Page 01 Indian Economy

Industrial growth hits 23-month high of 7.3%

India's Index of Industrial Production (IIP) surged to a 23-month high of 7.3% in June 2026, up from 5.1% in May 2026. Driven primarily by strong performance across manufacturing (7.8%), electricity (10.6%) and capital goods (14.2%), this broad-based expansion reflects resilient domestic demand and steady capital expenditure.

However, emerging headwinds — uneven monsoon distribution and geopolitical volatility in West Asia — raise questions about the sustainability of this growth momentum in the coming quarters.

7.3%Overall IIP growth, June 2026 (23-month high)
14.2%Capital goods expansion
10.6%Electricity growth (25-month high)
1.0%Mining output — the weak link

Sector-Wise Breakdown of Growth Drivers

June 2026 performance by segment
Segment	Growth	What it signals
Manufacturing	7.8%	Primary driver of IIP expansion, with 19 of 23 manufacturing sub-groups posting positive growth; electrical equipment up 34% and automotive manufacturing up 17.5%
Electricity	10.6%	A 25-month high, driven largely by summer heatwaves that spiked power demand across domestic and commercial sectors, aided by a favourable low-base effect
Capital goods	14.2%	Reflects robust private investment and ongoing public infrastructure spending; suggests business confidence in medium-term capacity expansion
Intermediate goods	9.3%	Strengthening supply chain linkages and steady raw material demand within factory production networks
Consumer durables	7.7%	Points to a gradual revival in urban private consumption
Consumer non-durables	4.9%	Slower recovery, consistent with subdued rural demand
Mining	1.0%	Sluggish growth points to underlying constraints in raw material extraction and seasonal disruptions

Key Challenges & Growth Headwinds

Risks to Momentum

Monsoon risks and rural demand: Sub-normal or spatially distorted monsoon rainfall threatens agricultural output and rural income levels, potentially softening rural consumer spending.
Global geopolitical volatility: Escalating conflicts in West Asia create crude oil price volatility, widening India's current account balance and raising domestic input costs.
Base-effect distortion: A portion of the statistical jump across sectors stems from lower growth baselines in the corresponding period of the previous fiscal year.
Modest mining output: At 1.0%, mining and quarrying growth signals structural constraints in raw material extraction.

Static Dimensions & Core Concepts

A. Index of Industrial Production (IIP)

Key Points

Definition: A short-term indicator that measures the volume of physical production across industrial sectors over a specific period relative to a base year.
Compiling authority: National Statistical Office (NSO), Ministry of Statistics and Programme Implementation (MoSPI).
Use-based classification: Primary Goods, Capital Goods, Intermediate Goods, Infrastructure/Construction Goods, Consumer Durables and Consumer Non-Durables.

IIP sectoral weights
Sector	Weight in IIP
Manufacturing	~77.63%
Mining	~14.37%
Electricity	~7.99%

B. Core Industries Index

Comprises 8 Core Industries representing approximately 40.27% of the total IIP weight.
Order of weights: Refinery Products > Electricity > Steel > Coal > Crude Oil > Natural Gas > Cement > Fertilizers.

C. Capital Goods vs. Intermediate Goods

Distinguishing two use-based categories
Category	What it covers	What it indicates
Capital goods	Physical assets used to produce other goods or services (heavy machinery, machine tools)	A primary indicator of gross fixed capital formation (GFCF)
Intermediate goods	Semi-finished inputs used in the production process (yarn, steel sheets)	Reflects operational supply chain activity

Way Forward

Crowding-in private investment: Leverage public capital expenditure to incentivise private sector investment in high-value manufacturing sectors.
Strengthening MSME supply chains: Expand targeted access to credit and formalisation incentives for Micro, Small and Medium Enterprises to maintain growth in intermediate goods.
Policy support for rural consumption: Enhance direct support through rural infrastructure development, climate-resilient agriculture initiatives and rural wage support programmes.
Energy transition strategy: Expand renewable energy capacity to mitigate power generation deficits during peak demand periods without over-relying on thermal power.

India Implications

Capital goods growth of 14.2% is the single most encouraging signal — it points to gross fixed capital formation reviving, which is what converts a cyclical uptick into durable capacity.
The 10.6% electricity number is weather-driven rather than structural: heatwave demand flatters the headline and is unlikely to repeat as a growth driver.
The gap between consumer durables (7.7%) and non-durables (4.9%) confirms that the recovery is urban-led, leaving rural demand dependent on monsoon performance.
Crude price volatility from West Asia transmits directly into input costs and the current account, making energy diversification a growth-protection measure, not just a climate one.

Conclusion

The 7.3% growth in June 2026 demonstrates the structural resilience of India's manufacturing and capital goods sectors. To translate this temporary momentum into long-term economic growth, policy must focus on strengthening private investment, stabilising input costs, and shielding the domestic economy from external geopolitical and climatic shocks.

Prelims Practice

Q. With reference to the Index of Industrial Production (IIP), consider the following statements:

1. It is compiled by the National Statistical Office (NSO) under the Ministry of Statistics and Programme Implementation (MoSPI).
2. Manufacturing has the highest weight in the IIP.
3. It is a short-term indicator measuring the volume of industrial production.

Which of the statements given above is/are correct?

(a) 1 and 2 only
(b) 2 and 3 only
(c) 1 and 3 only
(d) 1, 2 and 3

Click to reveal answer

Answer: (d) 1, 2 and 3. Statement 1 is correct — the IIP is compiled by the NSO under MoSPI. Statement 2 is correct — manufacturing carries the highest weight at about 77.63%. Statement 3 is correct — the IIP is a short-term indicator of the volume of industrial production.

Correction: the source PDF marks the answer as (b) “2 and 3 only”. Statement 1 is in fact correct and is confirmed by the source's own static notes, which list the NSO under MoSPI as the compiling authority. The answer has therefore been corrected to (d).

Mains Practice

What is the Index of Industrial Production (IIP)? Discuss its significance as an indicator of economic activity in India. (10 Marks, 150 Words)

Page 06 Environment

Centre reissues draft on Western Ghats eco-zone

The Ministry of Environment, Forest and Climate Change (MoEFCC) reissued its draft notification proposing an Ecologically Sensitive Area (ESA) spanning 56,825.7 sq. km across six Western Ghats states. Reissued for the seventh time in over a decade after the previous draft lapsed, the notification aims to restrict hazardous commercial and industrial activities to preserve a global biodiversity hotspot.

Persistent federal frictions regarding boundaries, village inclusion and local livelihoods highlight the central challenge of balancing conservation imperatives with socio-economic development. The latest draft, issued on 27 July 2026, remains open for public objections for 60 days before the Centre considers issuing a final notification.

Key Highlights of the Draft Notification

State-wise ESA coverage in the draft notification
State	Proposed ESA area
Karnataka	20,668 sq. km
Maharashtra	17,340 sq. km
Kerala	9,993.7 sq. km
Tamil Nadu	6,914 sq. km
Goa	1,461 sq. km
Gujarat	449 sq. km
Total	56,825.7 sq. km

Prohibited and Regulated Activities

Prohibited: Complete ban on mining, quarrying and sand mining; prohibition of new thermal power plants; restriction on 'Red Category' polluting industries and large construction projects exceeding 20,000 sq. m.
Regulated: Hydel power projects permitted but regulated strictly under existing environmental safeguards and stream-flow norms.
Status of settlements: Critical landslide-prone regions — including 13 villages across the Mananthavady, Sulthan Bathery and Vythiri taluks of Kerala's Wayanad district — remain included despite local resistance.

Major Concerns and State-Level Objections

Points of Friction

Livelihood & agriculture fears: States argue that strict ESA constraints will hamper agriculture, cash-crop plantations (tea, coffee, rubber) and infrastructure development.
Public resistance & displacement risk: Local communities fear restrictions on land usage, property rights, housing construction and traditional forest-dependent livelihoods.
Boundary discrepancies: States allege that remote sensing data used to distinguish human habitations from natural landscapes is inaccurate, necessitating ground-level physical verification.
Federal delays & governance deficit: The cycle of issuing and lapsing draft notifications every 540 days reflects political hesitancy and an inability to build inter-state consensus.

Chronology of Policy Committees

Gadgil to the seventh draft: how the proposed ESA shrank
Stage	Recommendation / action	Outcome
Madhav Gadgil Panel (WGEEP), 2011	Designate the entire 1,29,000 sq. km mountain chain as ecologically sensitive, with three levels of Ecologically Sensitive Zones (ESZ 1, 2, 3) and strong community-led governance through Gram Sabhas	Rejected by states as overly restrictive
Kasturirangan Committee (HLWG), 2013	Scaled-down approach recommending ~37% (59,940 sq. km) of the Western Ghats as ESA (Natural Landscape), allowing economic activity in Human-Dominated Landscapes (~63%)	Became the working basis for subsequent drafts
State-level ground verifications, 2014–2022	States conducted field verification to exclude human settlements and plantations	Kerala reduced its proposed ESA from 13,108 sq. km to 9,993.7 sq. km
Draft re-issuances, 2014–2026	MoEFCC issued multiple draft notifications, the seventh in July 2026, while an Expert Committee constituted in 2022 continues to examine state objections	Proposed ESA now stands at 56,825.7 sq. km; no final notification

Static Dimensions & Core Concepts

A. Significance of the Western Ghats

Key Points

Geographic extent: Runs about 1,600 km parallel to India's western coast, covering six states.
Ecological value: Recognised as a UNESCO World Heritage Site and one of the world's 36 "Biodiversity Hotspots".
Hydrological role: Serves as the catchment area for major peninsular river systems (Godavari, Krishna, Kaveri), supplying water to over 240 million people.
Climate regulation: Acts as a major carbon sink and influences the South-West Monsoon rainfall pattern across mainland India.

B. Legal Basis of Ecologically Sensitive Areas

Statutory framework: ESAs are notified under Section 3(2)(v) of the Environment (Protection) Act, 1986.
Objective: Create "shock absorbers" around protected ecosystems by regulating human activity to prevent environmental degradation without completely stopping sustainable economic practices.

Way Forward

Community-centric conservation: Shift from top-down administrative mapping to bottom-up participatory conservation involving local Panchayats and Gram Sabhas.
Granular cadastral mapping: Use high-resolution GIS satellite imagery paired with mandatory ground verification to clearly demarcate natural habitats from farmland and human habitations.
Incentivising eco-friendly practices: Provide financial incentives, carbon credits and organic farming subsidies for local farmers practising sustainable agriculture within the ESA.
Disaster-resilient regional planning: Prioritise eco-sensitive zoning in fragile districts such as Wayanad, Idukki and Uttara Kannada that face heightened risks of severe landslides and flash floods due to extreme climate events.

India Implications

Fifteen years of draft-and-lapse cycles have produced regulatory limbo — neither conservation certainty for the ecosystem nor planning certainty for states and farmers.
The Ghats regulate the South-West Monsoon and peninsular river catchments, so degradation there is a water-security question for over 240 million people well beyond the six states.
Wayanad-type landslide events show that ESA zoning is increasingly a disaster-mitigation instrument, not only a biodiversity one — a lesson directly relevant to Himalayan states including Himachal Pradesh.
The dispute is fundamentally about who verifies the map: until cadastral-level ground truthing replaces contested remote sensing, state consent will remain elusive.

Conclusion

Repeatedly reissuing draft notifications without finalisation creates policy uncertainty and leaves an ecologically fragile region vulnerable to unregulated exploitation and climate hazards. A balanced consensus — protecting core ecological integrity while safeguarding local livelihoods — is imperative to secure the long-term ecological and hydrological stability of Peninsular India.

Prelims Practice

Q. With reference to the Western Ghats Ecologically Sensitive Area (ESA), consider the following statements:

1. Ecologically Sensitive Areas are notified under the Environment (Protection) Act, 1986.
2. The objective of an ESA is to regulate environmentally harmful activities while permitting sustainable livelihoods.
3. Mining and quarrying are proposed to be prohibited within the notified Western Ghats ESA.

Which of the statements given above is/are correct?

(a) 1 and 2 only
(b) 2 and 3 only
(c) 1 and 3 only
(d) 1, 2 and 3

Click to reveal answer

Answer: (d) 1, 2 and 3.

Mains Practice

What are Ecologically Sensitive Areas (ESAs)? Explain their role in balancing conservation with sustainable development. (10 Marks, 150 Words)

Page 07

Urban Indian private schools at risk of proximity to toxic lead sites: report

A global report by the Center for Global Development (CGD), titled Schools in the Shadow of Toxic Sites: Pollution Proximity in Low- and Middle-Income Countries, has revealed a stark environmental paradox in Low- and Middle-Income Countries (LMICs) like India.

Unlike developed nations where environmental hazards disproportionately impact lower-income rural areas, urban schools in LMICs — particularly private schools — are 4 to 28 times more likely to be situated within a 5 km radius of toxic contamination sites. New Delhi topped global capital cities, with over 91.2% of its private schools located near sites contaminated by heavy metals (lead, mercury, cadmium, arsenic) and pesticides.

91.2%New Delhi private schools within 5 km of a toxic site
86%Share of global lead consumption from lead-acid batteries
90%Of India's lead waste entering the informal sector
$1 trnAnnual cost of childhood lead exposure to LMICs (World Bank)

Key Findings & the "Development Paradox"

Global capital city ranking: schools within 5 km of toxic sites
Rank	Capital city	Share of private schools
1	New Delhi, India	91.2%
2	Manila, Philippines	86%
3	Nairobi, Kenya	71%
4	Accra, Ghana	67%
5	Jakarta, Indonesia	51%

Root Cause — the Informal Recycling Network

Key Points

Lead-acid batteries account for 86% of global lead consumption.
Despite India having over 350 formal, well-equipped recycling units, approximately 90% of lead waste enters the informal sector.
Because lead melts at a low temperature (327°C), informal operators use simple open-air furnaces, releasing toxic heavy metal fumes and slag directly into urban air, soil and water tables.

Health & Economic Implications

Policy & Regulatory Framework in India

Rules governing heavy-metal and battery waste
Instrument	Core provision
Batteries Waste Management Rules, 2022	Introduced Extended Producer Responsibility (EPR) mandating battery manufacturers to collect and channel used batteries to registered formal recyclers; emphasises minimum percentage recovery targets for lead, lithium and nickel
Hazardous and Other Wastes (Management and Transboundary Movement) Rules, 2016	Regulates the handling, storage and processing of heavy metal scrap to prevent open burning and leaching
E-Waste (Management) Rules, 2022	Covers the informal stripping of circuit boards and cooling units such as air conditioners and laptops, which release cadmium and lead fumes

Challenges in Implementation

Implementation Hurdles

Enforcement deficit in informal hubs: Lack of regular monitoring by State Pollution Control Boards allows illegal back-alley smelting units to operate undetected inside residential areas.
Economic arbitrage: Informal recyclers offer higher payout prices for scrap metal because they evade tax, environmental compliance and safety equipment costs.
Absence of buffer zones: Urban planning failures and delayed Master Plan implementation mean schools are approved in mixed-use industrial-residential clusters without mandatory environmental clearances.

Way Forward

Strict urban zoning & demarcation: Emulate models like Mexico City, which successfully separated industrial manufacturing zones from school and residential clusters through stringent land-use policy enforcement.
Formalising the informal sector: Integrate informal scrap collectors into the formal supply chain by setting up cluster-based safe recycling parks equipped with modern scrubbers and effluent treatment plants.
School buffer standards: Amend National Building Code guidelines to enforce a mandatory safe distance of at least 1–2 km between designated educational zones and industrial or waste-handling units.
Regular Blood Lead Level (BLL) screening: Integrate routine BLL testing into national child health programmes such as Rashtriya Bal Swasthya Karyakram in vulnerable urban hotspots.

India Implications

Lead exposure is a human capital problem, not just a pollution problem — irreversible IQ loss in childhood permanently lowers future earning capacity across an entire cohort.
The paradox that private urban schools are worst affected dismantles the assumption that paying for education buys a safer environment.
EPR rules exist on paper, but with 90% of lead waste going informal the binding constraint is price arbitrage — formalisation must beat informal payouts, not merely outlaw them.
India's air-quality debate is dominated by ambient PM2.5; this report shifts attention to soil and heavy-metal contamination, which no AQI dashboard currently captures.

Conclusion

The high proximity of urban Indian schools to toxic lead sites underscores the urgent need to look beyond traditional ambient air pollution metrics and tackle industrial soil and heavy-metal contamination. Protecting children's cognitive health requires stringent urban land-use planning, enforcement of Extended Producer Responsibility, and aggressive formalisation of the battery recycling economy.

Prelims Practice

Q. With reference to the Batteries Waste Management Rules, 2022, consider the following statements:

1. They introduce the concept of Extended Producer Responsibility (EPR).
2. Producers are responsible for collecting and ensuring environmentally sound recycling of used batteries.
3. The Rules cover batteries used in electric vehicles as well as portable and industrial batteries.

Which of the statements given above is/are correct?

(a) 1 and 2 only
(b) 2 and 3 only
(c) 1 and 3 only
(d) 1, 2 and 3

Click to reveal answer

Answer: (d) 1, 2 and 3.

Mains Practice

Discuss the environmental and public health risks associated with informal recycling of lead-acid batteries in India. (10 Marks, 150 Words)

Page 09 Environment

Co-existing with tigers outside reserves

India's tiger conservation model under Project Tiger (1973) is widely celebrated as a flagship success, increasing wild tiger numbers from 1,411 in 2006 to 3,682 in 2022 — over 70% of the global wild tiger population. However, this population expansion, coupled with habitat saturation inside protected core reserves, has shifted 35–40% of wild tigers into human-dominated, non-protected landscapes.

The launch of the Tigers Outside Tiger Reserves (TOTR) initiative marks a paradigm shift — transitioning from fortress-based conservation to a proactive, landscape-level governance model that balances species survival with human safety and rural livelihoods.

3,682Wild tigers in India (2022), up from 1,411 in 2006
35–40%Of India's tigers living outside designated reserves
58Tiger reserves covering ~84,488 sq. km (~2.6% of landmass)
40Forest divisions in 9 states under the TOTR pilot

Key Facts & Statistical Context

Key Points

Expansion of the protected area network: Grown from 9 reserves covering 18,278 sq. km in 1973 to 58 reserves covering about 84,488 sq. km, roughly 2.6% of India's landmass.
Dispersal dynamics: According to the National Tiger Conservation Authority (NTCA), 35% to 40% of India's tigers reside outside designated Tiger Reserves.
TOTR pilot scope: Pilot implementation across 40 selected forest divisions in 9 key range states — Uttarakhand, Uttar Pradesh, Rajasthan, Madhya Pradesh, Maharashtra, Karnataka, Tamil Nadu, Telangana and Assam.

Key Issues Driving Tigers Outside Reserves

Drivers of Dispersal and Conflict

Territorial saturation: Tigers are solitary, territorial apex predators requiring extensive home ranges. Core zones of established reserves are reaching ecological carrying capacity, forcing young and dispersing tigers to seek new territories.
Fragmented wildlife corridors: Linear infrastructure — highways, railway tracks, canal networks — and agricultural expansion fragment natural corridors, forcing dispersing tigers into farm fringes and villages.
Escalating human-wildlife conflict: Interactions in shared landscapes frequently lead to livestock depredation, accidental human casualties, retaliation killings, prolonged rescue operations and widespread social unrest.

The Two Pillars of the TOTR Initiative

A dual-pillar strategy for shared landscapes
Pillar	Focus	Instruments
Pillar I — Immediate conflict reduction & field protection	Rapid detection and response	Modernising forest department communication networks, rapid response units and specialised rescue equipment; AI models, GPS-enabled patrolling, camera trap networks and drones for early warning; Rapid Response Teams equipped with veterinary support and tranquilisation capability
Pillar II — Long-term coexistence & community partnership	Trust and social licence	Shifting from treating villagers as law enforcement subjects to active conservation partners; streamlined ex-gratia and compensation for crop loss, livestock kill and human injury; grassroots involvement through community volunteers such as Bagh Mitras and eco-development committees

Related Static Dimensions (Core Concepts)

A. Legal & Regulatory Framework

Wild Life (Protection) Act, 1972: Sections 38V and 38W mandate the notification of core and buffer areas in Tiger Reserves. TOTR extends active management protocols beyond buffer areas into Reserve Forests and Territorial Divisions.
National Tiger Conservation Authority (NTCA): A statutory body constituted under Section 38L of the Wild Life (Protection) Act, 1972 (as inserted by the 2006 amendment), providing overarching guidelines for corridor management, Standard Operating Procedures for human-tiger conflict, and camera-trap assessments.

Correction: the source PDF cites “Section 38IV” for the constitution of the NTCA. The correct provision is Section 38L of the Wild Life (Protection) Act, 1972. The citations to Sections 38V and 38W for core and buffer area notification are accurate as given.

B. Ecological Principles Involved

Metapopulation dynamics: Tiger survival depends on connected sub-populations exchanging genetic material via corridors to avoid inbreeding depression.
Matrix habitats: Land use outside protected areas acts as a "matrix" that can either facilitate or block animal movement depending on land-use policies.

C. Economic & Governance Dimensions

State CAMPA funds: Financing monitoring, community outreach and habitat restoration outside tiger reserves using Compensatory Afforestation Fund Management and Planning Authority funds.
Inter-departmental coordination: Effective TOTR execution requires synergy between Forest, Revenue, Police, District Administration and Public Works Departments.

Challenges in Managing Tigers Outside Reserves

Implementation Hurdles

Institutional skill gap: Territorial forest staff outside reserves are traditionally trained in silviculture and forest revenue enforcement, not active carnivore management or emergency tranquillisation.
Erosion of public trust: Delayed compensation payouts create resentment against wildlife and increase risks of illegal poisoning or electrocution traps.
High population density: Unlike fenced or remote core reserves, non-reserve landscapes feature dense human settlements, fragmented croplands and heavy road traffic.

Strategic Recommendations / Way Forward

Institutionalise eco-friendly infrastructure: Mandate green infrastructure — underpasses, overpasses, canopy bridges — for linear development projects cutting through identified dispersal corridors.
Direct-Benefit Transfer for compensation: Implement digital, hassle-free DBT systems for livestock kill verification and instant compensation to prevent retaliatory killings.
Capacity building for territorial staff: Train territorial forest personnel and local youth as frontline first-responders equipped with veterinary tools and conflict-defusal skills.
Community-led eco-tourism: Share revenue generated from eco-tourism directly with Panchayats in shared landscapes to build tangible economic stakes in tiger persistence.

India Implications

Conservation success has produced a governance problem: reserves are saturated, so the next phase of tiger management happens on land that forest departments do not exclusively control.
With 35–40% of tigers outside reserves, the legal architecture built around core and buffer zones no longer matches where the animals actually live.
Compensation speed is the practical determinant of tolerance — delayed ex-gratia converts neighbours into adversaries and drives poisoning and electrocution.
For hill and forest-fringe states, the same logic applies to leopard and bear conflict: landscape-level coexistence protocols are becoming the default model of Indian wildlife governance.

Conclusion

The success of Project Tiger over the past five decades proved that India could save an apex predator inside protected walls. The Tigers Outside Tiger Reserves initiative represents the next frontier: proving that human development and large carnivore conservation can co-exist within shared landscapes. By fusing cutting-edge surveillance technology with community trust and institutional agility, India can set a global benchmark for landscape-level wildlife governance.

Prelims Practice

Q. With reference to the Tigers Outside Tiger Reserves (TOTR) Initiative, consider the following statements:

1. It aims to strengthen the conservation and management of tigers in non-protected landscapes.
2. It emphasises rapid response mechanisms, technology-enabled monitoring, and community participation.
3. It is implemented under the guidance of the National Tiger Conservation Authority (NTCA).

Which of the statements given above is/are correct?

(a) 1 and 2 only
(b) 2 and 3 only
(c) 1 and 3 only
(d) 1, 2 and 3

Click to reveal answer

Answer: (d) 1, 2 and 3.

Mains Practice

Why are an increasing number of tigers found outside notified Tiger Reserves in India? Explain the ecological and governance challenges associated with this trend. (10 Marks, 150 Words)

Page 12 Indian Economy Environment

India curtailed 8,133 GWh solar power to maintain grid security

India's renewable energy journey has reached a significant milestone, with total installed solar capacity reaching 162.15 GW as on 30 June. However, a parliamentary statement revealed that 8,133 GWh of solar power was curtailed across India during the April–June quarter.

This mismatch highlights a central structural issue in India's clean energy transition: generation capacity is expanding faster than grid absorption, transmission infrastructure and energy storage capabilities.

162.15 GWTotal installed solar capacity as on 30 June
8,133 GWhSolar power curtailed in April–June
14,180.9 MWRooftop capacity added under PM Surya Ghar
₹27,343.9 crCentral Financial Assistance disbursed

Key Data & Statistical Highlights

Quarterly solar curtailment breakdown (Grid Controller of India Ltd.)
Month	Curtailment
April	2,417 GWh
May	3,235 GWh
June	2,481 GWh
Total	8,133 GWh

Progress of PM Surya Ghar: Muft Bijli Yojana (since launch, February 2024)
Indicator	Status
Applications received	Over 75.25 lakh
Installations completed	About 39.72 lakh rooftop systems
Cumulative rooftop capacity added	14,180.90 MW (about 14.18 GW)
Households benefited	Over 48.02 lakh
Financial outlay disbursed	₹27,343.90 crore as Central Financial Assistance

Causes of Solar Power Curtailment in India

Structural Bottlenecks

Transmission mismatch: Renewable energy solar parks take 12–18 months to commission, whereas high-voltage Interstate Transmission System (ISTS) lines take 36–48 months due to land acquisition and Right-of-Way issues.
Duck curve phenomenon & intraday inflexible load: Peak solar generation occurs between 11 AM and 3 PM when overall electricity demand is moderate, while evening peak demand lacks solar support. Thermal power plants cannot back down fast enough due to minimum technical loading limits.
Lack of storage systems: Insufficient deployment of Battery Energy Storage Systems (BESS) and Pumped Storage Projects (PSP) prevents storing daytime excess generation for evening usage.
DISCOM financial & grid-management stress: State Distribution Companies often issue informal "must-run" override instructions to limit grid congestion and avoid pay-outs under power purchase agreements.

Policy Framework & Corrective Initiatives

Corrective mechanisms in place
Lever	Mechanism	Intended effect
CERC regulations	General Network Access (GNA) Regulations; Temporary GNA (T-GNA)	Move from point-to-point transmission booking to flexible open access, and use unutilised interim transmission capacity to evacuate renewable power until permanent lines are ready
Thermal power flexibility	CEA Flexible Operation Regulations	Mandate existing coal-fired plants to operate down to 40–55% minimum load so grids can prioritise absorbing variable renewables during peak sunlight hours
Rooftop solar ecosystem	PM Surya Ghar: Muft Bijli Yojana	Decentralised rooftop solar reduces load on transmission grids by promoting localised generation and consumption at point-of-use

Way Forward / Policy Recommendations

Mandate RE + storage tenders: Accelerate tenders combining solar with BESS or PSP to turn variable solar energy into firm, dispatchable renewable energy (FDRE).
Synchronised Green Energy Corridors: Institutionalise joint planning between the Ministry of Power and MNRE so solar plant commissioning matches ISTS line availability timelines.
Implement Time-of-Day tariffs: Lower daytime power tariffs for industrial and commercial consumers to encourage daytime demand, smoothing out the solar peak.
Enforce strict compensation frameworks: Strictly implement CERC-mandated financial compensation to solar developers for unauthorised curtailment to safeguard investor confidence.

India Implications

Curtailment is a stranded-asset risk: developers paid for capacity that the grid refuses to absorb, which raises the cost of capital for every future renewable project.
The binding constraint has shifted from generation to evacuation and storage — adding GW without ISTS lines and BESS simply increases the volume curtailed.
The 12–18 month versus 36–48 month commissioning gap means transmission planning must lead generation tenders, not follow them.
Meeting the 500 GW non-fossil capacity target by 2030 now depends more on grid modernisation and Time-of-Day price signals than on further capacity auctions.

Conclusion

While the PM Surya Ghar Yojana showcases rapid democratisation of rooftop power, curtailing 8,133 GWh of solar energy highlights critical grid bottlenecks. To achieve the target of 500 GW non-fossil capacity by 2030, India must shift focus from expanding raw generation capacity to grid modernisation, storage integration and transmission synchronisation.

Prelims Practice

Q. The PM Surya Ghar: Muft Bijli Yojana primarily aims to:

(a) Establish utility-scale solar parks in desert regions.
(b) Promote rooftop solar installations for households through financial assistance.
(c) Develop offshore wind energy projects.
(d) Provide free electricity exclusively to agricultural consumers.

Click to reveal answer

Answer: (b) Promote rooftop solar installations for households through financial assistance.

Mains Practice

Why is transmission infrastructure critical for achieving India's renewable energy targets? Explain. (10 Marks, 150 Words)

Page 08 · Editorial Analysis Disaster Management

Editorial: The urban nightmare — a fire with no escape

Context

A devastating commercial building fire in Aliganj, Lucknow — where 15 individuals lost their lives trapped behind smoke-filled corridors and unauthorised structures — serves as a stark reminder of India's urban safety crisis. This tragedy, alongside recent major fires in Delhi, Bhiwadi and Virudhunagar, highlights systemic regulatory breakdown rather than isolated accidents.

While India advances technologically and economically, its rapid urbanisation remains severely compromised by illegal constructions, unbridled commercialisation of residential zones, political patronage, and an accountability vacuum across municipal governance.

15Lives lost in the Aliganj, Lucknow fire
13,000–15,000Fire-related deaths in India annually
18Functions devolved to ULBs under the 12th Schedule
2005Disaster Management Act — the hazard mitigation framework

Magnitude & Context of Urban Fire Hazards in India

Key Points

High annual fatality rates: Historical data trends indicate that India records approximately 13,000 to 15,000 fire-related deaths annually.
Extreme weather vulnerability: The escalating frequency of extreme heatwaves during summer triggers electrical overloading and short circuits, significantly elevating urban fire risks.
Pervasive illegal conversions: Unauthorised commercial operations inside residential buildings — often featuring pigeonhole workstations, absent emergency exits and highly combustible storage — convert urban spaces into active death traps.

Root Causes of Repeated Urban Disasters

Key Points

Institutionalised political patronage & corruption: Enforcement notices issued by municipal authorities are frequently withdrawn or stayed under political influence, fostering a culture of impunity where field enforcers regularly overlook blatant building code violations.
Conflict of interest in probes: Special Investigation Teams and executive inquiries are typically composed of senior bureaucrats overseeing other bureaucrats in a closed loop, rarely assigning political or administrative liability to decision-makers.
Tolerated illegality: Urban municipal enforcement often turns a blind eye to illegal firecracker units, unapproved basement conversions and unpermitted bed-and-breakfasts due to local vote-bank dynamics and informal economic dependencies.
Inquiry fatigue & symbolic action: Crisis management routinely follows a predictable pattern — public outrage, superficial arrests, high-level committees and news headlines — without leading to long-term structural reform or sustained enforcement.

Fundamental Bottlenecks in Urban Governance

Key Points

Institutional fragmentation: Urban administration is divided across disconnected agencies — Municipal Corporations, Urban Development Authorities, Public Works Departments, Water Boards and Fire Services — creating a severe accountability vacuum where responsibility is constantly shifted between bodies.
Unrealised 74th Constitutional Amendment: Although the 74th Amendment Act (1992) aimed to empower Urban Local Bodies, municipal corporations remain financially dependent and administratively subordinate to State-level executive departments.
Responsibility without authority: Elected mayors and city councils often possess public visibility without real executive power, while state-appointed bureaucrats and Chief Ministers exercise de facto administrative control.

Related Static Dimensions

Statutory, constitutional and regulatory framework
Instrument	What it provides
74th Constitutional Amendment Act, 1992	Mandates the devolution of 18 functional items listed in the Twelfth Schedule — including urban planning, regulation of land use and fire services — to Urban Local Bodies
National Building Code of India, 2016	Standardised code published by the Bureau of Indian Standards detailing fire and life safety requirements, exit dimensions and structural design standards
Disaster Management Act, 2005	Provides the legal framework for hazard mitigation, assigning local authorities the mandate to formulate safety and emergency response plans
NDMA Guidelines on Fire Services, 2012	Emphasises modernising urban fire departments, conducting periodic third-party safety audits and enforcing strict occupancy certifications
Fire safety clearance mechanisms	Mandatory Fire No-Objection Certificates required under local municipal acts for commercial and high-rise structures

The Technology vs. Governance Implementation Gap

India possesses advanced urban monitoring tools — satellite imagery, Geographic Information Systems, drone mapping, AI anomaly detection and digital property databases. However, these tools remain underutilised because the core bottleneck is an absence of political and administrative will rather than a lack of technological capability.

Key Policy Recommendations & Way Forward

Fix accountabilities at the top: Hold heads of Development Authorities, Municipal Commissioners and Urban Development Ministers directly accountable for persistent safety violations within their jurisdictions.
Empower Urban Local Bodies: Fully implement the 12th Schedule of the 74th Amendment by granting genuine administrative authority, financial autonomy and unified operational control over urban safety to city mayors and municipal councils.
Unified single-window enforcement: Eliminate inter-agency overlap by creating a single, unified urban safety authority responsible for structural inspections, land-use compliance and fire clearance issuance.
Automate violation detection via technology: Mandate the integration of real-time GIS mapping and AI drone surveillance with public dashboards to flag unauthorised construction and auto-generate non-discretionary legal notices.
Independent fire safety audits: Establish third-party, non-governmental safety auditing agencies whose clearances are mandatory for utility connections — electricity, water, gas — in commercial establishments.

India Implications

India does not have a legislative gap in fire safety — the NBC, the Disaster Management Act and NDMA guidelines already exist. The gap is enforcement, which makes this a governance question rather than a drafting one.
The 74th Amendment remains substantively unimplemented: cities carry responsibility for fire services without the finances or executive control to discharge it.
Auto-generating non-discretionary notices from GIS and drone data would remove the discretion at which patronage operates — the point at which enforcement currently fails.
Rising heatwave intensity is turning electrical overloading into a seasonal, predictable hazard, which brings urban fire squarely within disaster mitigation planning rather than emergency response alone.

Conclusion

The fatal fires in Lucknow and Delhi demonstrate that Indian citizens are not dying from a lack of safety laws, but from an institutional failure to enforce them. The ultimate test of urban governance lies not in smart city dashboards or infrastructure projects, but in guaranteeing that citizens can live and work without fear of preventable urban disasters. Fixing urban governance requires dismantling systems of tolerated illegality, empowering local institutions, and replacing administrative deflection with direct political and executive accountability.

Mains Practice

Urban fire disasters in India are largely governance failures rather than technological failures. Discuss. (10 Marks, 150 Words)