50HZ Weichai 16M33D1800E310 1500kW/1875kVA Diesel Generator Set

50HZ Weichai 16M33D1800E310 1500kW/1875kVA Diesel Generator Set

Weichai 1500kW/1875kVA Diesel Generator Set 

1. Full Technical Parameter Table

This chapter compiles the original factory standard parameters and universal industry configuration data of the Weichai 16M33D1800E310 diesel generator set. All data is based on actual operating standards of 50Hz heavy-duty industrial generator sets, covering unit overall performance, diesel engine parameters, alternator configuration and conventional operating indicators, which supports user selection and engineering parameter verification.

Parameter Item

Technical Data

Generator Set Model

Weichai 16M33D1800E310

Rated Frequency

50Hz

Prime Power (kW/kVA)

1500kW / 1875kVA

Standby Power (kW/kVA)

1640kW / 2050kVA

Rated Voltage

400V/230V, 3 Phase 4 Wire

Power Factor

0.8 Lagging

Rated Speed

1500rpm

Full Load Fuel Consumption

430.4L/H (100% Load)

Engine Brand

Weichai

Engine Model

16M33D1800E310

Engine Structure

V16 Cylinder, 4-Stroke, Water-Cooled, Turbocharged & Intercooled

Displacement

52.3L

Fuel Injection System

Electronic Controlled High Pressure Common Rail

Emission Standard

China Non-Road Stage III

Alternator Type

Brushless Self-Excited Alternator

Insulation Class

Class H

Protection Grade

IP23

Start Mode

Electric Start (ATS Automatic Switching Optional)

Cooling System

Closed Circulation Water Cooling

Operating Temperature Range

-20℃ ~ +45℃

2. Product Core Features

The Weichai 16M33D1800E310 1500kW/1875kVA diesel generator set is a high-power industrial power supply device built on Weichai mature M33 heavy-duty power platform. Tailored for high-load, long-hour and harsh working conditions, this 50Hz industrial diesel generator set balances strong power performance, stable operation and low maintenance cost, and is one of the most cost-effective high-power generator sets in the industrial power market.

2.1 Strong Power Reserve and Stable Output

Powered by original Weichai 16M33D1800E310 V16 four-stroke diesel engine with 52.3L large displacement and turbocharged intercooled air intake technology, the unit delivers sufficient power reserve and excellent load carrying capacity. The 1500kW prime power supports 24-hour continuous stable operation, while the 1640kW standby power can cope with instantaneous load surge and peak power demand in emergency scenarios. Matched with high-performance brushless self-excited alternator, it eliminates carbon brush wear and contact failure risks, ensuring constant voltage and frequency output with low harmonic distortion. The stable three-phase power output effectively protects precision industrial equipment from damage caused by power fluctuation.

2.2 High Temperature Resistance and Superb Environmental Adaptability

Equipped with Class H high-grade insulation, the alternator features outstanding high-temperature resistance and aging resistance, which can maintain stable insulation performance under long-term high-load and high-temperature operating conditions, greatly extending the service life of the whole machine. With IP23 industrial protection grade, the generator set can resist solid foreign object invasion and rain splash, adapting to indoor factory buildings, outdoor open-air construction sites and field operation environments. The closed water circulation cooling system realizes efficient and constant temperature heat dissipation, avoiding overheating shutdown failure during long-hour continuous operation, and perfectly adapts to complex and changeable industrial working conditions.

2.3 Intelligent Fuel Control and Reliable Energy Efficiency

Adopting electronically controlled high-pressure common rail fuel injection technology, the Weichai heavy-duty diesel engine achieves precise fuel atomization and full combustion. The full-load fuel consumption is stably controlled at 430.4L/H, forming a good balance between high power output and economic operation. Compared with traditional high-power generator sets, this model effectively reduces ineffective fuel consumption, lowers daily operating and fuel costs for enterprises, and solves the pain point of high energy consumption of large industrial power supply equipment.

2.4 Low Maintenance and High Operational Safety

The brushless self-excited structure of the alternator reduces vulnerable wearing parts, realizing long-term maintenance-free operation of the power generation part and greatly reducing later manual maintenance workload and spare parts replacement cost. Compliant with China Non-Road Stage III emission standards, the unit operates with low noise, low vibration and low exhaust emissions, meeting environmental protection assessment requirements of industrial parks and urban supporting projects. The optional ATS automatic switching system can realize unattended automatic start and power supply switching when mains power fails, improving the intelligence and safety of the enterprise power supply system.

3. Main Application Scenarios

As a mainstream 1875kVA high-power diesel generator set, the Weichai 16M33D1800E310 model is widely used in industrial production, infrastructure construction, new energy supporting, public facility power guarantee and other fields. It can be used as both long-term main power supply and emergency standby power supply, covering almost all high-power industrial power demand scenarios.

3.1 Large Industrial Production Base

It is suitable for chemical industry, metallurgy, mining, mechanical manufacturing, building materials production and other large industrial enterprises with high power consumption and uninterrupted production demands. For industrial parks with unstable municipal power grid or frequent power overhaul, this 1500kW prime power generator set can provide continuous main power supply to avoid massive production shutdown losses caused by power outage, and ensure the stable operation of assembly lines and industrial supporting equipment.

3.2 Data Center and Communication Hub

This high-stability diesel generator set serves as core emergency standby power supply for large cloud data centers, 5G communication base station clusters and provincial communication hub stations. Its low harmonic and stable voltage output can protect server groups, storage equipment and precision communication instruments from power surge damage. It can respond to power failure instantly and complete power switching in a short time, ensuring uninterrupted operation of data transmission and network service systems.

3.3 Municipal and Infrastructure Engineering

It is the preferred mobile and standby power supply equipment for urban subway construction, highway and railway trunk line engineering, water conservancy projects and bridge construction. Adaptable to outdoor high-temperature, dusty and rainy harsh construction environments, the IP23 protected generator set can stably supply power for large construction machinery, concrete equipment and on-site temporary power consumption systems, providing reliable power support for large-scale infrastructure projects.

3.4 Public Service and Commercial Facilities

Widely applied in large general hospitals, high-star hotels, super-large shopping malls, exhibition centers and airport terminal buildings. In case of sudden mains power outage, the unit can quickly start up to supply power for medical rescue equipment, fire protection linkage systems, elevator equipment and public lighting systems, ensuring the safety of personnel and normal operation of public service facilities.

3.5 Field Operation and Special Industry

It is perfectly suitable for remote oil fields, mountain mining areas, field exploration operations and offshore auxiliary power scenarios where municipal power grids cannot cover. The strong continuous operation capability and extreme environment adaptability enable the unit to serve as long-term main power supply for field operation teams, solving the problem of insufficient power supply in remote special operation scenarios.

4. Core Product Purposes

Positioned as a high-power heavy-duty industrial power guarantee equipment, the Weichai 16M33D1800E310 diesel generator set focuses on solving the power supply stability and reliability problems of high-load industrial scenarios, with core purposes covering emergency backup power, continuous main power supply, grid peak shaving and temporary power support.

4.1 Emergency Standby Power Guarantee

This is the most widely used function of the unit. For enterprises and facilities relying on municipal mains power, once power failure, power grid overhaul or voltage fluctuation occurs, the 1875kVA diesel generator set can start rapidly and switch power supply automatically. It effectively avoids production halt, data loss and equipment damage caused by power outage, providing reliable emergency power safety guarantee for high-power power consumption units.

4.2 Long-Term Continuous Main Power Supply

For remote areas without complete power grid coverage and industrial sites with insufficient grid capacity, the 1500kW prime power can be used as the main power supply equipment for long-term uninterrupted operation. Relying on Weichai M33 platform's reliable operation performance and controllable fuel consumption, it can stably support long-term production and living power demand on site, 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 difference, the unit can undertake peak load power supply tasks. It starts to supply power 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 industrial 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 problem of no power or insufficient power supply in temporary scenarios, and meets the short-term high-power power consumption demand of various mobile operation scenes.

5. Frequently Asked Questions (FAQ)

Q1: What is the actual usage difference between prime power and standby power of the 16M33D1800E310 generator set?

The 1500kW/1875kVA prime power is the rated continuous operating power of the unit, which supports 24-hour long-term uninterrupted operation and allows occasional 10% overload operation, suitable for long-term main power supply scenarios. The 1640kW/2050kVA standby power is emergency peak power, only used for short-time power supply during mains power failure. It is not allowed to run continuously for a long time, and is mainly applied to emergency standby scenarios. Users need to select the operating mode according to actual on-site power demand to avoid long-term overload operation affecting unit service life.

Q2: What are the practical advantages of brushless self-excited alternator with Class H insulation and IP23 protection?

The brushless self-excited design abandons traditional carbon brush structure, eliminating frequent carbon brush replacement, friction failure and spark hidden dangers, realizing long-term low-failure and maintenance-saving operation. Class H high-grade insulation is the highest standard for industrial generator insulation, which can resist high temperature aging and breakdown, and adapt to long-term high-load operation. IP23 industrial protection grade can block dust, large foreign objects and splash rainwater, enabling the unit to work stably in indoor workshops and outdoor open-air environments, greatly improving environmental adaptability and operational reliability.

Q3: Is the 430.4L/H full-load fuel consumption fixed? How to optimize operating fuel economy?

430.4L/H is the standard fuel consumption data under 100% full-load rated operation. The actual fuel consumption will decrease significantly with the reduction of load rate, and the unit maintains the best economic operation state under 50%-70% medium load. To optimize fuel economy, users can avoid long-term full-load and overload operation, regularly maintain the fuel injection system, air filter and lubricating system, and match the power load reasonably according to actual power consumption. Scientific load matching and daily maintenance can effectively reduce comprehensive fuel consumption and lower long-term operating costs.

 



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