This marks a significant shift in long-term energy planning, reflecting the country’s confidence in expanding renewable power and modernising its electricity grid.

Pankaj Agarwal, secretary at the power ministry, highlighted that India aims to reach 307 gigawatts of coal capacity by 2035 to ensure stability while continuing its strong push for cleaner alternatives.

He emphasised that decisions beyond that point will depend on the country’s energy needs, technological progress and evolving demand patterns.

The government’s balanced approach seeks to protect India’s energy security while accelerating its transition into a more sustainable electricity system.

By maintaining reliable coal capacity up to 2035, India ensures that its growing economy remains supported even as renewable sources scale up rapidly.

This year, India proposed expanding coal capacity by 46% from current levels and simultaneously doubling its non-fossil fuel capacity to 500 gigawatts by 2030.

The dual-track strategy reflects a steady move toward clean energy while safeguarding against supply disruptions.

Agarwal noted that India is experiencing grid integration challenges due to the rapid increase in clean energy available during certain hours of the day.

To manage this, the government has occasionally reduced power output from conventional plants to maintain grid stability.

He stressed that the next three years will be crucial for understanding how quickly renewable power can be absorbed into the grid and how electricity demand evolves across regions.

India will monitor how storage technologies advance, particularly large-scale batteries capable of holding excess solar and wind power during low-demand periods.

Evaluating the cost of storing, transmitting and distributing surplus clean energy will be an important factor before deciding on long-term coal expansions.

This careful assessment allows the government to avoid unnecessary capacity additions and minimise economic burdens on utilities and consumers.

India’s coal-fired electricity generation, which provides around three-fourths of the nation’s power, has declined in seven out of eleven months this year.

Milder weather has reduced cooling demand, showing how climate patterns and efficiency improvements can influence power consumption.

Despite the decline, several power distribution companies are securing long-term contracts with coal-based power generators.

This ensures readiness to meet a projected rise in evening electricity demand, when solar energy output naturally tapers.

India’s leadership sees this balanced approach—strengthening renewable energy while retaining essential coal capacity—as key to managing one of the world’s largest and fastest-growing power systems.

The country’s ambition to integrate more clean energy into the grid demonstrates its commitment to climate goals while maintaining stability.

As India continues to develop advanced grid management tools, battery technologies and flexible power systems, policymakers believe the reliance on coal will gradually shrink.

The ongoing transformation is designed to protect citizens, support industries and advance environmental sustainability without compromising economic growth.

While final decisions for post-2035 energy planning remain open, the message is clear: India is preparing for a future where renewable energy plays a dominant and decisive role.

This signals a positive step toward a greener economy powered by innovation, planning and long-term commitment.

The focus on better data reflects the sector’s commitment to reliability, efficiency, and long-term growth in a rapidly expanding renewable landscape.

The Central Electricity Regulatory Commission recently proposed tighter rules under the Deviation Settlement Mechanism, encouraging wind and solar producers to reduce gaps between projected and actual electricity supplied.

These measures aim to strengthen grid stability and support a more predictable flow of renewable power across the national network.

The updated framework is designed to come into effect from April 2026, giving producers time to adapt to stricter forecasting expectations.

In public consultations, developers welcomed the regulatory clarity while pointing to one major challenge: the lack of advanced hyperlocal forecasting tools tailored to India’s complex climate.

Clean energy firms noted that current weather systems do not always capture sudden shifts, especially in regions with intense monsoon activity or micro-climate variations.

These conditions can affect wind speeds, cloud cover, and solar irradiance, making precise forecasting difficult despite technological investments.

India’s largest renewable players have already been collaborating with global experts to strengthen their forecasting capabilities.

Some companies are incorporating deep learning models and international tools, yet many still find it challenging to accurately project short-term generation in remote or climate-sensitive locations.

Industry representatives explained that India’s tropical climate brings unpredictable transitions that differ significantly from the steadier seasonal patterns seen in mid-latitude countries.

This unpredictability can create forecasting gaps that, under stricter rules, could lead to higher penalties for deviations.

Developers also highlighted that existing radar systems across India are primarily focused on disaster management needs rather than the energy sector.

Regions with high renewable potential often lack specialized monitoring infrastructure that could dramatically improve real-time climate assessments.

Organizations participating in the consultation said that weather data from national agencies, while reliable, is updated only every few hours.

This time lag makes short-term prediction difficult, especially when sudden cloud movements or wind variations can alter expected power output within minutes.

Stakeholders stressed that improving the national forecasting ecosystem would benefit both developers and regulators.

Better data would help energy producers deliver more accurate projections while enabling grid operators to maintain efficiency during peak and off-peak periods.

The Ministry of New and Renewable Energy has encouraged a wider conversation on balancing regulatory discipline with practical forecasting limitations.

Officials have recently emphasized that encouraging investment, innovation, and stability should remain central to policy reforms.

Industry leaders believe that developing advanced meteorological tools could accelerate the growth of India’s renewable sector.

They argue that stronger forecasting capabilities would enable higher renewable integration into the grid while reducing dependency on fossil-based backup power systems.

The push for improved weather accuracy is also aligned with India’s broader transition toward sustainable energy and smarter grid networks.

As storage technologies, AI-driven models, and digital energy platforms expand, enhanced data systems are expected to play a crucial role in supporting reliable clean power.

Stakeholders say that proactive investment in climate monitoring infrastructure can help India meet its long-term renewable targets.
With more precise information, developers can optimize project planning, increase efficiency, and reduce operational uncertainties.

As discussions continue, the sector remains optimistic that collaboration between regulators, researchers, and the renewable industry will strengthen India’s position as a global leader in clean energy.

The focus on innovation, data improvement, and grid reliability reflects a shared commitment to building a resilient energy future.