Policy Evolution After 2026: From Virtual Metering to Energy Storage Integration

While virtual metering increases consumer participation, energy storage systems are emerging as the linchpin in renewable and distributed energy policy. Across multiple jurisdictions, regulators are actively redesigning frameworks to ensure storage integration is not optional but an integral part of grid planning and operation.

January 19, 2026. By News Bureau

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articles

Ravi Kumar

Oorjan Cleantech

Variable Renewable Energy

Democratising Access

Net metering

Group Net Metering

Energy Storage Integration

Virtual Net Metering

Energy storage system

Regulatory Innovation

Systemic Integration

Policymakers globally

As nations race toward ambitious renewable energy targets, policy landscapes are rapidly evolving beyond traditional frameworks like net metering and feed-in tariffs. Post-2026, energy regulation is entering a new phase, one focused not only on generation but on flexible, resilient, and consumer-centric integration of distributed resources, virtual metering platforms, and grid-scale energy storage. This transition reflects both technological advances and the practical necessities of integrating high shares of variable renewable energy (VRE) such as solar and wind.

From Net Metering to Virtual Metering: Democratising Access

Net metering historically allowed rooftop solar owners to export surplus electricity to the grid in exchange for credits, providing a simple mechanism for renewable adoption. However, limitations primarily requirement of physical connection at the point of consumption restricted broader participation.

In 2025, frameworks such as those introduced by the Rajasthan Electricity Regulatory Commission in India (RERC) expanded this concept through Virtual Net Metering (VNM) and Group Net Metering (GNM). These allow consumers without rooftop space such as residents in apartments or institutions to participate in shared renewable installations sited elsewhere within the same distribution zone, receiving credited energy usage accordingly. These reforms reduce technical barriers, streamline approvals, and exempt renewable credits from wheeling, banking, and most surcharges, significantly lowering cost and complexity for end-users.

Virtual metering platforms, often bundled within Virtual Power Plant (VPP) architectures, aggregate distributed generation and storage assets (including consumer batteries and EVs) to provide market services, enhance grid stability, and deliver economic value back to participants. As a result, consumers shift from passive load points to active market participants.

Policy Shifts Toward Energy Storage Integration

While virtual metering increases consumer participation, energy storage systems (ESS) are emerging as the linchpin in renewable and distributed energy policy. Across multiple jurisdictions, regulators are actively redesigning frameworks to ensure storage integration is not optional but an integral part of grid planning and operation.

At the national level in India, a comprehensive policy matrix supports storage deployment:

The Energy Storage Obligation (ESO) mandates increasing percentages of renewable energy procurement to be paired with storage, ensuring sustained demand for battery systems through the end of the decade.
Transmission charge waivers for storage projects have been extended until June 2028, promoting co-located battery systems with renewable plants and reducing operational costs.
Regulatory agencies have amended electricity rules to recognise ESS as part of generation, transmission, or distribution infrastructure, broadening ownership and commercialisation pathways.
National frameworks in countries like Australia are incentivising household battery participation in VPPs to support peak demand management and grid flexibility.

These policies reflect a global trend toward integrating storage at all levels from behind-the-meter residential batteries to utility-scale systems allowing storage to provide ancillary services such as frequency regulation, peak load shifting, and reserve capacity. In India alone, estimates suggest the grid will require hundreds of gigawatt-hours of energy storage capacity by 2030 to stabilise intermittent renewable output.

Regulatory Innovation: Market Access and Monetisation

The policy evolution post-2026 increasingly emphasises market access and monetisation for storage and virtualised resources. Germany’s draft frameworks propose allowing storage and EV systems to charge from the grid without losing subsidies, enabling participation in electricity markets and enhancing flexibility revenues.

Such innovations signal a departure from static compensation models toward dynamic, market-responsive mechanisms. Energy storage providers can dispatch power based on grid signals, sell capacity, and provide grid services—effectively functioning as distributed energy resources within liberalised markets. This shift is critical for harnessing the full potential of storage to mitigate VRE intermittency.

Systemic Integration: Sector Coupling and Flexibility Markets

Modern energy policy recognises that renewable integration isn’t confined to electricity generation. Sector coupling—linking electricity with transport, heat, and industry expands the utility of renewables and storage by using excess energy for heat pumps, hydrogen production, or EV charging infrastructure.

Flexibility markets and ancillary service products, now open to storage participation in places like India, further embed storage into grid operations. These markets reward resources that can quickly respond to supply-demand imbalances, a role storage performs inherently.

Conclusion: Toward a Resilient, Decentralised Energy Future

The evolution of policy after 2026 reflects a strategic pivot: from simple incentives for distributed generation to comprehensive frameworks that enable virtual metering, integrate energy storage at grid and customer levels, and fully incorporate flexibility resources into market structures. These reforms acknowledge that high renewable penetration demands not only more generation but smarter, adaptable grids driven by empowered consumers, advanced storage technologies, and progressive regulation.

Policymakers globally are now architecting energy ecosystems that are democratised, resilient, and equipped for the complexities of net-zero transitions, painting a hopeful roadmap for sustainable energy futures.

- Ravi Kumar, VP - Business Development, Oorjan Cleantech

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