RENEWCONNECT - All about renewables & power sector

Summary of the Article: Global, across‑the‑board privatization of utilities (power, water, gas, rail, telecom and urban services) would mobilize private capital and managerial discipline, but outcomes would vary sharply by sector and country depending on regulatory quality , market design , and social safeguards . Evidence shows privatization can improve operational efficiency and expand access—especially where credible regulators exist—yet may also raise affordability concerns, under‑deliver environmental outcomes, or under‑invest in universal service without explicit obligations. [academic.oup.com] , [ieg.worldb...kgroup.org] , [hks.harvard.edu] For India, which already mixes public ownership with PPPs and private licenses (e.g., Delhi distribution), full privatization would intersect with ongoing reforms (Electricity Act legacy, RDSS, smart metering), EU CBAM trade pressures (for network‑intensive, energy‑cost‑sensitive sectors), and state capacity constraints in regulation. The win...

Summary of the Article: A blanket ban on fossil fuels in power generation—implemented over a defined glide path—would fundamentally reshape power systems: (1) resource mix shifts to a portfolio of renewables, nuclear, hydro, and (where viable) geothermal and bioenergy, backed by long‑duration storage, grid expansion, and flexible demand ; (2) reliability planning moves from peak‑capacity adequacy to multi‑day/seasonal energy adequacy ; (3) costs rise in the near term due to accelerated investment in storage and networks but fall over time as learning curves and avoided fuel/volatility benefits accrue; (4) trade flows and industrial competitiveness change as carbon‑intensive electricity is displaced, consistent with IPCC pathways that show near‑zero power is prerequisite for economy‑wide decarbonization. In India, success requires: fast‑tracking pumped storage hydropower (PSH) and BESS already foreseen in the National Electricity Plan; scaling round‑the‑clock (RTC) renewable pro...

Summary of the Article: A uniform $100/tonne CO₂ global carbon tax would be a watershed moment for climate economics and industrial competitiveness. It would (i) rapidly re‑rank marginal abatement options , accelerating coal‑to‑clean power switching, electrification, and process changes in heavy industry; (ii) reshape trade flows by internalising carbon in prices everywhere, diminishing the need for border adjustments like the EU CBAM; (iii) mobilise hundreds of billions in annual fiscal revenues , which—if recycled wisely—could make the reform pro‑growth and pro‑equity ; and (iv) for India, compress the timeline for coal phase‑down, storage deployment, green hydrogen pilots , and carbon market maturation (CCTS), while cushioning exporters exposed to CBAM. The World Bank’s latest “State and Trends of Carbon Pricing” shows carbon instruments are scaling (covering ~28% of global GHGs and raising >$100 bn in 2024 ), but still below levels compatible with Paris goals—making a decisiv...

Summary of the Article: “24×7 solar” means delivering firm, dispatchable, zero‑carbon power at all hours , using solar as the primary energy source and storage as the buffer . With the right portfolio— multi‑hour batteries for intraday shifting, pumped‑storage hydropower (PSH) for daily/weekly balancing, and (where relevant) long‑duration vectors such as thermal or hydrogen —the proposition is both technically feasible and increasingly bankable. India’s policy moves and tenders already reflect this direction: round‑the‑clock (RTC) renewable auctions that bundle storage, viability‑gap funding (VGF) for 4,000 MWh+ of BESS , and a fast‑growing PSH pipeline aligned to the Central Electricity Authority’s (CEA) storage outlook to 2032. [mercomindia.com] , [pmindia.gov.in] , [pib.gov.in] , [irade.org] 1) The 24×7 solar architecture—how it works A portfolio, not a single technology. Solar PV as the lowest‑cost, scalable primary generator. Surplus midday output is stored instead of curtaile...