GENERATION
Capture every available source.
Hybrid solar and wind systems balance local conditions instead of depending on a single profile.
Integrated energy infrastructure · 2026
Generation, storage and grid intelligence designed as one responsive system.
ENERGYTHAT MOVESCITIES.
84.7GW ACTIVE
01GenerateSolar · wind · hybrid
02StoreBattery · thermal
03DistributeAdaptive grid
01 / One connected field
Energy works harder when every asset can see the whole system.
VOLTERRA connects generation, storage, distribution and demand into one measurable operating layer.
02 / Energy journey
From source
to skyline.
Scroll through a complete energy loop. Each layer changes the system that follows.
STORAGE
Keep surplus in the system.
Battery and thermal storage absorb variability, protect peak demand and increase asset value.
GRID
Route power where it matters.
Adaptive controls respond to demand, congestion and asset health before instability spreads.
CITY
Turn infrastructure into daily capacity.
Reliable energy supports transport, industry, buildings and public systems without wasted reserve.
03 / Operating layer
See the grid.
Shape the outcome.
One interface connects assets, forecasts, dispatch and response.
VOLTERRA / GRID OS LIVE
06:0010:0014:0018:0022:00
Dispatch recommendationStore northern surplus
Shift 4.2 GW into battery clusters before the evening demand ramp.
04 / Platforms
One system.
Four operating scales.
Infrastructure engineered around the conditions, risks and decisions of each environment.
FIELD / 01
Hybrid solar, wind and storage parks designed for grid stability from day one.
- Typical scale
- 250 MW — 2.4 GW
- Core layer
- Hybrid dispatch
FORGE / 02
On-site generation and microgrids that protect production from volatility and outages.
- Typical scale
- 20 — 180 MW
- Core layer
- Microgrid control
CITY / 03
District energy, charging and building systems coordinated around real demand.
- Typical scale
- 40k — 1.2m users
- Core layer
- Demand orchestration
EDGE / 04
Autonomous systems for isolated operations where reliability cannot depend on a distant grid.
- Typical scale
- 500 kW — 25 MW
- Core layer
- Autonomous operation
05 / Model the impact
Change the capacity.
See what becomes possible.
100 MW1.2 GW
Annual output1.31 TWh
Homes supplied262K
CO₂ avoided524K t
Peak support126 MW
LIVE
MODEL
MODEL
06 / Proven in operation
“The system stopped treating storage as backup and started using it as an active grid asset.”
0% lower peak cost
0% higher renewable use
0min response time
07 / Build the next system
Energy infrastructure should move as one.
Share the site, load profile or operating challenge. Our engineering team will map the most useful first step.