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Grid-scale renewable infrastructure
Vectrus Energy develops, builds and operates utility-scale generation, storage and transmission assets for utilities and offtakers. 4.2 GW delivered, 1.8 GW in construction, and a fleet availability record our partners build their forecasts on.
We site, design and build utility-scale photovoltaic and onshore wind assets — 4.2 GW operating, 1.8 GW in construction. Every layout is optimised against measured irradiance, wake loss and grid-connection cost, not against a template.
2.4 GWh of battery capacity and ±320 kV HVDC corridors carry power from where it is generated to where it is needed — firm, fast, and in milliseconds. Our sites are bid into balancing markets as dispatchable capacity, not as a forecast.
We run the asset for its whole life: a 24/7 network operations centre, predictive maintenance across 1,240 turbines and 99.2% average fleet availability. Where a site underperforms, it is measured, published and fixed.
The platform
Vectrus builds and holds generation, storage and transmission together, because a grid does not care who owns which part of it. One engineering standard, one control layer, one set of guarantees.
Single-axis tracking PV from 60 MW to 1.1 GW, engineered against measured irradiance and interconnection limits rather than a nominal capacity target.
1,240 turbines under management, sited on measured hub-height resource and maintained by our own field teams under a single 25-year service model.
Grid-scale BESS co-located with our generation and stand-alone on constrained networks, dispatched as firm capacity with a 12 ms response envelope.
HVDC corridors, substations and reactive compensation that move bulk power between regions — designed for a 40-year service life in salt and desert air.
Performance
Published quarterly, audited annually, and identical in format across every market we operate in. Independent engineers verify availability and net generation at the meter.
Solar and onshore wind assets in commercial operation across six markets.
BESS capacity either operating or under construction, co-located and stand-alone.
Twelve-month rolling average across 1,240 turbines and 3.4 million modules.
Every drivetrain sampled continuously by our own predictive maintenance stack.
How we work
Twelve to eighteen months of resource measurement, land assembly, environmental work and grid studies — completed before a single module is ordered.
Bankable design, competitive EPC tender, and a capital structure agreed with our lenders and equity partners on the asset's real operating profile.
Self-performed civil works and foundations, Tier-1 equipment throughout, and the same construction standard applied in every market we enter.
24/7 network operations, predictive maintenance and repowering studies — we hold the asset for its whole operating life, not until the commissioning certificate.
Technology
Vendor platforms stop at their own equipment. Ours spans generation, storage and transmission in one telemetry model, so a disturbance on the network is visible to the people who can act on it in the same second it happens.
Next step
We will walk you through the pipeline, the operating record and what a partnership looks like — including where your market sits in our development queue and what we would need from the grid to move it forward.
