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The power turnaround of Uttar Pradesh: Infrastructure, reform and energy security
The article chronicles Uttar Pradesh’s shift from chronic power blackouts to near-continuous urban supply and reliable rural access, driven by massive investments in generation, transmission, and distribution, plus governance reforms and renewable expansion. It traces key milestones since 2017, including policy milestones and rising demand met by upgraded infrastructure.
Why It Matters
Reliable electricity is enabling industrial growth, rural development, and greater economic confidence in Uttar Pradesh, positioning it as a model of infrastructure-led reform.
Timeline
5 Events
May 12, 2026: Ambitious solar and energy-security goals outlined
May 12, 2026
The article highlights ongoing reforms in grid modernization, digital monitoring systems, feeder-level energy auditing, and reduced losses; renewable-energy expansion under the 2022 policy aims to add more than 22,000 MW of solar capacity by 2027, including PM-KUSUM and PM Surya Ghar schemes; plans to solarize up to 50 lakh agricultural pumps and pursue broader sustainability, with projected demand growth toward 40,000 MW in the coming years. Tariffs have largely been kept unchanged in recent years to balance affordability with investment.
2024-25: Peak demand reaches nearly 32,000 MW; reliability improves
2025
Peak electricity demand rose to nearly 32,000 MW in 2024-25, and the state is largely able to meet this demand without major shortages, indicating improved supply reliability and signaling industrial and economic growth.
2022: UP Solar Energy Policy sets target of over 22,000 MW by 2027
2022
Under the Uttar Pradesh Solar Energy Policy 2022, the state aims to add more than 22,000 MW of solar capacity by 2027 through utility-scale solar parks, rooftop systems, decentralized solar projects and hybrid renewable-energy solutions.
2017: UP government assumes office and begins major power-sector upgrades
2017
When the present government assumed office in 2017, Uttar Pradesh faced rising demand, aging infrastructure, high transmission losses and inadequate grid capacity. The response emphasized long-term capacity building, expansion of transmission infrastructure, strengthening feeder lines, modernization of substations, and large-scale investments to strengthen the distribution backbone.
2016: Peak demand around 16,000 MW before turnaround
2016
Peak electricity demand was around 16,000 MW in 2016–17, illustrating the prior power stresses before systemic improvements began.