MAINS Current Affairs includes Can GOBARdhan Fuel Efficiency? & E-Mobility Is the Way Ahead for India

Environment and Energy

1. Can GOBARdhan Fuel Efficiency?

Context: The Union Cabinet’s approval of GOBARdhan, the National Circular Bioenergy Scheme, seeks to strengthen India’s domestic bioenergy production.

• The initiative also highlights the challenges involved in converting India’s abundant organic waste into a dependable source of clean energy.
• Its effectiveness will depend on reliable feedstock supplies, viable infrastructure, financial sustainability and assured markets for the energy produced.

Background

• India meets nearly 50% of its natural gas requirement through imports, making energy security a strategic priority.
• Geopolitical developments and disruptions along the Strait of Hormuz have reinforced concerns about the reliability of energy supply routes.
  • The Strait reportedly carries approximately 55–60% of India’s Liquefied Natural Gas (LNG) imports, highlighting the importance of diversifying supply and strengthening domestic production.
• Against this backdrop, the Union Cabinet approved GOBARdhan, aimed at developing India’s circular bioenergy ecosystem and reducing dependence on imported fossil fuels.

About Galvanizing Organic Bio-Agro Resources Dhan (GOBARdhan)

1. Origin and Objectives

• GOBARdhan was originally launched in 2018 under the Swachh Bharat Mission (Grameen) as part of Solid and Liquid Waste Management (SLWM).
• It seeks to convert organic waste into useful resources, particularly biogas and bio-slurry.
• The initiative covers waste streams such as:
  • Animal dung and other animal waste.
  • Kitchen leftovers and other organic household waste.
  • Agricultural residues.
  • Market waste.
• Its principal objectives include improving rural sanitation, reducing unmanaged waste and generating renewable energy and organic soil amendments.

2. Institutional Consolidation

• Previously, the Compressed Biogas (CBG) ecosystem involved four different ministries.
• In 2026, the government consolidated the scheme under the Ministry of Petroleum and Natural Gas to improve coordination and streamline implementation.

3. Financial and Implementation Framework

4. Expected Outcomes Over a Decade

• According to the scheme details provided:
  • Foreign exchange savings: More than ₹40,000 crore through reduced import dependence.
  • Fossil fuel displacement: Approximately 10 million metric tonnes (MMT) of fossil fuel use.
  • Contribution to GDP: More than ₹75,000 crore.
  • Emission reduction: Over 40 million tonnes of CO₂ emissions avoided through waste diversion from landfills.
  • Organic fertiliser production: Approximately 250 million metric tonnes.
• These are projected outcomes over the implementation period, rather than achieved results.

Six Growth Engines under GOBARdhan

1. Assured Compressed Biogas (CBG) Offtake

• The scheme introduces a dedicated CBG Offtake Assurance framework to provide producers with a predictable market for their output.
• Procurement by City Gas Distribution (CGD) entities is intended to support the notified CBG Obligation trajectory.

• The stated obligations apply to the CNG (Transport) and PNG (Domestic) segments.
• Assured demand can improve revenue predictability and encourage investment in new CBG production facilities.

2. Stable CBG Pricing Framework

• GOBARdhan introduces a government-backed administered price of ₹2,110 per Metric Million British Thermal Unit (MMBTU).
• This is equivalent to approximately ₹105 per kilogram of CBG, as specified in the source.
• The framework seeks to provide greater price stability and improve the commercial viability of CBG production.

3. Capital Assistance

• Eligible greenfield CBG projects can receive capital assistance of up to ₹2 crore per tonne per day (TPD) of installed CBG capacity.
• Such assistance is intended to reduce initial investment barriers and encourage the establishment of new production facilities.

4. Development of Pipeline Infrastructure

• The scheme supports both cluster-based and standalone pipeline infrastructure.
• The objective is to connect CBG production plants with trunk pipelines and city gas distribution networks.
• Better connectivity can reduce logistical constraints and facilitate the integration of domestically produced CBG into existing gas-distribution systems.

5. Credit Guarantee Support

• The scheme provides for credit guarantee coverage of up to 85% on eligible loans for qualifying projects.
• This mechanism is intended to reduce lending risks and improve access to finance for bioenergy enterprises.

6. CBG Ecosystem Challenge Fund

• GOBARdhan establishes a dedicated CBG Ecosystem Challenge Fund to accelerate implementation at the district level.
• It aims to strengthen local value chains and improve coordination among stakeholders involved in feedstock collection, processing, energy production and distribution.

Key Issues to Examine

1. Fragmented Feedstock Supply

• Agricultural residues and cattle dung are distributed across numerous small farms and rural households.
• Aggregating these materials in sufficient quantities can be difficult and expensive.
• Inadequate coordination among farmers, collection agencies and plant operators may disrupt regular production.

2. Seasonal Availability and Storage

• Crop residues are generated mainly during specific harvesting periods.
• CBG plants require a continuous supply of suitable feedstock throughout the year.
• Therefore, inadequate storage and preservation infrastructure can create seasonal shortages and interrupt plant operations.

3. High Transportation Costs

• Biomass generally has relatively low energy density, making the transportation of large volumes over long distances expensive.
• High collection and transport costs can reduce the profitability of bioenergy projects.
• Plant location and the availability of nearby feedstock sources are consequently important determinants of commercial viability.

4. Regional Disparities

• Regions with established dairy cooperatives, organised agricultural networks and better mechanisation may attract more investment.
• Areas with fragmented landholdings, weak rural logistics and limited collection infrastructure may find it harder to develop viable projects.
• Uneven regional development could result in an unequal distribution of investment and benefits.

5. Plant Viability and Operational Challenges

• Biogas and CBG plants require dependable feedstock supplies, appropriate technology and regular maintenance.
• Poor plant management or inadequate technical expertise can affect operational efficiency.
• The number of plants established alone cannot indicate success; consistent energy production and plant utilisation are equally important.

6. Financial Challenges

• High initial capital expenditure and recurring operating costs can discourage investment.
• Uncertain market returns may make lenders and investors cautious.
• The commercial sustainability of projects depends on predictable prices, reliable buyers, efficient logistics and adequate access to credit.

Significance of GOBARdhan

1. Strengthening Energy Security

• Domestic production of biogas and CBG can reduce dependence on imported fossil fuels.
• Greater use of indigenous organic resources can diversify India’s energy supply and improve resilience to international disruptions.
• Integration with existing gas-distribution infrastructure can support wider use of domestically produced clean fuel.

2. Environmental Protection

• Converting organic waste into useful products can reduce uncontrolled decomposition and pollution associated with unmanaged waste.
• Waste processing can contribute to lower greenhouse gas emissions when it prevents methane emissions and displaces fossil fuels.
• Actual environmental benefits will depend on plant efficiency, waste handling and the overall emissions associated with collection and processing.

3. Strengthening the Rural Economy

• Bioenergy plants can generate employment in feedstock collection, transportation, processing and plant maintenance.
• Farmers and rural households may gain additional income opportunities by supplying organic waste.
• Local bioenergy value chains can encourage rural enterprise development and improve the economic use of agricultural residues.

4. Benefits for Agriculture

• Digestate, the material remaining after anaerobic digestion, can be used as an organic soil amendment.
• Its appropriate use can help recycle nutrients and improve soil management.
• The production and use of organic fertiliser can support more circular agricultural practices.

5. Promoting a Circular Economy

• GOBARdhan links waste management, renewable energy production and resource recovery.
• It transforms organic waste from a disposal problem into a potential source of energy and agricultural inputs.
• The initiative can strengthen the relationship between rural sanitation, clean energy and sustainable farming.

Way Forward

1. Improve Local Collection and Segregation

• Establish efficient systems for collecting and segregating organic waste at the village and district levels.
• Develop aggregation centres close to farms, dairy cooperatives and markets.
• Encourage partnerships among local bodies, farmer groups and private operators to ensure regular feedstock availability.

2. Strengthen Financial and Technical Support

• Improve access to capital assistance, credit guarantees and suitable financing arrangements.
• Promote the adoption of appropriate and efficient bioenergy technologies.
• Build local technical capacity for plant operation, maintenance and troubleshooting.

3. Establish Reliable Purchase and Transport Arrangements

• Ensure predictable offtake arrangements and transparent pricing for CBG producers.
• Expand pipeline connectivity and other suitable transport infrastructure.
• Locate plants strategically near feedstock sources to minimise transportation costs and supply disruptions.

4. Promote Stakeholder Coordination

• Strengthen cooperation among local governments, farmers, dairy cooperatives, financial institutions and private operators.
• Encourage district-level planning based on locally available waste resources.
• Build integrated value chains linking waste collection, energy production, fertiliser recovery and final markets.

5. Monitor Outcomes, Not Just Infrastructure

• Evaluate plant performance through measurable indicators such as:
  • Actual CBG production and plant utilisation.
  • Reliability of feedstock supply.
  • Financial sustainability and timely payments to suppliers.
  • Quantity of organic waste processed.
  • Emissions avoided and quality of recovered digestate.
• Regular monitoring can help identify underperforming projects and ensure that public expenditure produces measurable energy and environmental benefits.

Conclusion

• GOBARdhan offers an opportunity to connect organic waste management with domestic energy production, rural employment and sustainable agriculture.
• However, abundant waste does not automatically translate into affordable and reliable energy. Its conversion requires efficient collection systems, viable plants, assured markets and dependable infrastructure.
• The success of GOBARdhan will depend on building an economically sustainable waste-to-energy ecosystem rather than merely increasing the number of plants.
• With effective implementation, the scheme can contribute to India’s energy security, circular economy and broader transition towards cleaner and more sustainable growth.

Environment

2. E-Mobility Is the Way Ahead for India

Context: The Lieutenant-Governor of Delhi recently highlighted electric mobility (E-mobility) as an important pathway for India’s strategic interests, economic growth and ecological sustainability.

• E-mobility can help reduce dependence on imported fossil fuels, lower transport-related emissions and promote domestic manufacturing of electric vehicles and associated technologies.

About E-Mobility

• E-mobility (Electric Mobility) refers to the use of electrically powered vehicles and transportation systems as an alternative to conventional vehicles primarily running on petrol or diesel.
• It encompasses electric vehicles (EVs), batteries, charging infrastructure and associated technologies that enable cleaner and more energy-efficient transportation.

Electric Vehicles (EVs)

• An electric vehicle uses an electric motor powered by electrical energy stored in a battery or generated through an onboard system.
• Depending on the technology used, EVs are classified into four major categories:

Types of Electric Vehicles

Adoption of EVs in India

1. Rising EV Penetration

• EV adoption in India has increased substantially, rising from 08% in FY 2015–16 to 8.26% in FY 2025–26, according to the figures provided in the source.
• India’s expansion has outpaced the global trend in terms of the reported growth in EV adoption.
• India’s EV penetration was approximately one-fifth of the global level in 2020, increasing to more than two-fifths of the global level in 2024.
• In 2025, Uttar Pradesh emerged as the largest EV market, followed by Maharashtra and Karnataka.

2. Growth in EV Exports

• India’s EV exports increased from USD 1.2 million in 2020 to USD 84 million in 2024.
• Nepal, Indonesia and Japan were among the major export destinations.
• These developments indicate the potential for India to expand from a domestic EV market into a globally competitive manufacturing and export hub.

3. Charging Infrastructure

• According to Bharat Heavy Electricals Limited (BHEL), India had 52,718 public charging stations as of July 2026.
• Of these, 16,561 were equipped with fast-charging facilities.
• Expanding the availability of charging stations, particularly along highways and in underserved regions, remains essential for improving consumer confidence and reducing range anxiety.

4. Investment in the EV Ecosystem

• India’s EV ecosystem attracted more than USD 1.4 billion in FY 2025, approximately 27% higher than in 2024.
• Delhi emerged as the leading city for EV investments in the reported period.
• Investment growth can support manufacturing, charging infrastructure, battery technology and associated services.

5. Expansion of Domestic Manufacturing

• The e VITARA (2025) is Suzuki’s first global strategic Battery Electric Vehicle.
• The Made-in-India model is intended for export to more than 100 countries.
• This development is expected to strengthen India’s role as a global manufacturing base for Suzuki’s electric vehicles.

6. Market Growth Potential

• India’s EV market was valued at approximately USD 3.71 billion in 2025 and is projected to reach USD 191.04 billion by 2034, at a reported CAGR of 54.94%.
• The Indian EV battery market is projected to increase from USD 2.71 billion in 2025 to USD 15.90 billion by 2034, at a reported CAGR of 21.70%.
• These projections highlight potential opportunities in vehicle production, battery manufacturing, charging infrastructure and related industries.

7. National Targets

• India aims to achieve 30% electric vehicle sales by 2030, in alignment with the global EV30@30 initiative.
• The source also identifies a target of establishing 32 million charging stations across India by 2030.
• Achieving these ambitions requires coordinated action across manufacturing, electricity supply, charging networks and consumer adoption.

Challenges in EV Adoption

1. High Initial Cost

• Electric vehicles often have higher upfront purchase costs than comparable internal combustion engine vehicles.
• Batteries constitute a significant component of the overall vehicle cost.
• High initial expenditure can discourage adoption, particularly among price-sensitive consumers and commercial fleet operators.

2. Limited Charging Infrastructure

• The availability and geographical distribution of charging stations remain important barriers to wider EV adoption.
• Inadequate charging facilities in rural areas, smaller cities and on highways can make long-distance travel difficult.
• Charging accessibility is especially important for users who cannot install private charging facilities at home.

3. Range Anxiety

• Range anxiety refers to the fear that a vehicle will run out of battery charge before reaching a charging station.
• Concerns about battery range, charging time and the reliability of charging networks can influence consumer purchasing decisions.
• Reliable fast-charging infrastructure and clear information about charging availability can help address these concerns.

4. Battery Technology and Supply-Chain Dependence

• India remains heavily dependent on imported lithium-ion batteries and critical battery inputs.
• This dependence exposes the EV industry to international price fluctuations and supply-chain disruptions.
• Limited domestic capabilities in battery materials, cell manufacturing and advanced technologies can affect cost competitiveness and strategic autonomy.

5. Limited Consumer Awareness

• Some consumers lack adequate information about EV technologies, available models, operating costs and environmental benefits.
• Concerns regarding battery life, replacement costs, resale value and charging convenience may discourage adoption.
• Consumer education and transparent information are therefore important for building confidence in electric mobility.

Government Initiatives to Promote E-Mobility

1. National Electric Mobility Mission Plan and FAME-I

• The National Electric Mobility Mission Plan (NEMMP) was introduced to accelerate the adoption and domestic production of electric and hybrid vehicles.
• The Faster Adoption and Manufacturing of Hybrid and Electric Vehicles (FAME-I) scheme operated from 2015 to 2019.
• It sought to encourage EV adoption and support the development of the domestic electric mobility ecosystem.

2. FAME-II

• Launched in 2019, FAME-II aimed to accelerate EV adoption and strengthen supporting infrastructure.
• Its focus included:
  • Encouraging the adoption of electric vehicles.
  • Expanding the electric bus network.
  • Supporting the development of charging infrastructure.

3. Production Linked Incentive Scheme for the Automobile and Auto Component Industry

• The PLI-Auto scheme, launched in 2021, seeks to promote domestic manufacturing of Advanced Automotive Technologies (AAT).
• It supports the development of advanced automotive products and strengthens domestic manufacturing capabilities.
• Companies such as Tata Motors and Mahindra & Mahindra have made significant investments in EV production.
• The scheme specifies a minimum 50% domestic value addition (DVA) requirement for companies to qualify for incentives, as described in the source.

4. Scheme for Promotion of Manufacturing of Electric Passenger Cars in India (SPMEPCI), 2024

• The scheme aims to attract global electric passenger-car manufacturers to invest in India.
• Approved applicants receive a five-year window to import Completely Built-in Units (CBUs) of electric four-wheelers meeting the specified conditions.
• The source specifies a minimum CIF value of USD 35,000 and a reduced customs duty of 15% for eligible imports.
• The initiative is intended to encourage domestic investment and strengthen India’s position in global EV manufacturing.

5. India Electric Mobility Index (IEMI)

• NITI Aayog introduced the India Electric Mobility Index in 2025.
• The index measures, tracks and compares the progress of States and Union Territories towards their electric mobility objectives.
• According to the source, Delhi, Maharashtra and Chandigarh were identified as leading regions or Frontrunners in the recent IEMI assessment.
• The index can help identify implementation gaps and encourage competitive improvement among States and UTs.

6. PM e-Bus Sewa–Payment Security Mechanism Scheme

• Notified in 2024, the scheme provides payment security coverage for each bus deployed under the mechanism for up to 12 years.
• It seeks to reduce payment-related risks and encourage participation in electric bus deployment.
• Such support can help improve the viability of public electric transport services.

7. Delhi’s EV Policy

• Delhi’s EV policy aims to reduce vehicular emissions and improve urban air quality.
• In 2026, the Government approved a comprehensive scheme to replace old, high-emission trucks and buses in Delhi-NCR.
• The two-year scheme is intended to support the replacement of approximately 2.07 lakh commercial vehicles across Delhi, Haryana, Rajasthan and Uttar Pradesh.
• Fleet modernisation can complement the adoption of electric mobility and help address pollution from older commercial vehicles.

8. National Mission on Manufacturing (NMM)

• The National Mission on Manufacturing, introduced in 2025, identifies EVs as a key seed sector for innovation-led industrial growth.
• It aims to increase manufacturing’s contribution to GDP from 9% in 2023 to 25%.
• The mission seeks to strengthen the EV ecosystem through:
  • Advanced manufacturing capabilities.
  • Technology development and innovation.
  • Integration of Indian EV production into global value chains.

9. PM Electric Drive Revolution in Innovative Vehicle Enhancement Scheme (PM E-DRIVE)

• PM E-DRIVE aims to accelerate EV adoption through targeted demand incentives and support for domestic manufacturing.
• It also seeks to expand charging infrastructure.
• The scheme is intended to address multiple barriers to adoption by supporting vehicle demand alongside the development of the wider EV ecosystem.

10. Concessional GST on EVs

• Electric vehicles in India attract a concessional GST rate of 5%, according to the source.
• The rate applies to electric cars, two-wheelers and three-wheelers.
• Preferential taxation helps reduce the tax burden on EV purchases relative to conventional vehicles and supports wider adoption.

Way Forward

1. Strengthen Domestic Manufacturing

• India should transition from an import-dependent EV market towards a globally competitive production and export hub.
• Greater domestic value addition in vehicles, batteries and critical components can improve industrial competitiveness.
• Collaboration among manufacturers, research institutions and technology providers can accelerate innovation and reduce supply-chain vulnerabilities.

2. Accelerate Battery Localisation

• Expand domestic battery-cell manufacturing and the development of battery materials.
• Strengthen research into advanced battery technologies, recycling and second-life applications.
• Diversify sources of critical minerals and improve supply-chain resilience to reduce exposure to international disruptions.

3. Build a Robust Charging Network

• Expand public charging infrastructure in cities, residential areas, commercial hubs and along highways.
• Encourage suitable charging facilities for public transport and commercial fleets.
• Improve interoperability, reliability and access to fast-charging services to address range anxiety.

4. Promote Cleaner and More Efficient Transport

• Integrate electric mobility with public transport, shared mobility and urban planning.
• Encourage the electrification of buses, two-wheelers, three-wheelers and commercial fleets where operationally suitable.
• The environmental benefits of EVs can be strengthened by progressively increasing the share of renewable electricity in the power mix.

5. Implement Stricter Vehicle-Efficiency Standards

• The government is developing the next phases of Corporate Average Fuel Efficiency (CAFE) norms:
  • CAFE III: 2027–2032.
  • CAFE IV: 2033–2037.
• The proposed framework is intended to introduce stricter CO₂ emission targets based on the Worldwide Harmonised Light Vehicle Test Procedure (WLTP).
• Stronger efficiency standards can complement electrification by encouraging improvements in the overall fuel and energy efficiency of the vehicle fleet.

6. Align E-Mobility with Energy Security and Climate Goals

• Electric mobility can help reduce oil-import dependence and strengthen India’s energy security.
• It also supports the country’s long-term climate ambitions, including its 2070 net-zero vision.
• Realising these benefits requires deeper supply-chain integration, accelerated battery localisation, reliable charging infrastructure and cleaner electricity generation.

Conclusion

• E-mobility offers India an opportunity to combine cleaner transportation with industrial development, technological innovation and greater energy security.
• However, wider adoption depends on making EVs affordable, strengthening domestic battery manufacturing, expanding charging infrastructure and building consumer confidence.
• Deeper supply-chain integration, accelerated localisation and reliable charging networks will be essential to India’s transition from an import-dependent market towards a globally competitive EV manufacturing hub.
• A coordinated approach to technology, infrastructure and policy can help establish electric mobility as a key pillar of sustainable growth and India’s long-term environmental objectives.

Download Pdf | Study Material | Downloads | Daily Quiz  | FREE Youtube Videos