V-Wire transforms unbankable, non-firm grid connections into highly secure, synthetically firm assets. We provide the software and attributability layer required to execute Firm Load Tolling Agreements (FLTAs), unlocking gigawatts of stranded power today.
Contact UsThe AI infrastructure boom is colliding with 5-7 year grid interconnection upgrade timelines. To bypass the wait, grid operators are offering curtailable, "non-firm" connections. But a $2B data center cannot be turned off when the grid gets congested.
Unpredictable downtime makes these fast-track connections fundamentally unbankable. Traditional Bring-Your-Own-Capacity (BYOC) hardware solutions fail because grid algorithms socialize the mitigation—the grid eats the battery capacity, but the data center still gets cut.
V-Wire creates "Synthetic Firmness." By operationally pairing your data center’s load with a co-located or distal battery through a Firm Load Tolling Agreement (FLTA), our platform provides the attributability loads need to gain interim firm service through congestion events while upgrades are built. We're working directly with grid operators to make this attribution mechanism a recognized part of how non-firm capacity is offered — not a private workaround, but a standard the whole market can build on.
Standardized, software-defined telemetry that securely links battery relief to specific hyperscale loads, eliminating "socialized mitigation" and protecting developers from double-jeopardy curtailment. FLTAs are the commercial layer built on top of Front-of-the-Meter (FTM) Netting — V-Wire's underlying attribution mechanism, now advancing through ERCOT's stakeholder process.
V-Wire doesn't wait for the grid curtailment to trigger. We proactively monitor node-level constraints and respond to ISO curtailment signals, seamlessly substituting battery discharge for load shedding.
Grid operators demand absolute proof of offset. V-Wire's attribution ledger follows the Duty Ledger standard now being defined by the Global Capacity Alliance — the industry consortium formalizing this verification framework, currently structuring its founding governance.
Bypass the multi-year interconnection queue. Achieve immediate energization on provisional, non-firm grid connections without sacrificing the reliability your compute clients demand.