Industrial power
Generating units and electrical systems for continuous duty, grid-connected or standalone operation.
Industrial energy and efficiency
We develop energy supply and efficiency solutions for industrial cooling, heating and power, supporting new projects and retrofits.
Starting with actual loads, production schedules and existing facilities, we examine how energy systems work together, considering supply reliability, energy efficiency and implementation conditions.
Gas turbines and cogeneration
We assess gas turbine and cogeneration options against gas availability, power loads and operating requirements, matching generating units and heat recovery with steam, hot water or cooling demand.
Below 2 MW2–16 MW class
Model, rating and supply scope are confirmed per project.
Heat recovery and cogeneration
Exhaust heat supplies steam, hot water or compatible cooling systems for combined heat and power (CHP) or combined cooling, heat and power (CCHP).
Equipment and system packages
Project-specific equipment supply and system packages, including turbines, auxiliaries, controls and supporting systems.
CHP and CCHP
Integrated generation and heat recovery provide power, heat and cooling to suit electricity, steam, hot water and cooling demand.
Power
A gas turbine drives a generator for industrial and site loads.
Heat
A heat recovery boiler or heat exchanger converts exhaust heat into steam or hot water.
Cooling
Suitable heat sources drive absorption chillers for process or building cooling.
Biomass energy
For agricultural, forestry and oil palm by-products, we organise power, heat and technology resources around feedstock conditions and user loads, assessing fuel supply, equipment requirements and project partnerships.
- Biomass feedstockProcessing & supply
- Gasification & gas treatmentSuitable fuel gas
- Power & heat recoveryPower & recoverable heat
- Biomass feedstockFeedstock compatibility
- Boiler & steam systemCombustion & steam production
- Heat or steam powerHeat load & scale
Industrial heat pumps and heat recovery
We assess industrial heat pumps, heat recovery and suitable waste heat power options against process heat sources, heat demand and operating hours, reviewing connections and retrofit requirements for existing systems. Efficiency assessments use defined operating conditions and calculation boundaries.
- Low-grade heatProcess waste heat & compatible sources
- Industrial heat pumpPower input & heat upgrading
- Hot water / steamProcess heat demand
Distributed energy and microgrids
We organise distributed energy, storage and microgrid resources around site power and loads, connecting industrial facilities and electric equipment with appropriate power and charging arrangements.
Rooftop PV and site power
PV design reflects roof conditions, demand profiles and grid requirements, with coordinated operation alongside existing power sources.
Mobile storage and site support
Mobile storage and charging for portable power, backup and equipment charging, configured for site power, loads and interfaces.
Power coordination
Coordinate PV, generators, external supply and ESS around available site power.
Distribution and energy management
Coordinate electrical interfaces, controls and protection for site operations.
Site loads
Plan energy supply and use for production, site operations and equipment charging.
For specific projects, we help organise technical-commercial discussions, review equipment, engineering and service scopes, and assess suitable implementation and cooperation arrangements.