MWM 2032V16

ReflowX SKU: REF-557

Description

Engine Type:

Manufacturer: MWM (Motoren-Werke Mannheim)
Model: 2032V16
Engine Type: Gas Engine (often used in CHP (Combined Heat and Power) applications, cogeneration systems, and industrial power generation)
Configuration: V-type, 16 cylinders
Bore x Stroke: 320 mm x 400 mm (typical for this model)
Displacement: Approx. 32.3 liters per cylinder (total displacement = 516.8 liters)
Compression Ratio: 10.0:1 (may vary slightly depending on configuration)

Performance:

Power Output: 4300 kW (approximately 5,754 horsepower)
Speed: 1500 rpm (nominal speed)
Thermal Efficiency: Around 40–42%, depending on fuel quality and operating conditions.
Fuel: Natural gas, biogas, or other gaseous fuels depending on specific engine configuration.

Fuel System:

Fuel Type: Natural gas (biogas, or synthetic gases can also be used)
Injection System: Electronic fuel injection, optimized for efficiency
Fuel Consumption: Typically 320-350 grams of natural gas per kWh, but can vary depending on operational conditions and load.

Cooling System:

Emissions & Compliance:

Emission Standards: The engine is typically designed to meet international emission standards like EU Stage IIIA or EPA Tier 2, depending on configuration and location.
NOx Emissions: Typically around 500-600 mg/Nm³ at full load (subject to local emission standards).

Dimensions and Weight:

Length: Approx. 5000–5500 mm (depends on configuration and ancillary components)
Width: Approx. 1800–2000 mm
Height: Approx. 2500–3000 mm
Weight: Approx. 20,000–22,000 kg (dry weight, can vary depending on auxiliary systems)

Maintenance & Service:

Oil Change Interval: Typically every 1000–1500 operating hours, depending on operating conditions
Maintenance Type: Periodic (e.g., oil, air, fuel filter replacement) and minor adjustments to ensure optimal operation.
Lubrication: Forced lubrication, multi-stage filtration

Generator Application:

Typically, the MWM 2032V16 engine is coupled to a synchronous generator to produce electricity. The engine’s high efficiency makes it a reliable choice for industrial and grid-connected applications.

Auxiliary Systems:

Lubrication System: Pressurized lubrication with a multi-stage filtration system.
Exhaust System: High-efficiency exhaust gas cleaning systems (such as selective catalytic reduction or SCR) can be installed to comply with stringent emission norms.

Combined Heat and Power (CHP) Systems: The engine’s high thermal efficiency makes it ideal for cogeneration applications, where both electricity and heat are generated.
Industrial Power Generation: Used in industrial facilities for power backup or as a primary power source.
Biogas Power Plants: Given its adaptability to biogas, it's used in renewable energy applications, such as biogas-based power plants.

High Reliability: Designed for continuous, heavy-duty operation in demanding conditions.
Fuel Flexibility: Can run on a variety of gaseous fuels, making it versatile and adaptable to different fuel types, including natural gas and biogas.
Low Maintenance Costs: MWM engines are known for long intervals between overhauls and relatively low operational and maintenance costs.

The engine can be customized to meet specific customer needs, including modifications to meet local fuel types, emission standards, and power requirements.

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