Natural-gas generation
Gas-fired projects are evaluated around fuel supply, plant configuration, efficiency, dispatch profile, water, emissions, interconnection, and market need.
Power Generation
Generation solutions shaped by market and operating needs.
TGP evaluates generation projects around fuel, capacity, reliability, grid conditions, economics, emissions requirements, and lifecycle performance.
TransGlobe Power
Power Generation
Steam and thermal systems
Steam and thermal applications require coordinated review of the heat source, process demand, water, balance-of-plant systems, controls, and operating requirements.
Distributed and specialized generation
Flexible generation may support industrial facilities, remote systems, resilience, backup power, capacity needs, or grid-support applications.
Grid integration and delivery
Generation planning must connect plant design with the interconnection scope, substation, transmission path, controls, testing, and operating procedures.
Configuration and dispatch
Generation is specified around how it will actually run. A unit expected to follow load has different requirements from one running at base load, and the difference drives fuel, emissions and maintenance economics across the asset’s life.
- Capacity, heat rate and expected dispatch profile
- Fuel supply, storage and firm delivery arrangements
- Emissions permitting and control technology selection
- Water supply, cooling method and discharge requirements
- Start-up regime and its effect on maintenance intervals
Interconnection and reliability
Generation is only as valuable as its ability to deliver. Interconnection capacity, black-start capability and reliability obligations shape both the design and the revenue the plant can earn.
- Interconnection studies and network upgrade allocation
- Reliability and capacity market obligations where applicable
- Protection coordination and grid-code compliance
- Redundancy and outage planning across major equipment
FAQ
Common questions
Clear answers
What to know about power generation .
What determines the appropriate generation technology?
The answer depends on capacity, dispatch needs, fuel or energy source, interconnection, emissions and permitting requirements, site conditions, capital cost, operating cost, and reliability objectives.
Why evaluate the grid connection early?
Interconnection requirements can materially affect site layout, equipment, schedule, cost, studies, controls, and the project’s commercial viability.
Can generation be evaluated with renewable energy and storage?
Yes. Hybrid systems can be assessed around load, reliability, operating strategy, controls, interconnection, fuel exposure, and lifecycle economics.
What generation technologies do you work with?
Thermal and reciprocating generation, and hybrid configurations pairing generation with storage. Selection follows from dispatch profile, fuel availability, emissions limits and interconnection capacity.
Can you support an existing plant rather than a new build?
Yes. Uprates, heat-rate improvement, control upgrades, emissions compliance and life-extension work are assessed the same way as a new build — against how the asset actually runs.
How is fuel supply handled?
Fuel supply, storage and firm delivery arrangements are treated as a design input rather than a procurement task, because they constrain configuration, siting and the plant’s realistic dispatch.
Power generation
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Capacity, fuel, expected dispatch profile, and the stage the project has reached.
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