Renewable generation
Greenfield and repowering opportunities structured for credible interconnection, constructability and long-term operating performance.
- Solar and onshore wind
- Hybrid generation + storage
- Strategic transmission adjacency
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Integrated energy
infrastructure.
Mandate 01
Develop, integrate and operate energy systems that are reliable enough for industry, flexible enough for the grid and accountable to the places they serve.
GenerationStorageDistributed energyGrid intelligence
01
Energy thesis
Clean energy performs
as a coordinated system.
A durable energy transition combines generation with flexibility, digital control, transmission awareness and demand that can respond intelligently.
System design begins with the load profile, interconnection reality, land, resource, community context and lifecycle performance requirements.
A systems-first approach combines utility-scale assets, behind-the-meter resources and software around economic performance and operational resilience.
02
Integrated stack
From electron to outcome.
01
Generate
Solar, wind and fit-for-place firming resources developed against real demand and grid conditions.
02
Shape
Battery and thermal storage shift supply, protect critical loads and support market participation.
03
Distribute
Microgrids and distributed resources bring resilience closer to campuses, farms and communities.
04
Optimize
Forecasting and controls coordinate assets around cost, demand, reliability and contractual obligations.
03
Capability areas
Infrastructure matched to the job.
Storage and microgrids
Systems that keep critical operations running, reduce peak exposure and turn variable supply into dispatchable capability.
- Battery energy storage
- Campus and industrial microgrids
- Backup modernization
Energy intelligence
Asset controls, forecasting and portfolio analytics that make complex resources understandable and actionable.
- Dispatch optimization
- Constraint-aware load orchestration
- Performance diagnostics
Development principles
“The best energy asset delivers the right power, at the right moment, for the full life of the system.”
01Design from demand
02Respect the interconnection
03Engineer for operations
04Share value locally