Introduction

The Union Ministry of Health and Family Welfare has released the Revised Operational Guidelines for the Anaemia Mukt Bharat (AMB) Abhiyaan, strengthening India’s approach towards prevention, diagnosis, treatment and monitoring of anaemia.

About Anaemia Mukt Bharat

Anaemia Mukt Bharat (AMB) Abhiyaan is the Government of India’s flagship programme for reducing the burden of anaemia through a life-cycle approach. It was launched in 2018 by the Ministry of Health and Family Welfare under the National Health Mission (NHM) as part of the POSHAN Abhiyaan.

The programme focuses on prevention, early detection, treatment and continuous monitoring of anaemia among vulnerable population groups.

Objectives

The programme aims to reduce anaemia prevalence among children, adolescents, women of reproductive age, pregnant women and lactating mothers through targeted interventions.

It seeks to ensure early diagnosis and appropriate treatment by promoting regular screening, haemoglobin testing and timely management of anaemia.

The programme also seeks to improve nutritional status by promoting iron supplementation, healthy dietary practices and consumption of iron-rich foods.

An important objective is to break the intergenerational cycle of anaemia by preventing maternal anaemia and reducing the risk of anaemia among children.

By addressing anaemia, the programme seeks to improve maternal health, child growth, cognitive development, learning outcomes and overall productivity.

Original 6×6×6 Strategy

The original AMB framework was based on a 6×6×6 strategy, covering six beneficiary groups, six interventions and six institutional mechanisms.

Six Beneficiary Groups

The programme initially covered children aged 6–59 months, children aged 5–9 years, adolescents aged 10–19 years, women of reproductive age aged 15–49 years, pregnant women and lactating mothers.

Six Interventions

The major interventions included Iron-Folic Acid (IFA) supplementation, deworming, behaviour change communication, testing and treatment of anaemia, iron-fortified foods and management of non-nutritional causes of anaemia.

Institutional Mechanisms

The institutional framework provided for coordination, implementation and monitoring from the national level to the grassroots level to ensure effective delivery of the programme.

Why was AMB Revised?

Despite years of implementation, anaemia continues to be a major public health challenge in India. According to NFHS-5, 67.1% of children aged 6–59 months, 59.1% of adolescent girls, 57% of women aged 15–49 years and 52.2% of pregnant women were anaemic.

The revised approach recognises that anaemia is not caused only by iron deficiency. Other contributing factors include folate and Vitamin B12 deficiencies, poor dietary diversity, infections, worm infestations and inherited blood disorders.

Therefore, the programme is shifting from a predominantly iron-supplementation approach towards a more comprehensive framework involving prevention, early diagnosis, effective treatment, nutritional improvement and continuous follow-up.

Revised 7×7×7 Strategy

Expanded Beneficiary Coverage

The earlier 6×6×6 framework has been expanded into a 7×7×7 strategy by adding a new beneficiary group, a new intervention and a new institutional mechanism.

New Beneficiary Group

Low birth weight babies aged 0–6 months have been added as a new beneficiary group because they are born with lower iron stores and are therefore more vulnerable to anaemia during infancy.

Greater Focus on Nutrition

The revised programme introduces a new “Eat Right” intervention, promoting regular consumption of iron-rich and diversified diets. This reflects the recognition that anaemia cannot be effectively addressed through iron supplementation alone.

From T3 to T4 Strategy

The earlier Test, Treat and Talk (T3) approach has been upgraded to Test, Treat, Talk and Track (T4).

The new Track component will enable beneficiaries to be digitally monitored for treatment adherence, timely referral, follow-up and complete recovery. This represents a shift towards a more outcome-oriented approach.

Improved Treatment Protocols

Pregnant and lactating women suffering from severe anaemia or those who do not adequately respond to oral iron therapy will receive intravenous iron therapy, including Ferric Carboxymaltose and Iron Sucrose, according to national treatment guidelines.

Digital Monitoring

The revised guidelines strengthen digital monitoring of haemoglobin and treatment outcomes. Haemoglobin records of pregnant women will be captured through the JANANI Portal, while children's data will be recorded through the RBSK and U-WIN portals.

These platforms are intended to eventually be integrated into a single AMB Abhiyaan Portal for real-time monitoring, data analysis and evidence-based programme planning.

Greater Community Participation

The revised programme promotes Jan Chetna campaigns to increase public awareness regarding healthy diets, early screening, timely treatment and prevention of anaemia.

Significance of the Revised Guidelines

Shift from Input-Based to Outcome-Based Approach

The revised AMB Abhiyaan marks an important shift from an input-based approach, focused largely on distributing iron supplements, towards an outcome-based approach that seeks to ensure beneficiaries are screened, treated, tracked and fully recovered.

Life-Cycle Approach

By addressing anaemia across different stages of life, the programme seeks to prevent anaemia before pregnancy, improve maternal health and break the intergenerational cycle of malnutrition and anaemia.

Multi-Causal Approach

The revised framework recognises the multiple causes of anaemia and therefore combines nutrition interventions, medical treatment, supplementation, screening and behaviour change.

Technology-Driven Monitoring

Integration of digital health platforms can improve treatment tracking, follow-up and programme monitoring while enabling more evidence-based decision-making.

Human Capital and Development

Reducing anaemia can contribute to better maternal health, child development, cognitive abilities, learning outcomes and workforce productivity. The programme therefore supports the broader objectives of SDG 2 – Zero Hunger and SDG 3 – Good Health and Well-being.

Way Forward

The success of the revised AMB Abhiyaan will depend on ensuring an uninterrupted supply of iron supplements, promoting diversified and iron-rich diets, expanding access to haemoglobin testing, ensuring timely referral and treatment of severe cases, and strengthening digital monitoring systems.

Effective coordination among the Centre, States, healthcare institutions, schools, communities and frontline workers will be essential for ensuring comprehensive anaemia prevention and management across the life cycle.

Introduction

Samudra Manthan, the National Offshore Exploration Scheme, has been approved by the Union Cabinet to unlock India’s offshore oil and gas potential. It translates the Prime Minister’s Independence Day 2025 vision into a structured programme for expanding exploration in deepwater, ultra-deepwater and frontier offshore areas.

About the Scheme

Samudra Manthan is a Central Sector Scheme of the Ministry of Petroleum and Natural Gas with an approved outlay of ₹84,084 crore for implementation up to FY 2030–31. Its primary focus is to accelerate exploration and development of India’s frontier offshore hydrocarbon resources.

Why is the Scheme Needed?

Offshore exploration is highly risky, capital-intensive and technologically complex, with a long gestation period of around five to ten years. A single deepwater exploratory well can cost approximately $125–150 million, making private investment difficult without adequate risk-sharing mechanisms.

At the same time, existing oil and gas fields are experiencing a natural production decline of around 6–7% annually, creating a need to continuously discover and develop new domestic hydrocarbon resources.

Objectives

The scheme aims to de-risk offshore exploration and attract greater private and public investment into India’s offshore basins. It seeks to accelerate domestic oil and gas production, reduce import dependence and strengthen India’s energy security.

The programme also supports the broader objectives of Viksit Bharat, Make in India and Atmanirbhar Bharat by promoting domestic capabilities in offshore exploration, technology, manufacturing and services.

Major Features

The scheme provides for acquisition, processing and interpretation of seismic data to improve geological understanding and identify prospective offshore hydrocarbon resources.

It also promotes accelerated deepwater, ultra-deepwater and scientific drilling in frontier offshore basins, thereby expanding exploration beyond relatively mature hydrocarbon-producing areas.

Offshore Infrastructure

A major component of the scheme is the development of common offshore production and evacuation infrastructure, which can reduce the cost and risks associated with individual exploration and production projects.

The scheme also proposes an integrated Oil and Gas Manufacturing and Services Zone to strengthen domestic manufacturing and services related to offshore exploration.

In addition, digital programme management, capacity building, technology adoption, stakeholder engagement and international cooperation are envisaged to improve the overall efficiency of the offshore exploration ecosystem.

Financial Allocation

Of the total ₹84,084 crore outlay, around ₹43,200 crore has been allocated for drilling 60 deepwater exploratory wells.

Around ₹28,534 crore is earmarked for seismic data acquisition, while ₹10,000 crore is allocated for developing common offshore infrastructure hubs. Another ₹2,000 crore is provided for oil and gas manufacturing and services zones.

Risk Sharing and Investment Support

Since offshore exploration involves substantial geological and financial risks, the government will provide support of up to 50% of eligible drilling costs, subject to a maximum of ₹675 crore per well.

This risk-sharing mechanism is intended to make deepwater exploration more commercially attractive and encourage sustained public and private investment in frontier offshore basins.

The major targeted areas include the Krishna-Godavari, Cauvery and Mahanadi basins, along with the Andaman region.

Current Exploration Efforts

ONGC plans to drill around 150 deepwater wells over seven years and assess nearly 5,600 MMTOE (Million Metric Tonnes of Oil Equivalent) of potential resources.

Oil India is also undertaking exploration in the Andaman region and has reported the presence of natural gas in Vijayapuram-2 and Vijayapuram-3.

Production and Reserve Targets

Subject to successful exploration, the scheme aims to add more than 600 MMTOE of reserves and increase India’s annual domestic oil and gas production from approximately 62 MMTOE to 80 MMTOE.

It also seeks to expand India’s overall hydrocarbon resource base from around 1.6 billion tonnes to 2.2 billion tonnes of oil equivalent.

Significance for India

Energy Security

Greater domestic production of oil and gas can help reduce India’s dependence on imported hydrocarbons, thereby strengthening energy security and reducing vulnerability to fluctuations in international crude oil and gas prices.

Reduction in Import Bill

Successful development of offshore resources could potentially reduce India’s crude oil import bill by nearly ₹1 lakh crore annually, thereby improving the country’s external-sector resilience.

Industrial Development

The scheme can stimulate indigenous manufacturing, particularly in offshore equipment, drilling technology, engineering, marine services and oilfield technologies, supporting the objectives of Make in India and Atmanirbhar Bharat.

Employment Generation

Expansion of offshore exploration and associated manufacturing and service activities can generate large-scale employment across engineering, construction, logistics, technology, marine services and specialised oilfield operations.

Technology and Strategic Capability

The focus on deepwater and ultra-deepwater exploration can promote advanced technological capabilities and help India develop a globally competitive offshore technology and services ecosystem.

Overall Significance

Samudra Manthan represents a major attempt to unlock India’s frontier offshore hydrocarbon potential by combining government risk-sharing, advanced exploration technology, common infrastructure and private-sector participation. Its success could simultaneously strengthen energy security, reduce import dependence, expand domestic production and build India’s indigenous offshore industrial capabilities.

Introduction

The Union Cabinet has approved an expanded Khelo India Scheme along with enhanced Assistance to National Sports Federations (ANSFs), with a combined financial outlay of ₹36,441 crore for the period 2026–27 to 2030–31. The programme aims to use sports as an instrument of youth development and nation-building while strengthening India’s position as a global sporting power.

Policy Alignment

The programme is aligned with Khelo Bharat Niti 2025 and the National Education Policy 2020, seeking to integrate sports with education, physical fitness, technology and high-performance training. This approach treats sports not merely as competitive activity but as an important component of holistic youth development.

Athlete Development Pathway

The expanded programme establishes a structured athlete development pathway beginning with talent identification at the grassroots level and progressing through scientific training, regular competition, international exposure and preparation for the Olympic and Paralympic Games. Athletes can progress from grassroots competitions to Khelo India programmes and eventually to the Target Olympic Podium Scheme (TOPS).

Sports Infrastructure and Institutional Ecosystem

The nationwide sports ecosystem will include National Centres of Excellence, Khelo India Centres of Excellence, SAI Training Centres, accredited academies, Khelo India Centres and Youth Sports Companies of the Armed Forces. This institutional network is intended to provide athletes with access to training facilities, coaching and structured competitive opportunities.

School-Level Sports and Talent Identification

The programme will establish Khelo India Feeder Schools and Khelo India Utkrishta Vidyalayas to integrate sports and education from an early stage. The Emerging Khelo India Athletes (E-KIAs) category will substantially expand the pool of athletes receiving structured support, helping create a broader talent pipeline for elite sports.

Fit India and Inclusive Sports

The Fit India Movement will be expanded to promote active lifestyles and greater participation in sports, particularly among women and communities in border and remote areas. Sports-based interventions will also be used to address substance abuse, while the programme will support para-athletes, indigenous sports and community-level sports development.

Coaching, Technology and Partnerships

A National Coach Accreditation Board will help standardise coaching qualifications and professional standards. A unified digital sports platform is expected to strengthen data-based planning, governance and athlete management.

Greater collaboration with private academies and corporate institutions will also help mobilise additional expertise, infrastructure, technology and financial resources for athlete development.

Assistance to National Sports Federations

Enhanced Assistance to National Sports Federations (ANSFs) will support areas such as coaching, sports equipment, sports science, foreign experts and international exposure. This is intended to strengthen India’s high-performance sports ecosystem and improve the preparation of athletes for major international competitions.

Global Sporting Ambitions

The expanded programme is significant for India’s preparations for the 2030 Commonwealth Games and its broader Olympic and Paralympic hosting ambitions. It also contributes to the larger vision of Viksit Bharat@2047 by using sports to promote youth development, employment, health, social inclusion and national excellence.

Significance for India

The expanded Khelo India ecosystem represents a shift from a limited focus on elite athletes towards a complete sports development pathway, connecting schools, grassroots participation, talent identification, scientific training and international competition. By combining infrastructure development, coaching, technology, sports science and institutional partnerships, the programme seeks to create a sustainable foundation for India’s emergence as a global sporting power.

Introduction

Bhimtal Lake is the largest natural freshwater lake in the Kumaon region of Uttarakhand and one of the important lakes of the Himalayan region. Located in Nainital district, it is a natural lake of tectonic origin and forms part of the Kumaon Lake System. The lake is important for freshwater supply, biodiversity, fisheries, tourism and local livelihoods.

Location and Geographical Setting

Bhimtal Lake is situated in Bhimtal town of Nainital district, Uttarakhand, in the Kumaon Himalayas, at an altitude of about 1,375 metres above mean sea level. It lies approximately 22 km southeast of Nainital and is connected to the plains through Kathgodam, the nearest railway station.

Bhimtal is the largest natural lake in the Kumaon region and the largest lake in Nainital district. It is also the second-largest lake in Uttarakhand by surface area, after Tehri Lake, which is a reservoir.

The lake forms part of the Kumaon Lake System, which includes Nainital, Sattal, Naukuchiatal and Khurpatal. It lies within the Gola (Gaula) River basin and therefore forms an important component of the Himalayan drainage system.

Origin and Formation

Bhimtal is a natural freshwater lake of tectonic origin, formed through faulting and crustal movements associated with the uplift of the Himalayas. Geological studies classify it among the tectonic lakes of the Kumaon Himalayas.

Like Nainital and Sattal, Bhimtal occupies a depression created by geological fault movements. In 1883, the British constructed a masonry dam across the lake to regulate its water level and increase its storage capacity. Thus, the lake today functions as both a natural water body and freshwater reservoir.

Geographical and Hydrological Features

Bhimtal is a natural freshwater lake of tectonic origin situated at approximately 1,375 metres above sea level, with a catchment area of around 17.12 sq. km.

The lake receives water mainly from rainfall, natural springs and seasonal streams originating in the surrounding hills. The surrounding pine and oak forests help maintain water quality and reduce soil erosion.

The surplus water from the lake eventually drains into the Gola (Gaula) River, linking the lake with the broader Himalayan drainage system.

A distinctive feature of Bhimtal is the small island at the centre of the lake, which houses an aquarium and adds to its tourism significance.

Historical and Cultural Significance

The name Bhimtal is traditionally associated with Bhima, one of the five Pandavas mentioned in the Mahabharata. According to local tradition, Bhima visited the region during the Pandavas’ exile.

The Bhimeshwar Mahadev Temple, situated on the banks of the lake, is an important religious site and contributes to the cultural and spiritual significance of Bhimtal.

Ecological Importance

Bhimtal Lake is an important freshwater ecosystem supporting aquatic biodiversity and maintaining the ecological balance of the Kumaon Himalayas.

The lake serves as a source of drinking water for nearby settlements and supports diverse fish, plankton and other aquatic organisms. It also provides habitat for resident and migratory birds, making it significant for avian biodiversity.

The surrounding forests support diverse wildlife and contribute to regulation of the local climate and hydrological cycle. The lake also contributes to groundwater recharge, soil-moisture maintenance and hydrological balance within the Gola basin.

By regulating runoff from the surrounding hills, the lake and its catchment also help in reducing soil erosion.

Economic Importance

Bhimtal Lake supports the livelihoods of local communities through freshwater supply, fisheries and tourism. Its water is used for domestic purposes and irrigation in nearby areas.

Introduction

Electric mobility has emerged as a major global industrial transformation, driven by the shift from Internal Combustion Engine (ICE) vehicles towards cleaner and more sustainable transportation. According to the IEA Global EV Outlook 2025, EVs account for more than 50% of new car sales in China, over 20% in Europe, and around 10% in the United States. India is also gradually transitioning towards electric mobility as part of its broader goals of clean growth, energy security and sustainable transportation.

Status of India’s Electric Mobility Transition

Growing EV Adoption

India is the world’s third-largest automobile market, with the automobile sector contributing nearly 7% of GDP. The country is steadily moving towards electric mobility in response to the global transition towards cleaner transportation.

The transition gained significant momentum in 2024–25, when EVs accounted for 7.5% of total vehicle sales. EV penetration was particularly high among three-wheelers at 23.4%, followed by two-wheelers at 6.1%, buses at 5.3%, and passenger cars at 2%.

Indian companies such as Tata Motors, Mahindra, Ather and Bajaj are increasingly investing in EV platforms, battery manufacturing and critical components, while the government is simultaneously developing charging infrastructure, domestic battery production, critical mineral supply chains and battery recycling.

India has set a broader vision of achieving 30% EV penetration by 2030, with the objective of becoming a global hub for clean mobility while strengthening energy security, industrial competitiveness and climate action.

Government Initiatives for Electric Vehicles

National Electric Mobility Mission Plan

The National Electric Mobility Mission Plan (NEMMP) 2020 provides a long-term roadmap for accelerating EV adoption, domestic manufacturing and supporting infrastructure in India.

FAME India Scheme

The FAME India Scheme was introduced to promote electric mobility through purchase incentives, charging infrastructure and electric buses. Under FAME-I, implemented during 2015–19, around 2.55 lakh EVs were supported and 520 charging stations were approved.

Under FAME-II, with an outlay of ₹11,500 crore, more than 16.29 lakh EVs were supported, 6,862 e-buses were sanctioned and 8,885 public charging stations were facilitated as of June 2025.

PM E-DRIVE Scheme

The PM E-DRIVE Scheme (2024–28) has an outlay of ₹10,900 crore and provides incentives for electric two-wheelers, three-wheelers, trucks, ambulances and buses. It also supports public charging infrastructure and EV testing facilities.

Production Linked Incentive Schemes

The PLI Scheme for Auto and Auto Components, with an allocation of ₹25,938 crore, seeks to promote domestic manufacturing of Advanced Automotive Technologies (AAT), attract investment and generate employment.

The PLI Scheme for Advanced Chemistry Cell (ACC) Batteries, with an allocation of ₹18,100 crore, aims to establish indigenous battery manufacturing capacity, reduce import dependence and strengthen India’s EV value chain.

SPMEPCI and PM e-Bus Sewa

The Scheme for Promotion of Manufacturing of Electric Passenger Cars in India (SPMEPCI) encourages global and domestic manufacturers to establish EV manufacturing facilities in India through investment-linked incentives and domestic value-addition requirements.

The PM e-Bus Sewa Scheme, with an allocation of ₹20,000 crore, aims to deploy 10,000 electric buses through a public-private partnership model, thereby promoting cleaner and more efficient urban public transport.

Charging Infrastructure and State-Level Policies

The government is expanding EV charging infrastructure across highways, cities and fuel outlets through public and private sector participation to address range anxiety and facilitate wider EV adoption.

The India Electric Mobility Index (IEMI) developed by NITI Aayog assesses States and Union Territories on parameters such as EV adoption, charging readiness and innovation. Several states have also introduced purchase subsidies, tax exemptions, registration-fee waivers and manufacturing incentives.

India is also strengthening its domestic EV ecosystem through Make in India, Aatmanirbhar Bharat and the National Critical Mineral Mission, particularly in the areas of batteries, EV components, critical minerals and recycling.

Why is India Transitioning Towards Electric Vehicles?

Environmental and Climate Imperatives

EVs can help reduce vehicular air pollution because they produce zero tailpipe emissions and are significantly more energy-efficient than conventional ICE vehicles. This is particularly important for improving air quality in heavily polluted Indian cities.

Electric mobility can also contribute to India’s climate commitments, including its objective of achieving Net Zero emissions by 2070, by reducing emissions from the transport sector.

Energy Security

India’s heavy dependence on imported crude oil creates vulnerabilities for its energy security and current account. Greater EV adoption can reduce petroleum consumption and consequently help lower oil-import dependence.

Economic and Industrial Transformation

The global automobile industry is rapidly moving towards electric mobility. India needs to remain competitive by developing a strong domestic ecosystem covering EV manufacturing, batteries, charging infrastructure, software, semiconductors, recycling and advanced automotive technologies.

The EV sector also has substantial employment-generation potential across manufacturing, battery production, research and development, charging infrastructure, digital services, maintenance and recycling.

Although EVs generally have a higher upfront purchase cost, their lower running and maintenance costs can reduce the overall lifetime cost of mobility for consumers and commercial operators.

Technological and Strategic Benefits

As India expands its renewable energy capacity, EVs can increasingly operate on cleaner electricity, making the transport sector progressively less carbon-intensive. Smart charging can further integrate EVs with renewable energy and the electricity grid.

Developing domestic capabilities in batteries, EV components and critical minerals can strengthen Aatmanirbhar Bharat and reduce dependence on imported technologies and materials.

Electric mobility can also improve urban mobility by enabling cleaner and quieter public transport through the electrification of buses, two-wheelers and three-wheelers.

Challenges in India’s EV Transition

Industrial and Economic Challenges

Some automobile manufacturers remain concerned about a rapid transition because of potential revenue losses, stranded investments, high transition costs and increased competition from emerging EV manufacturers.

The high upfront cost of EVs remains a major barrier, particularly for low-income consumers, despite their relatively lower operating and maintenance costs over their lifetime.

Infrastructure Challenge

India still faces gaps in public charging infrastructure and battery-swapping facilities, which contribute to range anxiety and discourage potential consumers from adopting EVs.

Critical Mineral Dependence

India remains heavily dependent on imports of lithium, cobalt, graphite, rare earths and battery components. The dominance of China in global mineral processing creates strategic vulnerabilities for India’s EV supply chain.

Employment and Skill Transition

The shift from ICE vehicles to EVs may affect workers involved in conventional automobile manufacturing, repair and servicing. Therefore, reskilling and employment-transition measures are necessary to ensure a just transition.

Policy and Regulatory Challenges

Delays in strengthening fuel-efficiency standards and adopting Zero-Emission Vehicle (ZEV) mandates can slow the pace of electric mobility. Continued emphasis on hybrid vehicles may also divert investments from battery-electric vehicles.

Battery Recycling Challenge

India needs a stronger ecosystem for battery reuse, recycling and safe disposal of end-of-life batteries. Efficient recycling is particularly important because it can recover valuable critical minerals and reduce dependence on primary mineral imports.

Consumer Concerns

Concerns related to charging availability, battery life, resale value and range anxiety continue to influence consumer decisions and slow wider EV adoption.

Way Forward

Clear and Predictable Policy

India needs a time-bound and predictable policy roadmap for the gradual transition away from fossil-fuel vehicles. Greater regulatory certainty can encourage automobile manufacturers and investors to undertake long-term investments in EV technologies.

Stronger Regulatory Framework

Strengthening Corporate Average Fuel Efficiency (CAFE) norms and introducing effective Zero-Emission Vehicle (ZEV) mandates can accelerate the adoption of cleaner vehicles.

Expansion of Charging Infrastructure

India needs an extensive and reliable network of public charging stations and battery-swapping facilities, along with greater integration of charging facilities into residential and commercial buildings through a Right-to-Charge approach.

Strengthening Domestic Manufacturing

Greater emphasis should be placed on indigenous manufacturing of batteries, EV components, power electronics and critical minerals through initiatives such as Make in India and the National Critical Mineral Mission.

Research and Innovation

India needs greater investment in advanced battery technologies, battery recycling, rare-earth alternatives and next-generation mobility solutions to reduce technological dependence and improve global competitiveness.

Circular Economy Approach

A strong circular economy for batteries should be developed through efficient systems for reuse, recycling and recovery of critical minerals. This can simultaneously improve resource security and reduce environmental impacts.

Just Transition

Workers dependent on conventional automobile manufacturing and servicing should receive opportunities for reskilling and upskilling, ensuring that the transition towards electric mobility remains inclusive and employment-sensitive.

Consumer-Centric Adoption

The government should improve affordable financing, targeted incentives and innovative ownership models to reduce the initial cost burden and make EVs accessible to a wider section of society.

Balanced Growth and Clean Mobility

India should view electric mobility not merely as an environmental intervention, but as a strategic opportunity to improve energy security, reduce oil imports, strengthen domestic manufacturing, improve urban air quality and establish India as a global clean-mobility hub.