50-2000 Kw Silent Type Gas/Biogas/Diesel Generator

The 50-2000kW Silent Type Gas/Biogas/Diesel Generator is a versatile industrial power generation solution designed for facilities requiring reliable electricity from gas, biogas, or diesel fuel. Covering a broad output range from 50kW to 2000kW, the generator set can be configured for different operating requirements, fuel types, installation environments, and power loads.

The silent-type design is intended for projects where noise control and equipment protection are important considerations. Depending on the selected configuration, the generator can be equipped with a sound-attenuated enclosure, suitable ventilation, exhaust treatment, control equipment, and other auxiliary components.

Gas, biogas, and diesel generators have different fuel systems and engine configurations. The appropriate generator type should therefore be selected according to the available fuel, required power, operating schedule, and project conditions.

Generator model	LX - 80GF		Rated current	144 A
Rated Power	50-200 kW		Power Factor	0.8
Reserve power	100 kVA		Controller	Automatic PLC control
Rated voltage	400V/230V		Speed regulation mode	Electronic speed control
Rated frequency	50Hz		Type	Open
Rated speed	1500 rpm		Biogas /gas consumption rate	0.6 /0.3 m³/Kw·h
* Altitude <1000 meters, ambient temperature <40 ºC , ambient humidity ≤60%. * Rated power: The maximum power of the generator set when it is continuously operated with variable load and with unlimited operating hours per year under the agreed operating conditions and maintenance as specified by the manufacturer. The average power output during a 24-hour operating cycle should not exceed 70% of the rated power, in accordance with GB/T2820-97 (eqv ISO8528) . * Standby power: The generator set can be overloaded on the basis of continuous power for 1 hour every 12 hours within a certain period of time. 10%, the unit power at this time is the standby power. * Rated voltage: 380/220V , 400/230V , 415/240V , 440/254V and other voltages can be customized.

50-2000kW Wide Power Range

The 50-2000kW range provides flexible options for different power requirements. Smaller generator configurations can be suitable for farms, workshops, commercial facilities, construction sites, and distributed power applications, while larger units can support industrial facilities, data-related infrastructure, wastewater plants, manufacturing facilities, and larger power projects.

Common configurations may include 50kW, 100kW, 150kW, 200kW, 300kW, 500kW, 800kW, 1000kW, 1500kW, and 2000kW, depending on the selected engine and generator platform.

The correct generator capacity should be determined based on the facility's electrical load, starting requirements, operating mode, expected future demand, and available fuel supply.

Silent Type Generator Design

The silent generator configuration uses an enclosure and acoustic-control design to help reduce operating noise compared with an open-frame generator.

A sound-attenuated enclosure can incorporate acoustic insulation, ventilation channels, access doors, exhaust components, and cooling arrangements. Because an engine produces both heat and noise during operation, the enclosure needs to provide sufficient airflow while maintaining the required acoustic performance.

Actual noise levels depend on the engine, alternator, exhaust system, enclosure structure, load, and installation environment. Project-specific noise requirements should be confirmed during generator selection.

Gas Generator Configuration

Gas generator sets use a gas engine and alternator to convert the energy contained in a suitable gaseous fuel into electrical power.

Depending on the selected configuration, gas generators may be designed for natural gas or other compatible gaseous fuels. Gas pressure, composition, flow rate, and fuel quality should be evaluated before selecting the engine and fuel system.

Gas generators can be used for industrial facilities, commercial buildings, agricultural operations, distributed energy systems, and other applications where a suitable gas supply is available.

Biogas Generator Configuration

Biogas generators are designed for applications where methane-rich biogas is produced through anaerobic digestion.

Typical biogas sources include livestock manure, wastewater sludge, food-processing waste, agricultural residues, and other organic materials. A compatible gas engine can use the combustible components of the biogas to produce electricity.

Biogas composition varies significantly between projects. Methane concentration, hydrogen sulfide, moisture, gas pressure, gas flow, and other impurities should be analyzed before generator selection.

Biogas Gas Cleaning And Conditioning

Biogas generally requires appropriate conditioning before being supplied to a gas engine. Depending on the gas analysis, treatment may include moisture separation, hydrogen sulfide reduction, filtration, cooling, pressure regulation, and other gas-cleaning processes.

Hydrogen sulfide and moisture are particularly important considerations because they can affect engine components and maintenance requirements.

A properly designed gas-treatment system can help provide a more stable fuel supply to the generator. The actual treatment requirements should be determined from the project's gas analysis rather than applying the same system to every biogas installation.

Diesel Generator Configuration

Diesel generators provide another power-generation option for applications requiring diesel fuel. They are widely used for standby power, prime power, construction projects, industrial facilities, commercial buildings, telecommunications infrastructure, and remote installations.

Compared with gas and biogas systems, diesel generators use a different fuel supply and engine configuration. They can be selected when diesel fuel is readily available or when a conventional backup power source is required.

The diesel generator can also be integrated into a larger power system alongside renewable energy, gas generation, or other electrical sources where appropriate.

Prime Power Applications

The generator can be configured for suitable prime power applications where the generator operates as an important or primary source of electricity.

Prime power applications may include remote industrial sites, agricultural facilities, construction projects, temporary facilities, off-grid installations, and locations where grid electricity is unavailable or unreliable.

The appropriate generator configuration depends on operating hours, load profile, ambient conditions, fuel availability, maintenance requirements, and electrical specifications.

Standby Power Applications

For facilities connected to a utility grid, a generator can be used as a backup power source during grid interruptions.

Standby applications can include factories, commercial buildings, warehouses, farms, communication facilities, water treatment plants, and other locations where power interruptions can affect operations.

An automatic transfer system can be integrated into a suitable generator installation so that the backup power system can respond to utility power failures according to the selected control configuration.

Automatic Generator Control

The generator can be equipped with an electronic control system for monitoring and managing generator operation.

Depending on the configuration, the controller can monitor voltage, frequency, current, engine temperature, oil pressure, operating hours, alarms, and other important parameters.

Automatic start and stop functions, protection systems, synchronization, load management, and remote monitoring may also be available depending on the project requirements and selected control system.

Flexible Fuel-Based Solutions

The 50-2000kW range allows customers to select a generator according to their available fuel resources.

Natural gas can be used where a suitable gas pipeline or gas supply is available. Biogas can be considered for anaerobic digestion and waste-to-energy projects. Diesel can be used where conventional liquid-fuel power generation is required.

These fuels should not be treated as interchangeable. Gas engines, biogas engines, and diesel engines have different fuel systems and operating requirements. The generator should be selected specifically for the intended fuel.

Industrial And Commercial Applications

The generator can support a broad range of B2B applications.

Industrial facilities can use generators for backup or distributed power. Agricultural operations can use biogas generation as part of an anaerobic digestion system. Wastewater treatment plants can recover energy from digester gas.

Commercial buildings, warehouses, construction projects, workshops, and remote facilities can use suitable generator configurations for prime or standby power.

Parallel Generator Systems

For projects requiring greater capacity or operational flexibility, multiple generator sets can potentially be connected in parallel using suitable synchronization and load-sharing equipment.

Parallel operation can allow power-generation capacity to be distributed across several units. This can be useful for facilities with variable electrical loads or projects that require staged generator capacity.

The synchronization system, generator ratings, electrical protection, load-sharing strategy, and control system should be designed according to the specific installation.

Cooling And Ventilation

Proper cooling and ventilation are essential for enclosed generator systems. Gas and diesel engines generate heat during operation, and a silent enclosure must allow sufficient airflow to maintain suitable operating conditions.

The cooling system may include a radiator, cooling fan, ventilation openings, and other components according to the generator configuration.

For indoor installations, additional ventilation and exhaust arrangements may be required. Installation conditions should be evaluated before final equipment selection.

B2B Project Configuration

Industrial power projects have different electrical and fuel requirements. Customers should provide information such as required power output, voltage, frequency, fuel type, gas analysis where applicable, operating hours, load characteristics, installation environment, and noise requirements.

For biogas projects, gas flow rate and gas composition are especially important. For diesel applications, fuel availability and expected operating hours should be considered.

This project information helps determine a suitable engine, alternator, control system, enclosure, fuel system, and auxiliary equipment.

Export And Installation Support

For international B2B projects, generator sets may require export packaging, technical documentation, wiring diagrams, operating manuals, installation instructions, and other project documents.

Correct installation includes appropriate ventilation, exhaust routing, fuel connection, electrical protection, grounding, and commissioning procedures.

The installation environment and local electrical standards should be considered when configuring the generator for export.

Key Features
50-2000kW Wide Power Range
Silent And Sound-Attenuated Generator Design
Gas Generator Configuration
Biogas Generator Configuration
Diesel Generator Configuration
Natural Gas And Methane-Rich Biogas Applications
Prime And Standby Power Options
Automatic Generator Control
Flexible Engine And Alternator Selection
Parallel Generator System Options
Industrial And Commercial Applications
B2B Project Configuration And Export Support
Main Applications
Industrial Power Generation
Commercial Backup Power
Natural Gas Power Generation
Biogas Power Generation
Diesel Backup Power
Wastewater Treatment Plants
Livestock Farms
Agricultural Biogas Plants
Food Processing Facilities
Manufacturing Facilities
Construction Sites
Remote And Off-Grid Projects
Distributed Energy Systems
FAQs
1. What Is A 50-2000kW Silent Generator?

It is a generator set available in different power configurations from 50kW to 2000kW, using gas, biogas, or diesel fuel depending on the selected engine and generator configuration.

2. Can One Generator Run On Gas, Biogas, And Diesel?

Normally, gas, biogas, and diesel require different engine and fuel-system configurations. The generator should be selected according to the intended fuel rather than assuming that all three fuels are interchangeable.

3. What Is The Advantage Of A Silent Generator?

A silent generator uses a sound-attenuated enclosure and related acoustic design to help reduce operating noise while also providing additional protection for the generator components.

4. Can The Generator Run On Biogas?

Yes. A compatible biogas generator configuration can use methane-rich biogas from suitable anaerobic digestion systems. Gas cleaning and conditioning may be required depending on the actual gas composition.

5. Does Biogas Need Desulfurization?

The requirement depends on the hydrogen sulfide concentration and the engine's fuel requirements. Where hydrogen sulfide is elevated, an appropriate desulfurization system may be necessary.

6. Is The Generator Suitable For Natural Gas?

Yes. A compatible gas engine configuration can be used for natural gas power generation where the gas supply meets the engine's requirements.

7. Can Diesel Generator Sets Be Used As Backup Power?

Yes. Diesel generators are widely used for standby applications where reliable backup electricity is required during utility interruptions.

8. Can Multiple Generator Sets Operate In Parallel?

Yes. Multiple compatible generator sets can potentially operate in parallel when equipped with suitable synchronization, load-sharing, control, and protection systems.

9. How Do I Select The Correct Generator Capacity?

Consider the total electrical load, motor starting requirements, continuous and peak loads, operating mode, future expansion, fuel availability, and required backup capacity.

10. What Information Is Needed For A Generator Quotation?

Provide the required kW rating, voltage, frequency, fuel type, gas analysis if applicable, operating hours, load characteristics, installation environment, noise requirements, and whether the generator is intended for prime or standby operation.

Why Choose Us
Wide 50-2000kW Power Selection

The broad power range allows customers to select suitable generator capacity for applications ranging from smaller distributed power systems to larger industrial installations.

Multiple Fuel Options

We support gas, biogas, and diesel generator configurations, allowing customers to select the appropriate power-generation technology according to available fuel resources.

Silent Generator Solutions

Sound-attenuated enclosure options can be configured for projects where noise control, equipment protection, and installation environment are important considerations.

Biogas Application Support

For biogas projects, we consider gas composition, methane concentration, hydrogen sulfide, moisture, pressure, gas flow, and gas-conditioning requirements.

Project Configuration

We support industrial customers, EPC contractors, agricultural projects, wastewater plants, commercial facilities, distributors, and international power-generation projects.

Export And Technical Service

We provide generator testing, technical documentation, export packaging, shipping coordination, installation guidance, commissioning assistance, and after-sales technical support.

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