**Executive Summary**
This report, dated December 6, 2025, by PIB Delhi, focuses on India's advancements in solar energy, highlighting its solar capacity surge to 129 GW, contributing to non-fossil power exceeding 50% of India's total installed capacity. It outlines key initiatives, specifically the PM Surya Ghar scheme, which facilitates rooftop solar adoption and the PM-KUSUM scheme promoting solar energy in agriculture, and the extension of the PM-KUSUM scheme to March 31, 2026. The report emphasizes India's commitment to renewable energy and its global leadership role.
**Key Points / Main Content**
* **Solar Energy Capacity and Growth:**
* India's solar capacity has surged to 129 GW in 2025, a significant increase from 3 GW in 2014.
* Non-fossil power now accounts for over 50% of India's 500 GW installed capacity.
* **PM Surya Ghar Scheme:**
* Nearly 24 lakh households have adopted rooftop solar under PM Surya Ghar until December 2025.
* Installation capacity is 7 GW of clean energy with ₹ 13,464.6 Cr Subsidy released.
* **PM-KUSUM Scheme:**
* Facilitated close to 9.2 lakh standalone solar pumps under component B.
* The scheme is extended until March 31, 2026, with central finance assistance ranging from 30% to 50% for solar pumps up to 15 HP.
* **Solar Parks:**
* As of October 31, 2025, 55 solar parks with a combined sanctioned capacity of 40 GW have been approved across 13 Indian states.
* The solar park scheme has been extended until March 31, 2029, for completion of all approved solar parks.
* **Panchamrit Framework:**
* 500 GW of Non-Fossil Fuel-Based Installed Electricity Capacity by 2030.
* 50% Share of Installed Electricity Capacity from Non-Fossil Sources by 2030.
* Reduction of Total Projected Carbon Emissions by 1 Billion Tonnes by 2030.
* Reduction of Carbon Intensity of the Economy by 45% by 2030 (compared to 2005 levels).
* Net Zero Emissions by 2070.
* **Production-Linked Incentive (PLI) Scheme for Solar PV:**
* Aims to achieve Giga Watt (GW)-scale manufacturing capacity in high-efficiency solar PV modules.
* Incentives offered for five years post-commissioning.
* As of September 2025, the PLI scheme has attracted ₹52,900 crore in investment and generated around 44,400 jobs.
* **International Solar Alliance (ISA):**
* The 8th Assembly of the ISA convened in New Delhi from October 27 to 30, 2025.
**Impact Analysis**
**Households adopting rooftop solar under PM Surya Ghar**
* **Impact**: Access to clean energy, reduced electricity bills, contribution to environmental sustainability.
* **Action Required**: Install rooftop solar systems to benefit from the scheme.
**Farmers using solar pumps under PM-KUSUM**
* **Impact**: Access to reliable power for irrigation, reduced dependence on traditional energy sources, potential to sell surplus power.
* **Action Required**: Participate in the PM-KUSUM scheme to install standalone solar pumps.
**Renewable energy sector and associated industries**
* **Impact**: Increased investment, job creation, technological advancements, and strengthening of India's energy self-reliance.
* **Action Required**: Participate in the Production-Linked Incentive (PLI) Scheme for Solar PV to benefit from incentives.
**Participating countries and delegates of the International Solar Alliance (ISA)**
* **Impact:** Contribute to accelerating global solar adoption.
* **Action Required:** Implement collective commitments to advancing solar finance, resilient supply chains, and inclusive access to affordable renewable energy.
Key Entities Referenced
Panchamrit Framework: India's roadmap for green transition announced at COP26 Glasgow with 5 key components.
National Solar Mission (NSM): A flagship initiative of the Government of India to promote solar energy deployment.
PM Surya Ghar: A scheme to provide rooftop solar systems to households, providing up to 300 units of free electricity every month.
Ministry of New and Renewable Energy (MNRE): Government of India ministry implementing the Production Linked Incentive (PLI) Scheme and other initiatives.
Production-Linked Incentive (PLI) Scheme for Solar PV: Scheme implemented by MNRE to promote domestic manufacturing of high-efficiency solar PV modules.
PIB Headquarters
India’s Solar Momentum
129 GW solar push takes non-fossil share beyond 50% of
total installed capacity
प्रव तथ: 06 DEC 2025 9:44AM by PIB Delhi
Key Takeaways
India’s solar capacity surged to 129 GW in 2025, up from 3 GW in 2014.
Non-fossil power crosses 50% of India’s 500 GW capacity.
Nearly 24 lakh households have adopted rooftop solar until December 2025 under PM Surya
Ghar with installation capacity of 7 GW of clean energy and ₹ 13,464.6 Cr Subsidy released.
PM-KUSUM facilitated close to 9.2 lakh standalone solar pumps under component B, boosting
clean energy use in agriculture.
As of 31st October 2025, 55 solar parks with a combined sanctioned capacity of 40 GW
approved across 13 Indian states.
Introduction
India’s solar journey is powering its emergence as a global clean energy leader. As the founding member
and host of the International Solar Alliance (ISA) headquarters in Gurugram, India has championed
solar energy deployment, finance, and technology transfer across more than 125 member nations. In
October 2025, India hosted the 8th ISA Assembly in New Delhi, bringing together ministers and
delegates worldwide to advance strategies for resilient solar value chains, inclusive access, and accelerated
adoption of solar energy.
The surge in solar installations over the past decade has played a pivotal role in doubling India’s total
installed electricity capacity. Presently, solar capacity stands at 129 GW, while the non-fossil electricity
capacity has crossed 259 GW, accounting for over 50 % of the nation’s total installed power capacity
as of October 2025, marking a historic shift toward low-carbon energy.
By coupling rapid domestic deployment with global collaboration, India is laying the foundation for a
resilient, sustainable, and solar-powered energy future that sets benchmarks for the world.
Driving the Green Transition: India’s roadmap under Panchamrit Framework
Rapid progress in renewable energy expansion is driven not only by market momentum but also by a
robust policy and strategic framework. National targets and global climate commitments, outlined under
the Panchamrit Declaration at COP26 in Glasgow (November 2021), provide a clear roadmap for a
sustainable energy future.
The five key components of the Panchamrit framework are as follows:500 GW of Non-Fossil Fuel-Based Installed Electricity Capacity by 2030– Encompassing solar,
wind, biomass, hydro, and nuclear energy, this target aims to substantially increase the share of
clean energy in India’s electricity mix.
50% Share of Installed Electricity Capacity from Non-Fossil Sources by 2030 – Designed to
diversify the energy portfolio and reduce dependence on fossil fuels.
Reduction of Total Projected Carbon Emissions by 1 Billion Tonnes by 2030 – Reflecting
India’s commitment to mitigate greenhouse gas emissions through cleaner energy and enhanced
efficiency measures.
Reduction of Carbon Intensity of the Economy by 45% by 2030 (compared to 2005 levels) –
Promoting energy efficiency, low-carbon technologies, and sustainable industrial practices.
Net Zero Emissions by 2070 – A long-term goal aimed at balancing emissions with carbon
removal, ensuring sustainable development.
India’s Solar Surge: A Remarkable over 40-fold increase
The solar sector has expanded at an unprecedented pace over the past decade, growing from just 3 GW in
2014 to 129.92 GW by October 2025—a remarkable over 40-fold increase. This rapid growth has made
solar the largest contributor to the renewable energy portfolio, surpassing wind, hydro, and biomass
capacities.
The surge in solar capacity is driving a steady increase in the share of renewable energy in the overall
power mix. These achievements underscore India’s commitment to a low-carbon energy transition and
highlight the pivotal role of solar energy in building a resilient, sustainable, and secure electricity system.India’s standing in Global Renewable Energy
According to the IRENA Renewable Energy Statistics 2025, India ranks:
3rd in solar energy
4th in wind energy, and
4th globally in total installed renewable energy capacity
These rankings underscore India’s growing influence in global clean energy markets and its pivotal role
in advancing affordable, accessible, and sustainable energy for all.
Policy in Action: Accelerating India’s Solar Ambitions
India’s commitment to achieving net-zero emissions is being translated into action through a series of
large-scale government programmes. These initiatives are designed to accelerate renewable energy
adoption, promote sustainable living, and strengthen India’s clean technology ecosystem.
PM Surya Ghar
PM Surya Ghar mission is one of the central pillars of India’s push toward renewable energy and net-zero
emissions. Launched on 13 February 2024 with a Cabinet approval, the scheme has a total outlay of
₹ 75,021 crore. Its aim is to provide rooftop solar systems to one crore households, providing up to 300
units of free electricity every month.
The scheme encourages the adoption of renewable energy sources, supporting the commitment to India’s
commitment to reduce its carbon footprint.
As of December 2025, 23.9 lakh households have already installed rooftop solar with installation
capacity of 7 GW of clean energy and ₹ 13,464.6 Cr Subsidy released under PM Surya Ghar, putting the
scheme firmly on course to achieve its goal of 1 crore solar-powered homes.National Solar Mission
Launched in January 2010, the National Solar Mission (NSM) is a flagship initiative of the Government
of India aimed at promoting the large-scale deployment of solar energy across the country. The mission
plays a key role in achieving India’s renewable energy targets and its commitment to a low-carbon future.
Driven by policy support under the NSM and complementary initiatives, solar energy capacity has
witnessed exponential growth over the past decade. The sector's growth has been driven by a diversified
portfolio of solar technologies, including:
Ground-Mounted Solar Power Plants: 98.72 GW
Grid-Connected Rooftop Solar Systems: 22.42 GW
Hybrid Solar Projects (solar component only): 3.32 GW
Off-Grid Solar Systems: 5.45 GW
This progress demonstrates India’s continued leadership in renewable energy deployment and aligns with
its broader goal of achieving 500 GW of non-fossil fuel-based electricity capacity by 2030, as
committed under the Paris Agreement and reiterated at COP summits.
Production-Linked Incentive (PLI) Scheme for Solar PV
The Ministry of New and Renewable Energy (MNRE), Government of India is implementing the
Production Linked Incentive (PLI) Scheme under the National Programme on High Efficiency Solar PV
Modules to achieve Giga Watt (GW)-scale manufacturing capacity in high-efficiency solar PV
modules, with a total outlay of ₹ 24,000 crore, to promote domestic manufacturing of high-efficiency
solar PV modules and reduce import dependence. The scheme offers incentives for five years post-
commissioning based on actual sales and efficiency performance, with selection through a transparent
process. It is being implemented in two tranches—Tranche I (₹4,500 crore, approved April 2021) and
Tranche II (₹19,500 crore, approved September 2022)—with Letters of Award issued for setting up 48,337
MW of integrated and partially integrated manufacturing capacity.Did you know?
As of September 2025, the PLI scheme for solar PV has attracted ₹52,900 crore in investment and
generated around 44,400 jobs. The PLI amount is linked to local content, encouraging development
of a robust solar PV ecosystem, promoting advanced technology, and strengthening India’s energy self-
reliance.
As of June 2025, the scheme has attracted ₹48,120 crore in investment and generated around 38,500
jobs. The PLI amount is linked to local content, encouraging development of a robust solar PV
ecosystem, promoting advanced technology, and strengthening India’s energy self-reliance.
PM-KUSUM Scheme
Launched in 2019, the Pradhan Mantri Kisan Urja Suraksha Evam Utthaan Mahabhiyan (PM-KUSUM)
scheme promotes solar energy use in agriculture by enabling farmers to become energy producers. The
scheme consists of three components:
Component A: Installation of small grid-connected renewable energy plants on barren or fallow
land.
Component B: Installation of standalone solar pumps in areas with limited grid access.
Component C: Solarisation of existing grid-connected agricultural pumps, allowing farmers to feed
surplus power into the grid.
As of October 2025, more than 9 lakh standalone pumps have been installed under Component B. Under
Component C, a total of 10,535 grid-connected solar pumps have been solarized, and 9,74,458 Feeder-
Level Solarization (FLS) pumps have been completed.
Further, the scheme is extended until March 31, 2026, ensuring continued benefits for farmers and subsidy
extended for solar pumps up to 15 HP, with central finance assistance (CFA) ranging from 30% to
50%, benefitting farmers in remote regions like the Northeast and hilly areas.
Solar Parks & Ultra-Mega Solar Power Projects
The Development of Solar Parks and Ultra-Mega Solar Power Projects Scheme was launched in
December 2014 by the Ministry of New and Renewable Energy (MNRE) with an initial target of 20 GW,
later enhanced to 40 GW in March 2017. As of 31st October 2025, 55 solar parks with a combinedsanctioned capacity of 39,973 MW approved across 13 states. A total of 14,922 MW capacity of solar
projects has already been installed in these Parks and the balance are under various stages of
implementation.
The scheme has been extended until 31st March 2029 for completion of all approved solar parks. These
parks facilitate development of shared infrastructure like acquisition of land, power evacuation systems,
road, and water facilities etc., for large-scale deployment of solar power projects.
Solar Synergy: India Leading International Alliances for Solar Energy
India has firmly established itself as a global leader in clean energy and climate action, actively
contributing to the international agenda through strategic partnerships and innovation. As a founding
member of Mission Innovation and the Clean Energy Ministerial, India co-leads critical initiatives focused
on Smart Grids, sustainable biofuels, and off-grid electrification, reflecting its commitment to global clean
technologydeployment.
At COP26 in Glasgow (November 2021), India unveiled the Panchamrit framework, including a
commitment to achieve net-zero emissions by 2070, earning global recognition for its climate leadership.
India has already surpassed its 2030 target of 50% of electricity capacity from non-fossil based sources
five years early, reinforcing its position as a global clean energy leader.
A cornerstone of India’s international engagement is its leadership in solar energy through strategic
alliances such as the International Solar Alliance (ISA), co-founded with France. Headquartered in
Gurugram, ISA is an inter-governmental organization dedicated to mobilizing global investments in solar
energy, promoting deployment, technology transfer, finance aggregation, and capacity-building across
member nations.
ISA 8th Assembly - Key Highlights
⦁The 8thAssembly of the International Solar Alliance (ISA) convened in New Delhi from October 27 to
30, 2025.
⦁ Over 550 delegates and 30+ ministers from 125+ Member and Signatory countries convened under
India’s presidency.
⦁ President Droupadi Murmu highlighted that solar energy is about empowerment and inclusive
development, not just power generation.
⦁ Inclusive agenda launched ensuring that no woman, no farmer, no village and no small island is “left
behind” in the solar revolution.
⦁ Reinforcement of the “One Sun, One World, One Grid” vision alongside emphasising job creation,
rural livelihoods, women’s leadership and digital inclusion as metrics of success.
⦁ Defined four strategic pillars: Catalytic Finance Hub, Global Capability Centre & Digitisation,
Regional & Country Engagement, and Technology Roadmap & Policy.
The 8th Assembly of the ISA, held in New Delhi in October 2025, brought together ministers and
delegates from over 125 countries to discuss strategies for accelerating global solar adoption. The
Assembly reaffirmed collective commitments to advancing solar finance, resilient supply chains, and
inclusive access to affordable renewable energy, underscoring India’s pivotal role in shaping the global
solar agenda.Complementing this, the One Sun, One World, One Grid (OSOWOG) initiative, proposed by Prime
Minister Narendra Modi in 2018, focuses on interconnecting renewable energy grids across countries. By
enabling solar-rich regions to supply power globally, this initiative aims to create a transnational
renewable-energy network that promotes energy security and sustainability.
These achievements have earned India growing international recognition for its climate leadership and
balanced development approach. The G20 New Delhi Leaders’ Declaration (2023) acknowledged the
importance of promoting “Lifestyles for Sustainable Development (LiFE)” and appreciated India’s
leadership in advancing climate and environment priorities. Similarly, the International Energy Agency
(IEA) has described India as “a major driving force in global energy trends,” noting that the world’s
energy future “cannot be planned without India at the table.” Together, these affirmations underscore
India’s pivotal role in shaping the global clean-energy transition and promoting sustainable, inclusive
growth.
Conclusion
India’s solar journey exemplifies how targeted policy, technological innovation, and strategic
collaboration can transform a nation’s energy landscape. Solar energy has not only become the backbone
of India’s renewable power mix but also a catalyst for sustainable economic growth, energy security, and
climate leadership. By combining large-scale deployment with global partnerships through the
International Solar Alliance and initiatives like OSOWOG, India is demonstrating that solar power can be
both a domestic solution and a driver of global clean energy progress.
As India continues to expand its solar capacity, foster innovation, and enable inclusive access, it is
charting a clear path toward a resilient, low-carbon future—showing the world that solar energy is central
to achieving both national and global climate ambitions.
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