India Leads the Charge in Energy Transformation

  Editorial   Mar 7, 2025  Add to Reading List
India Leads the Charge in Energy Transformation

India is navigating an ambitious energy transformation driven by rapid economic growth and a surge in electricity demand, expected to increase by 8% this year. The country has set a target to deploy 500 GW of renewable energy and has already added 24.2 GW of renewable energy in 2023-2024. Despite significant strides in renewable energy, challenges such as grid infrastructure, storage, and equitable access remain.

Key Approaches in India’s Energy Transition:

  1. Decentralized Energy Solutions: India is adopting decentralized renewable energy systems like solar mini-grids and rooftop solar to bridge energy gaps, particularly in rural and remote regions. Initiatives like Tata Power’s micro-grid project, which electrifies 10,000 villages, and the PM-KUSUM scheme for solar irrigation are vital steps toward energy equity.
  2. Energy Storage to Overcome Intermittency: To ensure a stable grid with high renewable energy penetration, India is investing in battery storage systems. Companies like JSW Group are advancing battery manufacturing capacity, while international partnerships, such as with the Global Energy Alliance for People and Planet (GEAPP), are deploying energy storage solutions like solar farms with integrated batteries.
  3. Electrifying Mobility: India is using clean energy to decarbonize its transport sector with a target of 30% electric vehicle (EV) penetration by 2030. The government's FAME II initiative is expanding electric bus infrastructure and stimulating EV sales, which hit over 1.5 million units in 2023. The PLI scheme for advanced battery technology has also encouraged partnerships with global players like Tesla.
  4. International Leadership and Global Advocacy: India is a key player in global renewable energy initiatives like the International Solar Alliance (ISA) and advocates for equitable energy financing at global forums like COP29. India’s push for free access to green technology and climate finance has positioned it as a leader in advocating for global energy transformation.
  5. Balancing Energy Security with Sustainability: While India's shift to renewable energy continues, coal still plays a significant role in maintaining energy security, particularly during peak demand periods. In 2024, India added nearly 15 GW of renewable energy capacity, nearly doubling its capacity from the previous year. The phased approach to energy policy ensures security while scaling renewable alternatives.
  6. Efficiency and Waste Reduction: Energy efficiency programs such as the Perform, Achieve, and Trade (PAT) scheme have resulted in substantial CO2 savings. The UJALA scheme, distributing over 36 crore LED bulbs, has led to significant financial savings, demonstrating India's commitment to both energy efficiency and clean energy.
  7. Offshore Wind and Private Investment: India is exploring offshore wind potential, with recent approvals for 1 GW wind projects in Tamil Nadu and Gujarat. The goal is to achieve 140 GW of offshore wind capacity by 2030. Moreover, private sector investments from groups like Adani and Reliance are pivotal in accelerating India’s energy transition.

Challenges in the Energy Transition:

  1. Renewable Energy Intermittency: While India is scaling its renewable energy capacity, the intermittent nature of solar and wind energy presents challenges. The lack of robust energy storage infrastructure hampers consistent power supply during peak demand periods. Investments in storage, such as battery energy storage systems (BESS), remain critical to overcoming these challenges.
  2. Coal Dependence and Decarbonization: Despite significant progress in renewable energy, coal remains integral to India’s energy mix, posing a challenge to achieving net-zero emissions by 2070. Peak demand in 2024 highlighted the reliance on coal-based electricity, undermining India’s climate commitments.
  3. Funding Gaps in Green Energy: The green energy transition requires substantial capital investments, yet funding gaps remain. India requires an estimated $10.1 trillion in investments to meet its net-zero targets. Additionally, delays in subsidy disbursements under programs like PM-KUSUM have hindered solar adoption.
  4. Grid and Infrastructure Limitations: India’s aging grid infrastructure struggles to accommodate the increasing share of renewable energy, leading to curtailment and reliability issues. The Green Energy Corridor project has faced delays, further complicating the integration of renewables.
  5. Energy Access Gaps: Despite achieving universal electrification, rural and remote regions still face energy access disparities. 2.4% of Indian households remain unelectrified, concentrated in rural northern and eastern states. More investments in grid connectivity and decentralized solutions are needed to bridge these gaps.
  6. Dependence on Imported Technologies: India’s renewable energy sector depends heavily on imported solar modules, wind turbines, and batteries. In 2023-24, India imported $7 billion worth of solar equipment, with a significant portion sourced from China, exposing vulnerabilities in the supply chain.

Measures for a Sustainable Energy Transition:

  1. Domestic Manufacturing Expansion: Strengthening domestic manufacturing capabilities for solar, wind, and battery systems will reduce reliance on imports. Expanding initiatives like the PLI Scheme for solar manufacturing can foster local production and create a more resilient supply chain.
  2. Green Hydrogen Development: Green hydrogen offers a pathway to decarbonize hard-to-abate sectors like steel and cement. The government’s National Green Hydrogen Mission, along with subsidies for electrolysis technology, can facilitate large-scale hydrogen production and position India as a global leader in green hydrogen.
  3. Grid Modernization and Smart Technologies: Modernizing India’s transmission and distribution infrastructure with smart grids and AI-based management systems can improve efficiency and integration of renewable energy. The RDSS scheme aims to reduce grid losses, ensuring a more reliable and efficient grid.
  4. Circular Economy in Energy Systems: Adopting circular economy principles in renewable energy systems—such as recycling solar panels and reusing materials from decommissioned wind turbines—can ensure sustainability while creating economic opportunities in rural areas.
  5. Just Transition for Coal-Dependent Regions: A fair transition for coal-dependent states like Jharkhand and Odisha requires skill development, alternative employment opportunities, and support for green industries to prevent socio-economic disruptions.
  6. Expanding Energy Storage and EV Integration: Expanding energy storage solutions and encouraging the adoption of vehicle-to-grid (V2G) technology will help stabilize the grid and manage peak demand. Policies to incentivize V2G-enabled EVs and promote energy storage can contribute to a more flexible and reliable energy system.

Key Takeaways
India’s energy transition is a multifaceted effort that balances economic growth with sustainability. By investing in renewable energy, grid modernization, energy storage, and green hydrogen, India can build a resilient energy system. Addressing challenges such as coal dependence, financing gaps, and energy access inequality will be key to ensuring the success of this transformation, ultimately aligning with India’s sustainability goals and contributing to global climate commitments.