Gas Catches Up to Power: Smart Metering's Framework Moment, From India to Germany

Two gas-sector announcements landed within weeks of each other in 2026, and together they frame where gas utility digitalisation actually stands. In India, the Petroleum and Natural Gas Regulatory Board (PNGRB) and Energy Efficiency Services Limited (EESL) signed a memorandum of understanding on September 6 to push large-scale deployment of smart domestic Piped Natural Gas (PNG) meters across the city gas distribution (CGD) sector. In Germany, a parallel but much narrower shift — WiM Gas 2.0 — takes effect October 1, rewriting the technical switch processes that govern gas metering points that are already in the field. One sector is building a framework before the meters exist at scale; the other is patching the plumbing of a metering system it has run for years. Both reveal how far gas still lags power on digital infrastructure.

India: a framework before the fleet

The PNGRB-EESL MoU does not deploy a single meter. It builds the institutional scaffolding for deployment: PNGRB will handle regulatory guidance, standardisation, conformity assessment and certification, while EESL takes on demand aggregation, technology assessment and procurement strategy — the same pooled-buying model EESL used to drive down costs for LED bulbs and, more recently, smart electricity meters. EESL CEO Akhilesh Kumar Dixit pointed to that track record, noting the company has already installed and manages more than 4.45 million smart electricity meters across multiple states, and called the gas initiative "a strategic step towards building a safer, smarter, cyber-secure and more efficient national gas ecosystem." Dr Ajay Mathur, former director general of the Bureau of Energy Efficiency, described it as a move toward a "consumer-centric, technology-enabled and future-ready CGD ecosystem" (Telangana Today, The Hans India).

The scale of what the framework is meant to eventually cover is large: PNGRB has authorised 307 geographical areas, giving 100% mainland coverage, with more than 33,500 km of gas pipeline network authorised and roughly 25,000 km already operational. Domestic PNG connections stood at 15.56 million as of September 2025. None of that infrastructure is smart-metered today. The planned features — digital monitoring, tamper alerts, leak detection, remote shut-off and cybersecurity safeguards — are the same feature set the power sector promised a decade ago, arriving in gas only now, and arriving as a procurement framework rather than a funded rollout with targets or a timeline.

Germany: the cost of metering once you have it

WiM Gas 2.0 is a different kind of signal. Published as an application guide by BDEW, VKU, GEODE and FNB Gas in August 2025 and taking legal effect October 1, 2026 under a Bundesnetzagentur ruling, it is the first overhaul since 2017 of the switch processes around gas metering point operation — not who sells the gas, but who measures it. The headline technical change is that new gas metering devices will connect through the electricity sector's smart meter gateway (iMSys), since gas has no equivalent obligation of its own. That creates a cross-sector interface that did not exist before, arriving just six months after GeLi Gas 2.0 overhauled the separate supplier-switch process on April 1, 2026 (innobu).

The guidance flags the practical risk plainly: data quality at the metering location — wrong IDs, addresses or meter numbers — is the main source of errors, and the load falls hardest on the roughly 813 default metering point operators, many of them small municipal utilities with limited capacity to absorb two major process changes within two quarters. The Federal Network Agency can compel remedies under Section 76 of the MsbG and Section 65 of the EnWG, with coercive fines up to €10 million under Section 94 EnWG for operators that don't comply.

Why gas doesn't follow power's playbook

A CGD-sector presentation reported by Indian Infrastructure in January 2026 explains why gas digitalisation has been slower and smaller-scale than electricity's, even within India. Gas meters need external batteries, adding a maintenance burden electricity meters don't have. Household gas consumption is low enough that the AI- and ML-driven analytics that justify smart electricity meters have a thinner case in gas. And critically, the subsidy-driven urgency that powered India's electricity smart-meter rollout — cutting theft and improving collections — doesn't transfer cleanly, because gas theft is minimal and billing losses are smaller to begin with. CGD companies are opex-driven, and several are running smart meter pilots at their own cost precisely because the business case still needs proving (Indian Infrastructure).

What it means for utilities

For CGD operators, the PNGRB-EESL MoU is an opportunity to get ahead of a procurement wave rather than be swept into one. Pooled buying through EESL will likely set de facto technical standards the way it did for electricity meters — operators that engage early on certification and conformity-assessment criteria will shape those standards rather than inherit them. For utilities anywhere running on legacy metering-point processes, Germany's experience is the cautionary tale: data quality at the metering location, not the headline technology, is what breaks switch-process overhauls, and that is true whether the meters involved are electric, gas, or both. Any utility connecting gas metering into an existing electricity smart-meter gateway should budget for the cross-sector interface testing now, not after a hard regulatory deadline.

For regulators, the lesson cuts the other way: a framework MoU is not a deployment plan. PNGRB and EESL have built the institutional structure, but neither document sets a meter count, a budget or a completion date. Until gas metering has the funded mandate electricity metering has had in India for several years, pilots funded by individual CGD companies will remain the main source of real-world deployment data.

Key takeaways

• PNGRB and EESL signed an MoU on September 6, 2026 to deploy smart domestic PNG meters nationwide, with EESL handling pooled procurement and PNGRB handling certification and standards — no meter targets or budget were set.
• Germany's WiM Gas 2.0 rules take effect October 1, 2026, connecting gas metering points to the electricity smart-meter gateway for the first time and tightening switch-process deadlines for roughly 813 metering point operators.
• Metering-location data quality, not new technology, is the flagged risk in Germany's rollout — a warning for any utility merging gas and electricity metering systems.
• Gas digitalisation lags electricity because the economics differ: external battery maintenance, lower consumption data value, and minimal theft mean the smart-meter business case has to be argued fresh for gas rather than copied from power.
• India's gas network already covers 307 geographical areas and 15.56 million domestic PNG connections with essentially none of it smart-metered — the framework now exists, but the fleet does not.

Sources

• PNGRB, EESL ink MoU to deploy smart PNG meters in CGD sector
• PNGRB-EESL MoU boosts smart PNG metering, safety, cybersecurity
• WiM Gas 2.0: metering point switch processes from October 2026
• Smarter Gas Networks: Integrating advanced technologies into CGD operations