India's Rs 11.2 Trillion Capex to Revolutionize Smart Metering Outcomes

India's power distribution sector is set for major transformation with an Rs 11.2 trillion capex through 2035. The smart metering program is shifting focus from installations to measurable outcomes like loss reduction and demand response. Nearly 35 crore smart meters are targeted by 2035, with interoperability and AI/ML integration emphasized. States like Karnataka, Kerala, and Punjab are leading implementation, showing improvements in billing efficiency and revenue realization.

Key Points: India's Rs 11.2 Trillion Smart Metering Shift

  • Rs 11.2 trillion capex pipeline through 2035
  • Smart metering shifts to measurable outcomes
  • 35 crore smart meters targeted by 2035
  • Focus on AI/ML for loss reduction and demand response
3 min read

India's Rs 11.2 trillion distribution capex to anchor smart metering shift towards outcomes: Central Electricity Authority

India's power sector targets Rs 11.2 trillion capex by 2035, shifting smart metering from installations to measurable outcomes, says CEA official.

"The Rs 11.2 trillion distribution capex roadmap highlights the scale of transformation ahead, but the sector must now move from deployment to outcomes leveraging data. - Vivek Goel"

New Delhi, May 6

India's power distribution sector is poised for a major transformation, with an estimated Rs 11.2 trillion capital expenditure pipeline through 2035 set to drive the next phase of reforms, as the smart metering programme shifts focus from installations to measurable outcomes, Vivek Goel, Chief Engineer, Central Electricity Authority, said today.

"The Rs 11.2 trillion distribution capex roadmap highlights the scale of transformation ahead, but the sector must now move from deployment to outcomes leveraging data, strengthening reliability and enabling intelligence-driven operations," Goel told ANI on the sidelines of the 4th Smart Metering Conference organised by the Confederation of Indian Industry (CII).

Highlighting infrastructure capacity, he said the distribution transformer base currently stands at around 8 lakh MVA, which is critical for system reliability. He added that the number of service stations is expected to rise to around 55,000 by 2030 from about 45,000 at present.

Goel said the roadmap includes expansion of digital infrastructure, increased automation, a sharp rise in SCADA-enabled towns and deployment of nearly 35 crore smart meters by 2035.

He emphasised that interoperability across hardware and software systems will be essential to ensure scalability and prevent vendor lock-in. Smart metering, he said, must evolve beyond billing to enable advanced applications such as loss reduction, demand response, predictive maintenance and revenue optimisation through artificial intelligence and machine learning.

He also stressed the need for capacity building within discoms to adopt new technologies effectively.

"We have a strong push under Make in India, with a focus on indigenisation of power distribution equipment. We must move beyond smart metering alone. Over 6.5 crore smart meters have already been installed, and the Ministry has directed discoms to scale up AI/ML use cases from pilot stages," he added.

During the event, Atul Kumar Bali, Executive Director, Power Grid Corporation of India and Director, National Smart Grid Mission, said reliable communication infrastructure remains the backbone of the transformation.

Smart meters, he said, are critical for grid management, renewable energy integration, electric vehicle support and data-driven operations.

On the sidelines of the event, Bali told ANI that nearly 1.5 lakh smart meters are being added, with the government targeting over 10 crore installations by FY27.

He noted that key challenges include deployment issues in some states, consumer resistance and the need for better communication strategies.

Concerns over billing accuracy are being addressed through awareness campaigns and the provision of check meters, he added.

Stakeholders at the conference noted that states such as Karnataka, Kerala and Punjab are leading implementation, demonstrating improvements in billing efficiency, enhanced revenue realisation and reduction in aggregate technical and commercial (AT&C) losses.

The conference also highlighted the growing role of smart meter data in energy auditing, demand forecasting and efficient grid management. Experts emphasised the importance of feeder and distribution transformer analytics in improving reliability and reducing losses.

Discussions further underscored the need to enhance visibility of distributed energy resources such as rooftop solar, electric vehicles and battery storage, noting that AI/ML tools can significantly improve hosting capacity analysis and optimise network investments.

- ANI

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Reader Comments

S
Sneha F
Good to see Karnataka and Punjab leading the way in smart meter implementation. But why is there still consumer resistance? 🤔 Maybe discoms should spend more on awareness campaigns. My building got smart meters last year, and half the residents still think it's a scam.
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Ravi K
The article mentions "interoperability across hardware and software" - this is crucial! We've seen too many vendor lock-in issues in government projects. Also, 35 crore smart meters by 2035 seems ambitious. Let's see if the pace picks up. Make in India push is good for local manufacturing.
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Sunita J
Smart meters are fine, but what about those check meters they mentioned? Will they be free? In my town in UP, we've had issues with billing accuracy for years. If this technology can fix that, I'm all for it. But please don't make us pay extra for check meters! 😤
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Vikram M
The integration with AI/ML for demand forecasting and predictive maintenance is the real game-changer. As someone working in the power sector, I can tell you that feeder analytics can save crores by preventing transformer failures. But we need trained manpower - the article rightly mentions capacity building for discoms.
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Pooja D
A small concern: while we talk about smart meters and transformers, what about power cuts in rural areas? My village still gets 6 hours of load shedding daily. Will the capex reach places like ours, or will it be mostly urban-centric? Hope the government prioritises equity in distribution.

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