Generation portfolio
Power for every grid. Every market. Every need.
Its Electric Ai develops a diversified generation portfolio — utility-scale solar, distributed small wind, dispatchable gas turbine, modular nuclear, and waste-to-energy — engineered to deliver reliable power across every grid context and geography.
Platform overview
Five sources. One platform.
A diversified generation mix is not just a risk management strategy — it is the foundation of a resilient grid. Its Electric Ai develops across five complementary generation technologies, each selected for its role in delivering reliable, dispatchable, and sustainable power.
Capacity figures, project data, and operational statistics shown on this page are illustrative preview content. Verified company data will replace these figures once confirmed.
Solar
Scalable, domestic, and increasingly cost-competitive.
Small wind
Local generation for resilient, distributed grids.
Gas turbine
Responsive power when the grid needs it most.
Mini nuclear stations
High-density baseload for local energy security.
Waste-to-energy
Turning waste streams into reliable electricity.
Solar
Scalable, domestic, and increasingly cost-competitive.
Utility-scale solar is the fastest-growing generation technology globally. Its Electric Ai develops field-scale solar arrays designed to add flexible, domestic generation capacity to growing grids — from greenfield sites to co-located generation and storage configurations.
- Greenfield and brownfield site development
- Grid-connected and behind-the-meter configurations
- Battery storage co-location
- EPC and O&M partnership models
Utility scale
Scalable, domestic, and increasingly cost-competitive.
Small wind
Local generation for resilient, distributed grids.
Its Electric Ai focuses on small and distributed wind generation — turbine systems designed for local deployment near infrastructure, communities, and industrial sites. This is not large utility-scale wind: it is practical, distributed generation that strengthens local grid resilience without the footprint of major wind farms.
- Small turbine systems for distributed deployment
- Rural, remote, and infrastructure-adjacent sites
- Community and industrial power applications
- Hybrid wind-solar-storage configurations
Distributed generation
Local generation for resilient, distributed grids.
Gas turbine
Responsive power when the grid needs it most.
Gas turbine generation provides the dispatchable capacity that variable renewables cannot — fast-start, reliable, and capable of responding to grid demand in minutes. Its Electric Ai develops gas turbine projects for grid stability, peak demand management, and industrial power resilience.
- Open cycle and combined cycle configurations
- Fast-start peaking plant development
- Industrial and grid-scale applications
- Fuel flexibility and transition-ready design
Dispatchable
Responsive power when the grid needs it most.
Mini nuclear stations
High-density baseload for local energy security.
Small modular reactors and mini nuclear stations represent the next generation of baseload power — compact, factory-built, and deployable where large conventional nuclear is not viable. Its Electric Ai positions modular nuclear as a cornerstone of local energy security and long-term grid resilience, particularly in markets where reliable baseload is scarce.
- Small modular reactor (SMR) development
- Mini nuclear station siting and permitting
- Modular factory-build and deployment models
- Long-term baseload supply agreements
Modular baseload
High-density baseload for local energy security.
Waste-to-energy
Turning waste streams into reliable electricity.
Waste-to-energy systems convert municipal and industrial waste into usable electricity — reducing landfill dependency while generating consistent, dispatchable power. Its Electric Ai develops waste-to-energy projects as part of integrated circular economy programmes, particularly in markets with growing urban waste management challenges.
- Municipal solid waste combustion systems
- Industrial waste stream processing
- Integrated waste management and power programmes
- Circular economy and sustainability frameworks
Circular power
Turning waste streams into reliable electricity.
Generation partnerships
We're looking for the right partners to build with.
Its Electric Ai is actively seeking development partners, EPC contractors, equipment suppliers, utilities, and government agencies to advance generation projects across all five technology streams globally.
Start a conversationReady to build
Generation that fits the grid. And the market.
Whether you're a utility seeking new capacity, a government developing energy security, or an investor looking for long-term infrastructure returns — we want to hear from you.
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