India’s renewable energy capacity has surpassed 200 GW, marking a major milestone in the country’s journey toward sustainable energy. With a goal of achieving 500 GW from non-fossil sources by 2030, India is firmly committed to enhancing energy security and sustainability.

Energy security is critical for economic growth and stability, ensuring that states have access to reliable, affordable, and clean energy.

Following the zonal approach used by the Ministry of Home Affairs, this article continues our series on energy security in India by examining the Central Zone (Earlier published article On the Northern Zone can be read here). This zone comprises Chhattisgarh, Madhya Pradesh, Uttar Pradesh, and Uttarakhand.

By analyzing their energy landscape, including renewable energy potential and infrastructure, we provide insights that can guide policymakers, businesses, and investors. The data is sourced from Lok Sabha answers and the Reserve Bank of India for the financial year 2023-24, ensuring relevance and accuracy.

Energy Demand and Supply Landscape

Power Requirement and Demand-Supply Gap

The Central Zone states have varying power requirements. Uttar Pradesh, being the most populous state, has the highest power requirement, followed by Madhya Pradesh. Chhattisgarh and Uttarakhand have relatively lower energy needs due to their smaller populations and industrial bases.

Despite considerable installed power capacity, a significant demand-supply gap exists. Uttar Pradesh faces the highest unmet demand at 420 MW, which affects both residential and industrial sectors, leading to frequent power outages and increased reliance on expensive backup power solutions like diesel generators. Uttarakhand follows with a 199 MW shortfall, primarily due to its challenging mountainous terrain, which complicates grid connectivity. Madhya Pradesh and Chhattisgarh fare better, with much smaller power shortages, reflecting relatively stable supply-demand dynamics.

Per Capita Power Availability

Per capita power availability is a crucial indicator of energy access and economic productivity. Chhattisgarh and Uttarakhand have the highest per capita power availability, indicating better distribution networks and lower population densities. This ensures a relatively stable power supply for households and industries in these states.

However, Uttar Pradesh lags significantly, with a per capita availability of only 0.743 MWh. This highlights an urgent need for enhanced energy generation and distribution, especially in rural areas where grid connectivity remains a challenge. The state must focus on both increasing generation capacity and improving transmission infrastructure to ensure equitable energy access.

Installed Power Capacity and the Role of Renewables

Madhya Pradesh leads in renewable energy installations, with over 10,000 MW from sources like solar and wind. The state has leveraged its vast land availability and favorable policies to attract private investments in large-scale solar parks. Uttar Pradesh follows but still underutilizes its renewable potential, particularly in decentralized solar and bioenergy projects. Uttarakhand relies mainly on large hydro projects, which account for the bulk of its renewable capacity. Chhattisgarh, despite having a sizable installed capacity, has the smallest renewable energy share, primarily due to its dependence on coal-based power generation.

To bridge the demand-supply gap and ensure energy security, these states must expand their renewable energy capacity, invest in energy storage solutions, and enhance grid efficiency. Strengthening transmission infrastructure and adopting smart grid technologies will further help in optimizing power distribution and reducing losses.

Path Towards Sustainability: State-Specific Insights

Chhattisgarh: Expanding Rooftop Solar and Biomass

Chhattisgarh relies heavily on ground-mounted and off-grid solar, along with biomass-based energy.

Government Recommendations:

• Expand rooftop solar incentives for residential and commercial buildings.
• Develop more biomass power plants to utilize agricultural residue.
• Increase incentives for solar microgrids in rural areas.

Private Sector Role:

• Invest in rooftop solar leasing models.
• Collaborate with agribusinesses to expand biomass energy.

Madhya Pradesh: Solar and Wind Expansion

Madhya Pradesh is already a leader in renewables, but further expansion in wind and solar energy is needed to close the demand-supply gap.

Government Recommendations:

• Strengthen incentives for wind power projects.
• Encourage the adoption of hybrid solar-wind farms.
• Expand battery storage facilities to stabilize grid supply.

Private Sector Role:

• Invest in large-scale solar and wind parks.
• Develop PPP models for energy storage infrastructure.

Uttar Pradesh: Urgent Renewable Energy Expansion

Uttar Pradesh faces the biggest power shortages and has untapped renewable potential, particularly in solar energy.

Government Recommendations:

• Implement large-scale solar parks under the PM Surya Ghar Yojana and PM KUSUM.
• Promote waste-to-energy projects for urban areas.
• Expand incentives for rooftop solar installations.

Private Sector Role:

• Develop solar and bioenergy projects through public-private partnerships.
• Support MSMEs in transitioning to renewable energy sources.

Uttarakhand: Diversifying Energy Mix

Uttarakhand depends mainly on large hydro projects, but diversification into solar and small hydro is necessary.

Government Recommendations:

• Promote small hydro projects for rural electrification.
• Increase solar farm installations in lower altitude regions.
• Improve grid connectivity for better renewable energy integration.

Private Sector Role:

• Invest in micro-hydro plants.
• Expand rooftop solar projects for residential and commercial use.

Conclusion

Central India’s energy landscape presents challenges and opportunities. While states like Madhya Pradesh have made significant progress in renewable energy adoption, others like Uttar Pradesh need urgent reforms to bridge power deficits. By implementing state-specific policies and fostering public-private partnerships, the Central Zone can strengthen its energy security while advancing towards sustainability.