➩ Product Advantages
1. Unmatched Durability & Long Service Life – Diesel generators are built to endure demanding conditions and extended operational hours. Their robust construction, premium-grade components, and superior cooling mechanisms allow them to function reliably in tough environments with minimal mechanical failures. With routine upkeep, these generators can remain operational for decades, offering a long-term and budget-friendly power solution for businesses and homeowners.
2. Fuel-Saving & Cost-Efficient Performance – Compared to gasoline models, diesel generators consume less fuel per unit of power generated, particularly under heavy workloads. Their engines are engineered for optimal combustion efficiency, ensuring minimal fuel wastage and maximum energy output. Over time, the reduced fuel consumption translates into significant cost savings, making them a practical choice for both commercial and residential power needs.
3. Environmentally Conscious with Lower Emissions – Modern diesel generators incorporate advanced fuel injection systems, turbocharging technology, and emission control mechanisms that limit their environmental impact. They adhere to global ecological standards by emitting lower levels of CO₂, NOx, and particulate matter than older models. This makes them a responsible option for businesses focused on reducing their carbon footprint while maintaining productivity.
4. Quieter Operation with Noise-Reduction Features – While traditional diesel generators were known for being loud, today’s models include sophisticated mufflers, anti-vibration mounts, and acoustic enclosures to minimize noise levels. These advancements make them suitable for noise-sensitive areas such as residential communities, healthcare facilities, and office buildings where quiet operation is a priority.
5. Consistent Power Delivery & Load Adaptability – Diesel generators are engineered to provide stable and efficient power output, even when demand fluctuates. Unlike gasoline engines, which may struggle with sudden surges in energy needs, diesel models quickly adjust to varying loads without performance issues. This reliability makes them a preferred choice for critical applications such as hospitals, data centers, and manufacturing plants.
6. Advanced Safety & Real-Time Monitoring – Equipped with sophisticated safety features, diesel generators include automatic voltage regulation, overload protection, and continuous monitoring of critical parameters like temperature and oil pressure. These safeguards help prevent system failures, ensuring a steady and secure power supply. Additionally, automatic shutdown mechanisms protect the generator from potential damage due to overheating or fuel shortages.
7. Minimal Maintenance & Exceptional Longevity – With fewer moving components compared to gasoline-powered alternatives, diesel engines experience less wear and tear. Routine servicing—such as oil changes and filter replacements—ensures consistent operation with fewer unexpected breakdowns. Their durable design allows them to function efficiently in extreme climates, high-dust environments, and humid conditions without major performance issues.
8. Flexible & Customizable Power Solutions – Diesel generators come in various power ratings, sizes, and configurations to meet diverse energy requirements. Whether for small enterprises, large industrial facilities, or emergency backup in hospitals and commercial complexes, they can be tailored with optional upgrades like automatic transfer switches, remote monitoring capabilities, and extended fuel storage for enhanced convenience.
9. Ideal for Remote & Off-Grid Use – Since diesel generators do not depend on external power grids, they are an excellent choice for locations without direct access to electricity. Commonly used at construction sites, mining operations, rural settlements, and military installations, these generators provide a dependable power source. Their fuel efficiency ensures prolonged operation with infrequent refueling, making them perfect for off-grid scenarios.
10. Reliable Backup for Essential Services – Diesel generators are the go-to solution for facilities that require an uninterrupted power supply, such as hospitals, government buildings, and data centers. Their rapid startup and ability to sustain extended runtime without overheating make them indispensable in critical situations, ensuring life-saving equipment, security systems, and emergency lighting continue functioning during prolonged outages.
➩ Technical Parameters
Genset parameters |
Unit Model: | NYLF3200-50 |
Unit power: | 3200kW |
Engine Model: | 16V280ZD-A |
Generator model: | TFW32003A |
Unit frequency: | 50Hz |
Rated speed: | 1000r/min |
Rated voltage: | 10.5kV |
Cooling mode: | Closed/Open |
Engine parameters |
Number of cylinders | 16 |
Bore×stroke | 280mm ×285mm |
Compression ratio | 2.5 |
Total displacement | 280.8 L |
Nominal speed | 1000 r/min |
Minimum idling speed | 400 r/min |
Maximum permissible speed | 1100 r/min |
Average piston speed at nominal speed | 9.5 m/s |
Rated power | 4117kW |
Maximum burst pressure | 13.72 Mpa |
Crankshaft steering [facing outputs] | counterclockwise |
Fuel consumption rate | 199＋5 g/kwh |
Oil consumption rate | 0.8＋20%g/kwh |
Overall dimensions | 4971mm × 1725mm ×2895mm |
Net mass of diesel engine | 24500kg |
Total oil sump lubrication oil | 1200L |
Starting mode | 24DVC |
Generator parameters |
Rated Power | 3200kW |
Rated Voltage | 10.5kV |
Rated Frequency | 50Hz |
Rated power factor | 0.8 |
Rated speed | 1000rpm |
Motor steering | Clockwise from the exciter side |
Stator winding lead wire | Y |
Insulation class | H |
Ambient temperature | -10℃~45℃ |
Altitude | ≤1000m |
Protection class | IP23 |
Ventilation | self-ventilation |
Excitation mode | AVR |
Relative voltage setting range | ±5% |
Steady state voltage deviation | ±1% |
Transient voltage deviation when load is increasing | -15% |
Transient voltage deviation when load decreases | +20% |
Recovery time(s) | ＜1.5 |
Short-circuit current capability | 300%In:2s |
Waveform distortion rate THD | ≤5% |
Telephone Harmonic Factor THF | ≤3% |
➩ Product Features
Our company plans to implement advanced diesel generator sets equipped with state-of-the-art parallel integrated controllers. These controllers support remote control, remote communication, and remote monitoring, ensuring seamless management of generator operations. Designed for single, multiple, backup, grid-connected, and CHP generator systems, the controller offers flexible and efficient solutions tailored to diverse customer needs. Its user-friendly programming enables easy customization, while the built-in synchronization and load distribution features allow for smooth parallel operation, optimizing power plant performance according to specific requirements.
➩ FAQ
1. What is a diesel generator?
A diesel generator is a power generation system that uses a diesel engine to drive an alternator, producing electricity. It is commonly used for backup power, industrial applications, and off-grid locations.
2. How does a diesel generator work?
Diesel fuel is ignited in the engine, creating mechanical energy that rotates the alternator, converting it into electrical power. The generator then supplies this power to connected equipment or a power grid.
3. What are the advantages of using a diesel generator?
High fuel efficiency
Long operational lifespan
Low maintenance requirements
Reliable power supply for continuous operation
Suitable for heavy-load applications
4. What is the lifespan of a diesel generator?
With proper maintenance, a diesel generator can last 20–30 years or more, depending on usage and environmental conditions.
5. How often should a diesel generator be serviced?
Routine maintenance should be performed every 250–500 hours of operation, including oil and filter changes, coolant checks, and inspections of fuel and electrical systems.
