The Stalled Push for Natural Gas as DOE-Backed Tech Ramps Up
Since January 2025, when President Trump declared an energy emergency, the US natural gas industry has added barely a trickle of new power plants. A years-long backlog for gas turbines is widely blamed, but the lag illustrates a broader shift: wind, solar, and energy storage are now the fastest, most economical way to address capacity needs—and they are being complemented by next-generation grid technologies.
The Department of Energy continues to back advanced energy storage despite last year’s federal policy pivot. One recent milestone comes from New York-based battery startup Viridi, which has installed a containerized lithium-ion system at Oak Ridge National Laboratory’s Grid Research Innovation and Development Center (GRID-C). The unit is part of a DOE project to coordinate multiple batteries in a distributed energy resource (DER) network, bridging simulation and real-world validation.
Separately, UK startup IONATE is bringing its Hybrid Intelligent Transformer (HIT) to the US for the first time, deploying it at a General Motors factory in Romulus, Michigan. The plant, ironically being retooled for internal combustion vehicles, will use HIT to improve power quality and resilience. GM says the technology supports 33% more DERs on the grid and can accommodate 25% more power on existing infrastructure without costly pole and wire upgrades.
On the vehicle-to-grid (V2G) front, GM has joined a program in Massachusetts where Eversource and National Grid customers with V2G-capable EVs can participate in the ConnectedSolutions balancing system. With EV registrations in the state already topping 150,000, the initiative underscores growing financial incentives for owners to feed power back to the grid.
What the Viridi, IONATE, and GM Projects Signal for the Grid
Viridi and ORNL: Validating Multi-Battery Coordination
The Viridi trial moves from simulation to live hardware, testing ORNL’s control strategies and AC/DC architecture under realistic conditions. Early results are positive, though detailed analysis will take months. Success would give utilities confidence that networks of smaller batteries can be reliably orchestrated, reducing the need for centralized gas peaker plants.
IONATE’s Smart Transformer at an Automotive Plant
By installing HIT at its Romulus facility, GM gains sub-millisecond visibility into power consumption and quality—preventing surges and outages before they happen. The company says the system will cut energy waste and accelerate DER adoption inside and outside the plant. For other large manufacturers, the project offers a template for improving resilience while deferring grid infrastructure investments.
GM’s V2G Pilot: Financial Pull for EV Owners
The Massachusetts program lets EV owners earn revenue by participating in grid balancing. With 150,000 EVs already in the state, the pilot could demonstrate that aggregated vehicle batteries can serve as virtual power plants, displacing peaker generation. As interest in V2G grows, automakers that enable the capability stand to differentiate their electric models.
Actions for Utilities, Developers, and Policymakers
- Utilities facing capacity constraints: consider deploying multi-battery coordination platforms like the one ORNL is validating to tap behind-the-meter storage and solar, reducing reliance on new gas peakers.
- Energy-intensive manufacturers: evaluate smart transformer technology, as GM is doing with IONATE’s HIT, to improve power quality and unlock capacity on existing electrical infrastructure.
- State regulators: replicate Massachusetts-style programs that let V2G-capable EV owners participate in grid services. Clear compensation structures can accelerate EV adoption and provide low-cost grid support.
- Investors and developers: track the ORNL data release in the coming months and IONATE’s US expansion beyond Romulus—both will signal commercial readiness for technologies that could shrink the market for new gas-fired generation.
Risk & Opportunity Assessment
| Commercial Risk | High | As DER and VPP technologies prove viable, gas plant developers face shrinking demand for new peaker capacity, directly threatening their project pipelines. |
| Competitive Risk | High | Incumbent generators relying on peaker plants could lose market share if utilities shift toward aggregated small-scale storage and demand response, as the GM V2G pilot and Viridi trials suggest. |
| Regulatory Risk | Medium | Federal policy under Trump favors fossil fuels, but DOE continues to fund storage and grid innovation. State-level programs like Massachusetts' V2G system could expand or face political headwinds depending on administration changes. |
| Reputation Risk | Low | The primary reputational risk is for policymakers who may be seen as backing expensive, slow-to-build gas plants while nimbler alternatives advance—but that is not a direct corporate risk for the firms mentioned. |
| Technology Disruption | High | Smart transformers like IONATE’s HIT can increase grid hosting capacity by 25% without new wires, and multi-battery coordination validated by ORNL could make VPPs a mainstream alternative to central-station peakers, fundamentally shifting grid architecture. |
| Commercial Opportunity | High | Startups such as Viridi and IONATE, and automakers enabling V2G, stand to capture growing utility and manufacturer demand for DER management and grid services, especially as state EV mandates and resilience concerns rise. |
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