Equipment
We select gas engine generator sets to match the facility’s load, gas characteristics and site conditions. The equipment configuration and technical specifications are agreed for each project.
A gas engine generator set converts gaseous fuel into electricity. Where heat recovery is included in the project, it can also supply useful heat. The number of units, their capacity and connection arrangement are determined by the facility’s data, not just its peak demand.
For facilities with sustained electricity demand and an available gas supply, gas engine generator sets may be worth considering. If heat consumers are present on site, the potential to use recovered heat in a cogeneration system is assessed separately. Grid-parallel and islanded operation require different connection and control solutions. The permissible operating mode is checked for the specific equipment and facility.
The catalogue below helps identify a power class for further discussion. In addition to the generator set, a solution may include cooling, gas conditioning, exhaust systems, electrical controls and heat recovery circuits. The need for each system and the scope of supply are defined during project development. A catalogue listing does not confirm availability, delivery time or the final equipment configuration.
Tell us where the facility is located, what it is used for, its current and planned load, operating hours and any known gas supply conditions. If available, provide a daily electricity consumption profile, grid connection details and heat demand data. Identify any equipment that must not be stopped. This information helps establish what else is needed for equipment selection and a technical proposal.
Yuchai equipment
4DA is a Yuchai partner. These models provide a starting point for discussing a power center configuration; selection depends on load, gas supply and site conditions.
Model designations and power classes follow the catalog. Rated operating conditions, actual site output, heat recovery and equipment scope need verification against the datasheet and agreement in the proposal. These cards do not indicate stock availability.
Yuchai
400 V · 50 Hz
Parameters describe the configuration in the manufacturer's documentation. Engine version, container, heat recovery and supply scope are agreed for the site.
Yuchai
400 V · 50 Hz
Confirmed parameters are shown. Other specifications require the datasheet for the selected configuration.
Parameters describe the configuration in the manufacturer's documentation. Engine version, container, heat recovery and supply scope are agreed for the site.
Yuchai
10.5 kV · 50 Hz
Parameters describe the configuration in the manufacturer's documentation. Engine version, container, heat recovery and supply scope are agreed for the site.
Yuchai
10.5 kV · 50 Hz
Parameters describe the configuration in the manufacturer's documentation. Engine version, container, heat recovery and supply scope are agreed for the site.
Yuchai
10.5 kV · 50 Hz
Confirmed parameters are shown. Other specifications require the datasheet for the selected configuration.
Parameters describe the configuration in the manufacturer's documentation. Engine version, container, heat recovery and supply scope are agreed for the site.
Yuchai
50 Hz
Confirmed parameters are shown. Other specifications require the datasheet for the selected configuration.
Parameters describe the configuration in the manufacturer's documentation. Engine version, container, heat recovery and supply scope are agreed for the site.
Yuchai
10.5 kV · 50 Hz
Parameters describe the configuration in the manufacturer's documentation. Engine version, container, heat recovery and supply scope are agreed for the site.
Yuchai
10.5 kV · 50 Hz
Parameters describe the configuration in the manufacturer's documentation. Engine version, container, heat recovery and supply scope are agreed for the site.
Catalog images are illustrative; the supplied execution and equipment package are agreed separately.
Your email app will open with the selected model in the draft.
Select up to three models in the cards.
Parameters describe the configuration in the manufacturer's documentation. Engine version, container, heat recovery and supply scope are agreed for the site.
MWM
Models for on-site generation and cogeneration. Selected natural-gas configurations for 50 Hz networks, from 400 to 4,500 kW.
Specifications have been checked against official MWM brochures. Site output, equipment package, availability and delivery terms are agreed separately.
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MWM · P
50 Hz · Natural gas
Selected configuration: natural gas, 50 Hz. For the 3016, 2020, 3020 and 2032 series: NOₓ ≤ 500 mg/Nm³, dry exhaust at 5% O₂, power factor 1. Thermal output assumes exhaust cooling to 120 °C, with ±8% tolerance. Dimensions are for the genset, not a container. Source conditions and the agreed offer take precedence.
MWM · P
50 Hz · Natural gas
Selected configuration: natural gas, 50 Hz. For the 3016, 2020, 3020 and 2032 series: NOₓ ≤ 500 mg/Nm³, dry exhaust at 5% O₂, power factor 1. Thermal output assumes exhaust cooling to 120 °C, with ±8% tolerance. Dimensions are for the genset, not a container. Source conditions and the agreed offer take precedence.
MWM · P
50 Hz · Natural gas
Selected configuration: natural gas, 50 Hz. For the 3016, 2020, 3020 and 2032 series: NOₓ ≤ 500 mg/Nm³, dry exhaust at 5% O₂, power factor 1. Thermal output assumes exhaust cooling to 120 °C, with ±8% tolerance. Dimensions are for the genset, not a container. Source conditions and the agreed offer take precedence.
MWM · S
50 Hz · Natural gas
Selected configuration: natural gas, 50 Hz. For the 3016, 2020, 3020 and 2032 series: NOₓ ≤ 500 mg/Nm³, dry exhaust at 5% O₂, power factor 1. Thermal output assumes exhaust cooling to 120 °C, with ±8% tolerance. Dimensions are for the genset, not a container. Source conditions and the agreed offer take precedence.
MWM · R
50 Hz · Natural gas
Selected configuration: natural gas, 50 Hz. For the 3016, 2020, 3020 and 2032 series: NOₓ ≤ 500 mg/Nm³, dry exhaust at 5% O₂, power factor 1. Thermal output assumes exhaust cooling to 120 °C, with ±8% tolerance. Dimensions are for the genset, not a container. Source conditions and the agreed offer take precedence.
MWM · R
50 Hz · Natural gas
Selected configuration: natural gas, 50 Hz. For the 3016, 2020, 3020 and 2032 series: NOₓ ≤ 500 mg/Nm³, dry exhaust at 5% O₂, power factor 1. Thermal output assumes exhaust cooling to 120 °C, with ±8% tolerance. Dimensions are for the genset, not a container. Source conditions and the agreed offer take precedence.
MWM · P
50 Hz · Natural gas
Selected configuration: natural gas, 50 Hz. For the 3016, 2020, 3020 and 2032 series: NOₓ ≤ 500 mg/Nm³, dry exhaust at 5% O₂, power factor 1. Thermal output assumes exhaust cooling to 120 °C, with ±8% tolerance. Dimensions are for the genset, not a container. Source conditions and the agreed offer take precedence.
MWM · P
50 Hz · Natural gas
Selected configuration: natural gas, 50 Hz. For the 3016, 2020, 3020 and 2032 series: NOₓ ≤ 500 mg/Nm³, dry exhaust at 5% O₂, power factor 1. Thermal output assumes exhaust cooling to 120 °C, with ±8% tolerance. Dimensions are for the genset, not a container. Source conditions and the agreed offer take precedence.
MWM · P
50 Hz · Natural gas
Selected configuration: natural gas, 50 Hz. For the 3016, 2020, 3020 and 2032 series: NOₓ ≤ 500 mg/Nm³, dry exhaust at 5% O₂, power factor 1. Thermal output assumes exhaust cooling to 120 °C, with ±8% tolerance. Dimensions are for the genset, not a container. Source conditions and the agreed offer take precedence.
MWM
50 Hz · Natural gas
The TCG 4170 sheet lists maximum electrical efficiency. It does not specify thermal output, voltage, weight or dimensions; these are not calculated here.
Selected configuration: natural gas, 50 Hz. For the 3016, 2020, 3020 and 2032 series: NOₓ ≤ 500 mg/Nm³, dry exhaust at 5% O₂, power factor 1. Thermal output assumes exhaust cooling to 120 °C, with ±8% tolerance. Dimensions are for the genset, not a container. Source conditions and the agreed offer take precedence.
MWM · R
50 Hz · Natural gas
Selected configuration: natural gas, 50 Hz. For the 3016, 2020, 3020 and 2032 series: NOₓ ≤ 500 mg/Nm³, dry exhaust at 5% O₂, power factor 1. Thermal output assumes exhaust cooling to 120 °C, with ±8% tolerance. Dimensions are for the genset, not a container. Source conditions and the agreed offer take precedence.
MWM · R
50 Hz · Natural gas
Selected configuration: natural gas, 50 Hz. For the 3016, 2020, 3020 and 2032 series: NOₓ ≤ 500 mg/Nm³, dry exhaust at 5% O₂, power factor 1. Thermal output assumes exhaust cooling to 120 °C, with ±8% tolerance. Dimensions are for the genset, not a container. Source conditions and the agreed offer take precedence.
MWM · R
50 Hz · Natural gas
Selected configuration: natural gas, 50 Hz. For the 3016, 2020, 3020 and 2032 series: NOₓ ≤ 500 mg/Nm³, dry exhaust at 5% O₂, power factor 1. Thermal output assumes exhaust cooling to 120 °C, with ±8% tolerance. Dimensions are for the genset, not a container. Source conditions and the agreed offer take precedence.
Images: MWM. TCG 2032 uses a general series image; the selected configuration may differ in appearance and equipment scope.
Your email app will open with the selected model in the draft.
Select up to three models in the cards.
Select at least two models to compare.
From requirements to configuration
The same installed capacity can serve very different operating conditions. Gas engine selection considers the site’s continuous demand, changes in load and the fuel resource available for generation.
Daily and seasonal load profiles show which demand is to be supplied by on-site generation. They inform the capacity, number of units and intended operating modes.
Gas availability is assessed together with its properties and delivery conditions. Compatibility with a particular engine is checked against the manufacturer’s requirements.
The equipment must fit the facility’s networks. If heat recovery is planned, heat users and the necessary auxiliary systems are assessed as well.
The final equipment scope follows the site assessment. The photograph is an example from a third-party catalog, not a confirmed supply or completed 4DA installation.
