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Weichai 1280KW Natural Gas Biogas Generator Set 16M33D1280NG10
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Weichai 1280KW Natural Gas Biogas Generator Set 16M33D1280NG10

Weichai Baudouin 16M33D1280NG10 Biogas Generator Set

– Independent Power Station Technical Specification & Equipment Details

I. Overview

The Weichai 16M33D1280NG10 is a high-power gas generator set based on the premium M33 platform. Designed as an independent power station, this solution integrates complete intake/exhaust systems, cooling system, electrical control system, and soundproofing facilities, enabling reliable standalone operation without reliance on external auxiliary equipment.

This model is specifically designed for biogas, natural gas, and biomass gas. Utilizing lean‑burn technology, it offers high reliability, low oil consumption, and strong environmental adaptability, making it an ideal choice for large‑scale livestock farms, wastewater treatment plants, and landfill gas utilization projects.


II. Core Technical Advantages

  1. High Reliability: V16, four‑stroke configuration with intelligent fault diagnosis, misfire monitoring, and knock protection, supporting unattended operation.

  2. Excellent Economy: Advanced ignition system and optimized combustion chamber reduce gas consumption; specialized valve stem seals and piston rings deliver an oil consumption ≤ 0.2 g/kW·h, significantly lower than industry standards, greatly reducing operating and maintenance costs.

  3. Strong Environmental Adaptability: The engine is optimized for biogas (with fluctuating methane content) and features a compression ratio specifically tuned to 13:1 for biogas combustion.


III. Detailed Technical Parameters

Item Specification
Model 16M33D1280NG10
Rated Power (kW) 1280 (prime power) / 1000‑1100 kW (typical generator output)
Rated Voltage (V) 400/230 (customizable from 380V to 11 kV medium/high voltage)
Rated Frequency (Hz) 50 / 60 (adjustable)
Rated Speed (rpm) 1500 / 1800
Power Factor 0.8 (lagging)
Phase & Connection 3‑phase, 4‑wire star connection

1. Engine Parameters (Model: 16M33 Gas Engine)

Item Specification
Engine Type V16, 4‑stroke, spark‑ignited, turbocharged & charge‑air cooled
Bore × Stroke (mm) 150 × 180
Total Displacement (L) 39.2
Compression Ratio 13:1 (biogas specific) / 12.5:1 (natural gas)
Intake Method Turbocharged with air‑to‑air aftercooling
Governor Type Electronic governor (closed‑loop electronic control)
Starting Method 24V DC electric start
Oil Consumption ≤ 0.2 g/kW·h

2. Generator Parameters (Standard with Stamford / Marathon / Mecc Alte or equivalent)

Item Specification
Insulation Class Class H
Protection Class IP 23
Excitation Method Brushless, self‑excited (AVR automatic voltage regulation)
Cable Outlet Side or top exit (suitable for cable trench layout in independent stations)

3. Independent Power Station Support Systems

As an independent station, the system integrates the following core components:

  • Cooling System: Closed‑loop water cooling with a horizontal multi‑fan radiator (fans automatically start/stop based on water temperature); separate high‑temperature and low‑temperature circuits ensure stable indoor temperatures.

  • Intake Filtration: Heavy‑duty air filter suitable for the biogas station environment.

  • Exhaust System: High‑temperature stainless steel flexible connector + industrial‑grade spark‑arresting silencer (optional waste heat recovery unit to utilize jacket water heat).

  • Control SystemDeepsea or Smartgen intelligent controller supporting remote monitoring, automatic start/stop, paralleling, and load sharing.


IV. Independent Power Station Layout & Engineering Requirements

Based on the “independent station” configuration, the following requirements (referencing standards such as T/CITS 393‑2025) should be followed for site selection and plant design:

  1. Layout:

    • brick‑and‑concrete structure or acoustic enclosure is recommended.

    • A maintenance door should be reserved at the generator output end for access of the unit and major components.

    • A soundproof door and forced exhaust ventilation (with exhaust fans and louvered sound‑absorbing grilles) should be installed at the free end to ensure adequate ventilation and heat dissipation.

  2. Leakage Protection:

    • A sump and collection tank shall be provided under the floor to prevent biogas condensate, oil, and waste liquids from seeping into the ground, meeting environmental protection requirements.

  3. Gas Supply Requirements:

    • Biogas must be dehydrated and desulfurized (H₂S ≤ 200 ppm, moisture ≤ 80%).

    • The gas supply pipeline shall be stainless steel and equipped with explosion‑proof solenoid valves and flame arrestors.

  4. Electrical Connections:

    • Provide cable entry holes from the generator to the underground trench to enable concealed routing and enhance safety.


V. Scope of Supply (Standard Independent Station Configuration)

  1. Main Unit: Weichai Baudouin 16M33D1280NG10 engine, brushless alternator, common skid base (with vibration isolators).

  2. Control System: Automatic paralleling / grid‑connected control panel (PLC, touchscreen, protection relays), battery charger.

  3. Gas System: Gas pressure regulator, solenoid valve, filter, flame arrestor.

  4. Cooling System: Horizontal multi‑fan radiator, high‑temperature and low‑temperature circulation pumps.

  5. Exhaust System: Flexible connector, silencer, exhaust piping (inside plant).

  6. Accessories: Tool kit, spare parts, technical documentation (installation foundation drawing, electrical wiring diagram, operation manual).


VI. Conclusion

The Weichai 16M33D1280NG10 biogas generator set, with its high power output, low operating cost (extremely low oil consumption), and intelligent management system, effectively enables “self‑consumption with surplus power sold to the grid” or “combined heat and power (CHP)” in an independent station configuration. Its modular design allows for quick installation and maintenance even in non‑standard industrial environments, providing reliable power for energy conservation and emission reduction projects.

Note: The parameters above are based on publicly available Weichai data and industry standards. Final dimensions and detailed technical specifications should be confirmed by engineers based on site conditions before contract finalization.