energy consumers to active energy generators, utilizing renewable sources and advanced regenerative braking technology to connect with the public grid.

Modern railway systems are transitioning from mere energy consumers to active energy generators, utilizing renewable sources and advanced regenerative braking technology to connect with the public grid.  1 ) Types of Energy Generation in Railways  Railways are increasingly adopting green energy to meet Net Zero Carbon targets by 2030.  Solar Power (Ground-mounted and Rooftop): - Railways are installing solar plants on vacant land and station rooftops. For example, Indian Railways has installed over 209 MW of solar plants across 2,249 stations and service buildings. Direct Solar Feed-in: - Innovative technology allows solar power to be fed directly into the 25kV traction overhead line (OHE) rather than just the utility grid, as tested in India (Bina, 2 MWp). Wind Energy: - Railways leverage land in high-velocity regions for wind farms, with installations in states like Rajasthan, Tamil Nadu, and Maharashtra. Regenerative Braking: - Modern electric locomotives (e.g., WAG-9,...
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Global renewable electricity generation is experiencing record growth, with renewables expected to surpass coal as the primary power source by late 2025/2026, driven by rapid solar PV and wind expansion. Over 90% of electricity demand growth in 2025-2030 will be met by renewables. While bolstering sustainability, high penetration of inverter-based renewables (solar/wind) reduces mechanical inertia, posing severe challenges to grid frequency stability and requiring faster, smart-grid solutions.

Global renewable electricity generation is experiencing record growth, with renewables expected to surpass coal as the primary power source by late 2025/2026, driven by rapid solar PV and wind expansion. Over 90% of electricity demand growth in 2025-2030 will be met by renewables.     While bolstering sustainability, high penetration of inverter-based renewables (solar/wind) reduces mechanical inertia, posing severe challenges to grid frequency stability and requiring faster, smart-grid solutions.  Global Renewable Energy Generation Trends Rapid Expansion: - Renewables made up 32% of global electricity generation by the end of 2024, with expectations to reach ~45% by 2030. Key Drivers: - Solar PV is dominating growth, accounting for ~70% of new renewable capacity in 2023. Wind power also contributes significantly. Milestones: - 2024 saw renewables comprise 92.5% of total power expansion. The world is on track to triple renewable capacity by 2030, according to Ember. ...
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China's decades-long "Great Green Wall" project, designed to halt the expansion of the Taklamakan Desert, has unexpectedly created a, Taklamakan Desert Green Belt Draws Down Co2 In The Wet Season. Daily Galaxy (often considered a "biological void") a new, functioning carbon-sink territory. By planting billions of trees—finalizing a 3,046-kilometer barrier in 2024—the region now exhibits increased, How 66 billion trees turned a 'dead' desert into a carbon sink - MSN Photosynthetic activity during wetter months, successfully reducing dust and capturing, How 66 billion trees turned a 'dead' desert into a carbon sink - MSN Atmospheric CO2. The Project:.- Initiated in 1978 as the Three-North Shelterbelt Program, the initiative focuses on halting the desert from expanding into inhabited, China slows desert spread 🌱

China's decades-long "Great Green Wall" project, designed to halt the expansion of the Taklamakan Desert, has unexpectedly created a, Taklamakan Desert Green Belt Draws Down Co2 In The Wet Season.   Daily Galaxy (often considered a "biological void") a new, functioning carbon-sink territory. By planting billions of trees—finalizing a 3,046-kilometer barrier in 2024—the region now exhibits increased, How 66 billion trees turned a 'dead' desert into a carbon sink - MSN Photosynthetic activity during wetter months, successfully reducing dust and capturing, How 66 billion trees turned a 'dead' desert into a carbon sink - MSN Atmospheric CO2 . The Project :.-  Initiated in 1978 as the Three-North Shelterbelt Program, the initiative focuses on halting the desert from expanding into inhabited, China slows desert spread 🌱  Resultant Carbon Sink: -  Satellite data released in 2026 revealed that the vegetated edges of the desert are now, How 66 billion tr...
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Extreme heatwaves in the Middle East, warming twice as fast as the global average, could make parts of the region uninhabitable by the end of the century. Temperatures could reach 60∘𝐶 (140∘𝐹 )for weeks, with up to 200 days of extreme heat annually.

Extreme heatwaves in the Middle East, warming twice as fast as the global average, could make parts of the region uninhabitable by the end of the century. Temperatures could reach 60∘𝐶 (140∘𝐹 )for weeks, with up to 200 days of extreme heat annually.  Fanack Water Based on findings reported by Isabel Bolle in Trouw, as covered by Fanack Water, key implications include:- Frequency: - Heatwaves are projected to increase tenfold by the end of the century. Habitability: - Research suggests that without significant action, the extreme conditions will make human life impossible in certain areas. Temperature Spikes:-  Some regions may experience 60∘𝐶  (140∘𝐹) temperatures, likely starting around 2060, for extended periods. Would you like to know more about the specific cities or countries most at risk in this region? In the Middle East, temperatures are soaring. Will the region remain habitable?     The Middle East is warming faster than the rest of the world. ...
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