50HZ Weichai 20M33D2020E310 1600kW/2000kVA Diesel Generator Set

Weichai 1600kW/2000kVA Diesel Generator Set
1. Complete Technical Parameter Table
This chapter systematically sorts out the original factory standard parameters and universal industry configuration indicators of the Weichai 20M33D2020E310 diesel generator set. All parameters are adapted to 50Hz industrial power supply standards, covering unit overall performance, diesel engine core configuration, alternator technical indicators and conventional operating parameters, which supports engineering selection, project bidding and on-site equipment commissioning.
Parameter Item | Technical Data |
Generator Set Model | Weichai 20M33D2020E310 |
Rated Frequency | 50Hz |
Prime Power (kW/kVA) | 1600kW / 2000kVA |
Standby Power (kW/kVA) | 1800kW / 2250kVA |
Rated Voltage | 400V/230V, 3 Phase 4 Wire |
Power Factor | 0.8 Lagging |
Rated Speed | 1500rpm |
Full Load Fuel Consumption | 438L/H (100% Rated Load) |
Engine Brand | Weichai |
Engine Model | 20M33D2020E310 |
Engine Structure | V20 Cylinder, 4-Stroke, Water-Cooled, Turbocharged & Intercooled |
Total Displacement | 65.4L |
Fuel Injection System | Electronic Controlled High Pressure Common Rail |
Emission Standard | China Non-Road Stage III |
Alternator Excitation Type | Brushless, Self-Excited |
Insulation Class | Class H |
Protection Grade | IP23 |
Starting Mode | Electric Start (ATS Automatic Switching Optional) |
Cooling Method | Closed Circulation Water Cooling |
Operating Ambient Temperature | -20℃ ~ +45℃ |
2. Core Product Features
The Weichai 20M33D2020E310 1600kW/2000kVA diesel generator set is a heavy-duty high-power power supply device built on Weichai mature 20M33 industrial power platform. As a mainstream 50Hz large-scale diesel generator set in the market, it integrates high power output, stable operation, strong environmental adaptability and low maintenance cost, and is widely recognized in high-load industrial power supply and emergency power guarantee fields.
2.1 Ultra-Strong Power Reserve and Stable Power Output
Equipped with original Weichai V20 four-stroke diesel engine with 65.4L large displacement and turbocharged intercooled air intake technology, this industrial generator set boasts abundant power reserve and excellent dynamic load capacity. The 1600kW prime power supports 24-hour continuous stable operation, while the 1800kW standby power can easily cope with instantaneous load surge and peak power demand in emergency power failure scenarios. Matched with high-performance brushless self-excited alternator, it completely avoids carbon brush wear, poor contact and spark faults of traditional excitation structures. The output voltage and frequency are highly stable with low harmonic distortion, which can effectively protect precision industrial equipment and electrical systems from damage caused by power fluctuation.
2.2 High-Grade Insulation and Reliable Safety Performance
The alternator adopts Class H high-temperature resistant insulation material, the highest industrial insulation grade available for generator equipment. It can maintain stable insulation performance under long-term high-load, high-temperature and continuous operating conditions, effectively resisting insulation aging and breakdown, and greatly extending the service life of the whole unit. With standard IP23 industrial protection grade, the equipment can block solid foreign objects and splash rainwater, adapting to indoor factory fixed installation and outdoor open-air construction environment. The closed water circulation cooling system ensures efficient and constant temperature heat dissipation, eliminating overheating failure risks during long-hour uninterrupted operation.
2.3 Precise Fuel Control and Balanced Energy Efficiency
Adopting electronically controlled high-pressure common rail fuel injection technology, the Weichai 20M33 series diesel engine realizes precise fuel atomization and full combustion. The full-load fuel consumption is stably controlled at 438L/H, achieving a perfect balance between high-power output and economic operation. Compared with other 2000kVA diesel generator sets of the same power level, this model has more stable fuel consumption performance, lower comprehensive operating costs, and effectively solves the problem of high energy consumption of traditional large-scale power generation equipment.
2.4 Low Maintenance and High Intelligent Adaptability
The brushless self-excited structure reduces vulnerable wearing parts, realizing long-term maintenance-free operation of the power generation core, which greatly saves later maintenance time and spare parts cost for users. Compliant with China Non-Road Stage III emission standards, the unit operates with low vibration, low noise and low exhaust emissions, meeting environmental protection assessment requirements of industrial parks, municipal projects and urban supporting facilities. The optional ATS automatic switching system supports unattended automatic start and power switching when mains power fails, improving the intelligent level and power supply reliability of the enterprise power system.
3. Main Application Scenarios
This 1600kW/2000kVA Weichai diesel generator set is designed for high-power, high-reliability power demand scenarios, covering industrial production, infrastructure construction, data communication, public facilities and special field operations. It can be used as both long-term main power supply and emergency standby power supply, with wide scene adaptability.
3.1 Large Industrial Production Parks
It is widely applicable to chemical industry, metallurgy, mining, building materials processing, heavy machinery manufacturing and other large high-power industrial enterprises. For industrial parks with unstable municipal power grid, frequent power overhaul or insufficient grid capacity, the 2000kVA heavy-duty generator set can provide continuous main power supply to ensure uninterrupted operation of production lines, avoiding huge economic losses caused by sudden power outages.
3.2 Large Data Centers and Communication Hubs
As the core emergency standby power supply for cloud computing data centers, 5G communication base station clusters and provincial-level communication hub stations, the unit features stable output and low harmonic interference. It can respond quickly to mains power failure, complete seamless power switching, and ensure uninterrupted operation of server groups, data storage systems and network transmission equipment, which is crucial for maintaining the normal operation of digital communication infrastructure.
3.3 Municipal and Large-Scale Infrastructure Projects
It is the preferred power supply equipment for urban subway construction, highway and railway trunk line projects, water conservancy engineering, bridge construction and municipal key projects. Adaptable to outdoor high temperature, dust and rainy harsh construction environments, the IP23 protected diesel generator set can stably supply power for large construction machinery and on-site temporary power equipment, providing reliable mobile power support for infrastructure construction.
3.4 Public Service and Commercial Complexes
The unit is suitable for large general hospitals, high-star hotels, super-large shopping malls, exhibition centers and airport terminal buildings. In case of sudden mains power outage, it can start up quickly to supply power for medical rescue equipment, fire protection linkage systems, elevators and public lighting systems, guaranteeing personnel safety and normal operation of public service facilities.
3.5 Remote Field Operation and Special Industries
It perfectly matches the power demand of remote oil fields, mountain mining areas, field exploration operations and offshore auxiliary power scenarios without complete power grid coverage. Its strong long-hour continuous operation capability and extreme environment adaptability make it an ideal main power supply equipment for field operation teams, solving the power shortage problem of special remote operation scenarios.
4. Core Product Purposes
Positioned as a high-power heavy-duty industrial power guarantee equipment, the Weichai 20M33D2020E310 diesel generator set focuses on solving the stability and reliability problems of high-load industrial power supply, with core purposes covering emergency power backup, continuous main power supply, power grid peak shaving and temporary mobile power support.
4.1 Emergency Standby Power Guarantee
This is the most mainstream application of the unit. For enterprises and public facilities relying on municipal mains power, once power failure, grid overhaul or voltage fluctuation occurs, the 2000kVA diesel generator set can start rapidly and switch power supply automatically. It effectively avoids production shutdown, data loss and equipment damage caused by power interruption, providing reliable emergency power safety guarantee for high-power power consumption units.
4.2 Long-Term Continuous Main Power Supply
For remote areas with incomplete power grid coverage and industrial sites with insufficient grid bearing capacity, the 1600kW prime power can serve as long-term uninterrupted main power supply. Relying on the stable performance of Weichai 20M33 heavy-duty power platform, it can operate continuously for a long time, stably supporting on-site production and living power demand and replacing unstable municipal power grids.
4.3 Power Grid Peak Shaving and Load Stabilization
In large industrial parks and manufacturing enterprises with large peak-valley power consumption difference, the unit undertakes peak load power supply tasks. It starts operation during peak power consumption periods to reduce municipal power grid load pressure, prevent power limitation and tripping faults, stabilize on-site power frequency and voltage, and ensure the safe and efficient operation of precision production equipment.
4.4 Temporary Mobile Power Support
With flexible deployment and strong environmental adaptability, the generator set can be used as temporary mobile power supply for large-scale engineering construction, emergency disaster relief, outdoor large-scale activities and temporary project operation. It quickly solves the problems of no power supply or insufficient power in temporary scenarios, meeting short-term high-power power consumption demands.
5. Frequently Asked Questions (FAQ)
Q1: What is the practical difference between prime power and standby power of the 20M33D2020E310 generator set?
The 1600kW/2000kVA prime power is the rated continuous operating power of the unit, supporting 24-hour long-term uninterrupted operation and allowing occasional 10% overload operation, which is suitable for long-term main power supply scenarios. The 1800kW/2250kVA standby power is emergency peak power, only applicable to short-time power supply during mains power failure. It cannot run continuously for a long time and is mainly used for emergency standby scenarios. Users must distinguish the two working modes to avoid long-term overload operation that affects the service life and stability of the unit.
Q2: What are the actual usage advantages of brushless self-excited alternator with Class H insulation and IP23 protection?
The brushless self-excited design eliminates traditional carbon brush wearing parts, reducing equipment failure points and realizing long-term low-failure and maintenance-saving operation. Class H high-grade insulation resists high temperature aging and electrical breakdown, adapting to long-term high-load industrial operation. IP23 industrial protection grade can prevent dust, large foreign objects and splash rainwater from entering the equipment, enabling the unit to operate stably in indoor workshops and outdoor open-air construction sites, greatly improving environmental adaptability and operational reliability.
Q3: Is the 438L/H full-load fuel consumption fixed? How to reduce daily operating fuel cost?
438L/H is the standard fuel consumption data under 100% full-load rated operation. The actual fuel consumption will decrease with the reduction of load rate, and the unit achieves the best economic operation state under 50%-70% medium load. To reduce daily fuel cost, users can avoid long-term full-load and overload operation, regularly maintain the fuel injection system, air filter and lubricating system, and reasonably match the on-site power load. Scientific load matching and standardized daily maintenance can effectively improve fuel utilization and reduce comprehensive operating costs.

