V Wire provides software-defined telemetry solutions that link battery storage to hyperscale data center loads, preventing curtailment and eliminating shared mitigation costs. Its Predictive Telemetry Shield monitors grid constraints in real time and automatically dispatches battery discharge to avoid load shedding, while its 2026 Speed-to-Power platform enables immediate energization on provisional grid connections without compromising 99.9% uptime guarantees.
Funding
Funding not disclosed
Founders
Product
Problem
Hyperscale data center operators face grid curtailment risks where battery resources are shared across multiple loads, leading to unpredictable load shedding and potential downtime for compute workloads. Traditional grid interconnection processes also involve lengthy queues, delaying power availability for new facilities.
Solution
V Wire offers software-defined telemetry that creates Capacity Attribution Contracts (CACs) to bind battery discharge directly to individual hyperscale loads, eliminating shared mitigation and protecting operators from double-curtailment exposure. Its Predictive Telemetry Shield continuously monitors node-level grid constraints and intercepts ISO curtailment signals, automatically substituting battery power before load shedding occurs. The 2026 Speed-to-Power service provides provisional, non‑firm grid connections that bypass the multi‑year interconnection queue, delivering immediate energization while maintaining a 99.9% uptime guarantee for compute clients.
Target Audience
Primary customers are hyperscale data center operators and cloud infrastructure providers that require reliable, uninterrupted power and want to mitigate grid curtailment risks.
Features
- Capacity Attribution Contracts (CACs) that securely link battery relief to specific loads, preventing “socialized mitigation”
- Predictive Telemetry Shield algorithm that monitors real‑time node constraints and preemptively replaces curtailment with battery discharge
- Automatic interception of ISO curtailment signals to avoid load shedding events
- 2026 Speed-to-Power provisional grid connections that eliminate multi‑year interconnection delays
- Maintains 99.9% uptime guarantees for compute workloads on provisional power feeds