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6 May 2026 Current Affairs

by | May 6, 2026 | Daily Current Affairs

The Hindu Current Affairs – 6 May 2026 | Raman Academy
Wednesday, 6 May 2026
The Hindu

Important News Articles & Editorial Analysis

Raman Academy — Prepared for HPAS & Competitive Exam Aspirants
Economy — GS III

30 Banks Integrated with UDGAM Portal to Help Legal Heirs Trace Funds

Syllabus: GS III — Indian Economy | Financial Governance | Page 06

The Reserve Bank of India (RBI) updated the Supreme Court on the progress of the UDGAM (Unclaimed Deposits – Gateway to Access InforMation) portal. Now integrating 30 major banks covering approximately 90% of unclaimed funds in the Depositor Education and Awareness (DEA) Fund, the portal enables legal heirs to trace assets of deceased account holders.

Key Highlights
📊 Scale (Apr 2026)

~20 lakh registered users; ~44 lakh searches processed on the portal.

🏦 Coverage

30 integrated banks represent ~90% of unclaimed deposits in the DEA Fund.

🔎 Functionality

UDGAM is a tracing tool only. Claimants must approach the bank directly for KYC and settlement.

📅 DEA Fund Origin

Established by RBI in 2014. Accounts inoperative for 10+ years are classified "unclaimed" and transferred here.

About the DEA Fund
  • Balances transferred to DEA Fund, but the depositor's right to claim remains intact indefinitely.
  • As of 2026, over ₹60,000 crore lies with the DEA Fund.
  • A PIL by journalist Sucheta Dalal triggered Supreme Court scrutiny, highlighting difficulty legal heirs face in reclaiming "dormant" assets.
Challenges & Regulatory Gaps
ChallengeDetails
Siloed InformationPost Office savings, Provident Funds (EPF), and Insurance proceeds not yet on UDGAM (Adv. Prashant Bhushan).
Complex Claim ProceduresTracing is only half the battle; legal heirs face red tape verifying death certificates at individual banks.
Inter-Regulatory GapSC directed Centre & SEBI to outline steps for returning unclaimed funds in stocks, mutual funds, etc.
🇮🇳 India Implications
  • Financial Justice: Simplifies the "right to inheritance" for families unaware of a deceased member's financial footprint.
  • Transparency: Reduces opacity around ₹60,000+ crore sitting in the DEA Fund.
  • GovTech: Showcases digital governance bridging citizens and complex financial institutions.
  • Supreme Court's intervention pushes toward a single-window unified portal covering all financial sectors.
The integration of 30 banks into UDGAM marks a milestone in depositor protection. For the initiative to reach its full potential, it must evolve into an inter-regulatory platform that includes insurance and post-office assets — moving India closer to a truly unified national portal for unclaimed wealth.
✏️ Prelims Practice
Q. The Depositor Education and Awareness (DEA) Fund is associated with:
  • (a) Ministry of Finance
  • (b) SEBI
  • (c) Reserve Bank of India
  • (d) NABARD
Click to Reveal Answer
✅ Answer: (c) Reserve Bank of India — The DEA Fund was established by the RBI in 2014 to house unclaimed deposits from commercial and cooperative banks.
📝 Mains Practice
Q. Discuss the role of digital platforms like the UDGAM portal in improving transparency and financial inclusion in India. What further reforms are needed to create a unified framework for unclaimed financial assets? (150 Words)
Environment & Energy — GS III

Building Bridges: Battery Storage Capacity Must Keep Pace with Solar Energy Generation

Syllabus: GS III — Environment / Energy | Page 08

India's solar capacity now accounts for approximately 28% of total installed electric capacity. However, data from April 2026 — where solar contributed over 21% of peak daytime demand yet only 0.1% after sunset — exposes a fundamental "integration mismatch." Solar capacity without storage is, in effect, a half-built bridge.

The "Duck Curve" Challenge
🦆 Duck Curve

Mismatch between peak solar generation (mid-day) and peak demand (evening/night) creates grid instability.

♻️ Curtailment (2025)

India curtailed 2.3 TWh of solar generation — a financial drain on the exchequer which pays developers for undelivered power.

🏭 Coal's Minimum Technical Load

India's coal fleet cannot ramp below ~55% capacity, blocking solar integration during daylight hours.

💰 Financing Wall

Battery tariffs fell from ₹2.21 lakh/MW/month to ₹1.48 lakh/MW/month, but high capital costs remain a barrier.

BESS Status in India
MetricStatus (2025–26)
Operational BESS capacity (end-2025)Only 0.7 GWh
Expected capacity by Dec 20262 GWh additional
Battery tariff (early 2025)₹2.21 lakh/MW/month
Battery tariff (year-end 2025)₹1.48 lakh/MW/month
Government supportVGF Tranche 2 tenders (e.g., UPPCL projects)
Way Forward: Flexibility-First Strategy
  • Commissioning vs. Tendering: Policy focus must shift from awarding capacity to ensuring time-bound commissioning of co-located Solar + BESS.
  • Grid Flexibility: Improve ramping capability of existing coal fleet to allow higher solar penetration.
  • Time-of-Day (ToD) Tariffs: Smart metering and ToD pricing to shift demand to solar-rich daytime hours.
  • Hybrid Policy Models: VGF Tranche 2 tenders represent a mature approach to bridging cost gaps for 4-hour discharge systems.
🇮🇳 India Implications
  • India's IMD forecast of a below-normal monsoon at 92% LPA (first warning in 11 years) signals hotter summers — precisely when solar should do the heavy lifting.
  • Every fresh solar auction should mandate co-located storage to avoid creating more stranded generation capacity.
  • Failure to build BESS pipeline risks India paying for "green power" that the grid cannot absorb, wasting public funds.
Solar energy in India can do the "heavy lifting" during the day, but it remains a half-built bridge without energy storage. The defining requirement for India's 2030 renewable goals is a transition from a generation-heavy to a flexibility-heavy strategy — resolving BESS financing bottlenecks and mandating co-located storage for every new solar auction.
✏️ Prelims Practice
Q. Which of the following best describes "curtailment" in the renewable energy sector?
  • (a) Reduction in fossil fuel subsidies
  • (b) Wastage or forced reduction of renewable power generation due to grid constraints
  • (c) Limiting electricity demand through smart metering
  • (d) Shutdown of thermal plants during low demand periods
Click to Reveal Answer
✅ Answer: (b) Curtailment refers to the forced reduction or wastage of renewable power generation because the grid cannot absorb it.
📝 Mains Practice
Q. India's renewable energy transition is increasingly constrained not by generation capacity, but by grid flexibility. Discuss in the context of the "Duck Curve" challenge and Battery Energy Storage Systems (BESS). (150 Words)
Science & Technology / Defence — GS III

At Sea: Expansion of High-End Frigate Fleet Must Be in Step with Perceived Threats

Syllabus: GS III — Science & Technology / Defence | Page 08

Project 17A, a ₹45,000-crore initiative to build seven Nilgiri-class frigates, reached a milestone with the delivery of the sixth ship, INS Mahendragiri, on April 30, 2026. While demonstrating shipbuilding capability, the project also exposes a critical "hull vs. brain" disconnect — India can build the ships but struggles to integrate advanced sensors on time.

Core Strategic Issues
🧠 Hull vs. Brain Disconnect

Project 17A claims 75% indigenous content — but critical sensors, sonars, radars remain heavily import-dependent, delivered after administrative deadlines.

📡 Detect-Decide-Respond Loop

Modern naval warfare requires a high-speed cycle. If frigate radars/sonars are delayed, they cannot integrate with India's Chain of Static Sensors across the IOR.

⚠️ Strategic Misalignment

"Overkill" for anti-piracy missions; "under-capable" for PLAN submarine threats without premium sensors. Platform type mismatches the threat environment.

🔧 Design Creep (CAG)

Hundreds of design changes during construction cause prolonged timelines, standardization failures, and infrastructure mismatches.

Project 17A: Key Facts
ParameterDetails
Total ships planned7 Nilgiri-class frigates
Total project cost₹45,000 crore
6th ship deliveredINS Mahendragiri (Apr 30, 2026)
Indigenous content (claimed)75% by value
Key bottleneckForeign-sourced sensors (radar, sonar, EW suites)
CAG concern"Design creep" — hundreds of changes during construction
Way Forward
  • Sensor-First Procurement: Procure "brain" components (sensors/software) well ahead of hull timelines.
  • Lifecycle Management: Shift milestones from "launch" to "operational readiness" — full combat suite integration before commissioning.
  • Platform Specialization: Reserve high-end frigates for high-threat environments; invest in cost-effective vessels for maritime policing.
🇮🇳 India Implications
  • The Indian Ocean carries most of India's energy imports — securing it is an economic imperative, not just a strategic one.
  • PLAN submarine expansion in the IOR directly threatens India's sea lanes; operationally incomplete frigates cannot deter this effectively.
  • The "numbers game" of hull counts is insufficient; true naval power lies in the detect-decide-respond network.
Project 17A frigates reflect India's commendable industrial progress. But as the Indian Ocean becomes more contested, India's investment strategy must be as agile as the threats it seeks to deter — prioritising sensor integration over shipyard timelines and operational readiness over administrative commissioning.
✏️ Prelims Practice
Q. In the context of modern naval warfare, the "Detect-Decide-Respond" loop refers to:
  • (a) A missile interception strategy
  • (b) A naval logistics and maintenance framework
  • (c) The cycle of surveillance, decision-making, and operational response
  • (d) A maritime trade security mechanism
Click to Reveal Answer
✅ Answer: (c) The Detect-Decide-Respond loop is the high-speed cycle of surveillance, command decision-making, and kinetic or non-kinetic operational response in modern naval warfare.
📝 Mains Practice
Q. Project 17A reflects India's growing shipbuilding capability but also exposes structural weaknesses in defence procurement. Critically examine. (150 Words)
Economy / Energy — GS III

RE Meets Global Electricity Demand for the First Time

Syllabus: GS III — Indian Economy / Energy Security | Page 09

In a historic milestone, 2025 marked the first year when the entire growth in global electricity demand was met by renewable energy (RE), halting the growth of fossil fuel-based generation. Yet for India, this global triumph coexists with a deepening "energy security paradox" — clean energy progress alongside stubborn dependence on imported fossil fuels from volatile regions.

The 2025 Watershed
🌍 Global First

For the first time, RE (solar + wind) supplied 100% of global electricity demand growth — fossil fuel generation growth flatlined.

🇨🇳 China's Role

Solar/wind met two-thirds of China's new electricity demand. China's fossil fuel generation dropped for the first time.

📉 Global Stagnation

The combined shift in India and China — the world's largest consumers — pushed global fossil fuel generation into stagnation.

🛢️ India's Hormuz Vulnerability

Strait of Hormuz closure (from March 1, 2026) caused a 56% YoY spike in the "Indian basket" crude price.

India's Import Dependence (Key Data)
Energy SourceIndia's Import Dependence
Crude Oil89% imported
Natural Gas47% imported
Coal26% imported
RE (new capacity, FY24-25)89% of new additions were renewable
Top crude supplier (FY24-25)Russia (~36% of imports)
Why "Build-out" Isn't Enough: The Time-Lag Disconnect
  • Renewable Infrastructure: Solar/wind projects have long gestation periods — cannot absorb sudden supply chain shocks.
  • Short-term Resilience: When geopolitics shut down supply chains, governments fall back on legacy energy (coal/gas) to avoid grid failure.
  • Import Dependence Paradox: Even as India adds record RE capacity, reliance on imported LNG and LPG surges (e.g., Ujjwala Yojana household targets).
🇮🇳 India Implications
  • India must treat Energy Transition and Energy Security as two separate, intersecting objectives.
  • Short-term priority: Strategic Petroleum Reserves (SPR), diversification of import routes, domestic coal/gas as buffers.
  • Long-term solution: Renewable capacity paired with scalable BESS — decoupling growth from volatile global fossil fuel markets.
The 2025 data confirms the renewable transition is a present reality. But true energy independence for India will only arrive when renewable capacity is paired with affordable BESS, effectively decoupling economic growth from volatile global fossil fuel markets — treating energy transition and energy security as co-equal policy objectives.
✏️ Prelims Practice
Q. The "Indian Basket" refers to:
  • (a) India's renewable energy index
  • (b) A weighted average of crude oils imported by India
  • (c) India's domestic coal reserve classification
  • (d) The strategic petroleum reserve mechanism
Click to Reveal Answer
✅ Answer: (b) The "Indian Basket" is a weighted average of crude oils imported by India, comprising Oman/Dubai (sour grade) and Brent Dated (sweet grade) crudes.
📝 Mains Practice
Q. Examine the strategic significance of the Strait of Hormuz for India's economy and energy security. What measures can India adopt to reduce its vulnerability to geopolitical disruptions? (150 Words)
Economy / IR — GS III

India's Energy Security Amid Conflicts

Syllabus: GS III — Indian Economy / Internal Security | Page 10

Energy security for India has evolved beyond procurement at lowest cost into a complex exercise of managing geopolitical risk, macroeconomic stability, and long-term industrial transition. The West Asian conflict and Strait of Hormuz disruption have exposed India's structural vulnerability as an import-dependent economy — prompting a shift toward strategic optionality.

The "Optionality" Strategy
🔄 Diversification

Russia went from barely 2% of India's crude imports pre-2022 to approximately 36% by FY2024-25, following the Russia-Ukraine conflict.

🌐 Multiple Levers

Engaging Iraq, Saudi Arabia, UAE, US, and Russia ensures no single supplier or chokepoint can paralyse India's domestic economy.

⛏️ Critical Minerals Risk

Energy transition (EVs, solar, BESS) creates new dependency on lithium, cobalt, nickel, copper — dominated by China's processing ecosystem.

♻️ Critical Mineral Recycling

Ministry of Mines approved 58 companies under the Incentive Scheme for Critical Mineral Recycling (Apr–May 2026) to build domestic circular economy.

The Energy Security Trilemma
PillarIndia's Strategy (2026)
SecurityDiversification of imports (Russia, US, West Asia); Expansion of Strategic Petroleum Reserves (SPR).
AffordabilityTargeted subsidies (PM Ujjwala Yojana); Diversification of LPG/LNG sources; PSU capital redirection (~₹2 trillion/yr toward clean energy).
SustainabilityScaling renewables (solar/wind); Mandating co-located storage; Critical Mineral Recycling Mission.
Three Remaining Challenges
  • Chokepoint Vulnerability: Geography cannot be bypassed — the Strait of Hormuz remains a strategic risk regardless of import diversification.
  • Infrastructure Mismatch: Speed of renewable capacity addition outpaces storage and grid integration, leading to curtailment.
  • Mineral Sovereignty: India must build a domestic processing ecosystem for critical minerals — not just import finished products.
🇮🇳 India Implications
  • India's narrative is shifting from "survival mode" (keeping lights on) to "resilience mode" (strategic optionality + domestic capacity).
  • IISD analysis: India's PSUs have financial scale to bridge the transition gap by redirecting capital from legacy fossil fuel projects.
  • Future energy security will be defined by how effectively India can decouple growth from volatile external supply chains — through storage, recycling, and domestic innovation.
India's dual-track approach — securing fossil fuel supply chains while aggressively localising the critical mineral value chain — provides a roadmap for long-term stability. The future of India's energy security will be defined not by how much fuel it can import, but by how effectively it can decouple its economic growth from volatile external supply chains.
✏️ Prelims Practice
Q. Which of the following best explains the term "Energy Security"?
  • (a) Achieving complete domestic production of fossil fuels
  • (b) Ensuring uninterrupted access to affordable and reliable energy supplies
  • (c) Eliminating dependence on renewable energy imports
  • (d) Replacing all fossil fuels with nuclear energy
Click to Reveal Answer
✅ Answer: (b) Energy Security means ensuring uninterrupted access to affordable and reliable energy supplies — balancing the trilemma of security, affordability, and sustainability.
📝 Mains Practice
Q. India's energy security is increasingly shaped by geopolitical instability in West Asia. Discuss the challenges and policy responses required to reduce India's vulnerability. (250 Words)
Editorial — GS II: Polity & Constitution

Silencing Academia, Weakening Democratic Space

Syllabus: GS II — Polity & Constitution / GS IV — Ethics | Page 08: Editorial Analysis

The V-Dem Institute 2026 report classifies India as an "electoral autocracy," noting a steady decline in democratic freedoms — particularly free expression, media independence, and civil society. The Scholars at Risk 2024 report finds India has "completely restricted" academic freedom, citing declining university autonomy linked to rising political interference.

Key Dimensions of the Argument
🎓 Chilling Effect on HE

Universities face regulatory pressures, funding cuts, and centralizing legislative moves (Viksit Bharat Shiksha Adhishthan Bill). Academics defined as "government servants."

⚖️ Judicial Asymmetry

Contrast between prolonged incarceration of academics/activists as undertrials vs. leniency for high-profile accused. Questions Article 14 (Right to Equality).

🌐 ICCPR Stance

India has not signed the First Optional Protocol to the ICCPR — citizens cannot seek international redress for rights violations, reinforcing need for robust domestic judiciary.

🔕 Homogenisation of Thought

State preference for ideological conformity undermines the constitutional spirit of debate (Arts. 19, 21) vital for a diverse democracy.

Link Between Academic Freedom and Democracy
Academic HealthDemocratic Consequence
Free inquiry & dissentInformed citizenry; accountability of power
Institutional autonomyIndependent knowledge sector; check on majoritarian excess
Protection of marginalised voicesSocial justice; pluralism in public discourse
Suppression of dissent"Chilling effect" — self-censorship; erosion of democratic norms
Relevance for Exam Preparation
  • GS II — Polity: Freedom of Speech & Expression (Art. 19); Role of Judiciary in civil liberties; Democratic institutions.
  • GS IV — Ethics: Institutional integrity; Social justice; Protection of marginalised voices.
  • Essay Topics: "Universities are the conscience of a democracy"; "Dissent is the safety valve of democracy."
🇮🇳 India Implications
  • The "Academic Freedom Index" is not abstract — it measures the health of Indian democracy itself.
  • When scholars are silenced, political institutions become complicit in dismantling democratic foundations.
  • Society must uphold the constitutional mandate to protect institutions that nourish democracy — ensuring critical thinking remains a cornerstone of India's future.
The decline in academic freedom is the "canary in the coal mine" for Indian democracy. The erosion of spaces for critical thinking signals a transition from inquiry to bureaucratic conformity. For the state, the challenge lies in reconciling the "Mother of Democracy" narrative with the protection of dissent and intellectual freedom that the Constitution demands.
📝 Mains Practice
Q. Given this analysis, examine the constitutional provisions regarding "Academic Freedom" in India and compare with international models of institutional autonomy. How does erosion of academic freedom threaten democratic governance? (250 Words)

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