Industrial Power
Generating units and electrical systems for continuous duty, grid-connected or standalone operation.
Power generation, cogeneration and energy systems for industrial cooling, heating and electricity demand, with equipment selection, efficiency improvements and project partnerships.
Gas turbine packages, auxiliaries and controls selected for gas supply, load and operating mode.
Model, rating and supply scope are confirmed per project.

Generating units and electrical systems for continuous duty, grid-connected or standalone operation.
Exhaust heat supplies steam, hot water or compatible cooling systems for combined heat and power (CHP) or combined cooling, heat and power (CCHP).
Project-specific equipment supply and system packages, including turbines, auxiliaries, controls and supporting systems.
Integrated generation and heat recovery provide power, heat and cooling to suit electricity, steam, hot water and cooling demand.

A gas turbine drives a generator for industrial and site loads.
A heat recovery boiler or heat exchanger converts exhaust heat into steam or hot water.
Suitable heat sources drive absorption chillers for process or building cooling.
Project development for biomass power, heat and cogeneration using agricultural, forestry and oil palm by-products.
Feedstock supply and loads guide gasification, boiler and generation systems, fuel planning, equipment selection and project partnerships.

Upgrade low-grade process heat for industrial hot water or steam, integrating efficiency retrofits with existing cooling and heating systems.
Integrated high-temperature hot water and steam units, steam compression heat pumps and other equipment are selected for heat sources, target temperatures and process demand.

Site energy solutions can integrate solar photovoltaics (PV), energy storage systems (ESS), microgrids and power for electric equipment. Available power, loads and commercial terms guide equipment supply, system design and project partnerships.

PV design reflects roof conditions, demand profiles and grid requirements, with coordinated operation alongside existing power sources.

Mobile storage and charging for portable power, backup and equipment charging, configured for site power, loads and interfaces.
Coordinate PV, generators, external supply and ESS around available site power.
Coordinate electrical interfaces, controls and protection for site operations.
Plan energy supply and use for production, site operations and equipment charging.