➩ Product Advantages
Efficient Power Output
With a rated power of 2500kW, this diesel generator set can provide strong power support to meet large-scale power needs. Whether in stable load conditions, ensuring the normal operation of production lines in industrial plants, or in emergency situations such as sudden power outages, the unit can quickly respond and provide reliable power, ensuring the continuous and stable operation of equipment.
Superior Electrical Performance
The rated voltage of the unit is 10.5kV, which is very suitable for the power demand of medium and large industrial facilities. The rated frequency is 50Hz, in line with international common electrical standards. This not only ensures efficient compatibility with other equipment and systems, but also optimizes the stability and operational efficiency of the entire power system, reducing the risk of equipment damage caused by electrical mismatches.
Stable Operation and Long Service Life
The low-speed design of the unit effectively reduces the wear and vibration of the engine, thus prolonging its service life. At the same time, low-speed operation also reduces the noise of the unit, creating a more comfortable working environment. In addition, it reduces fuel consumption, ensuring high efficiency and economy during long-term operation, which is of great significance for reducing the operating costs of enterprises.
High Safety and Durability
The insulation grade of the diesel generator set is H, which has strong high temperature resistance. It can withstand the workload in high-temperature environments, ensuring the safe and stable operation of the unit. This effectively prevents problems such as short circuits and leakage in the electrical system, greatly improving the durability of electrical components and reducing the probability of faults.
Advanced Core Components
The 12V280ZD diesel engine, as the main power unit, is manufactured by CRRC ZIYANG CO.,LTD., a well-known manufacturer with rich experience and advanced technology, ensuring the quality and performance of the engine. The TFW series alternator, introduced with Siemens technology, is a self-excited and brushless synchronous generator, which has the characteristics of high efficiency and stability.
High Displacement Design
The total displacement of the generator set is 280.8L, which means that more gas can be inhaled in each cycle, allowing more fuel to be burned, thus increasing the power output. In applications that require continuous high-power output, this high displacement design provides more stable output, reduces damage caused by overloading, and further improves the durability of the generator set.
Low Maintenance Requirements
Due to its high-quality manufacturing standards, the 2500kW Diesel Generator Set has low maintenance requirements. The structure of the unit is well-designed, making maintenance and overhaul simple and convenient. This reduces the occurrence of faults caused by improper maintenance, thereby prolonging its service life and reducing the maintenance cost for users.
➩ Application Scenarios
Industrial: large-scale industrial facilities such as mining, electric power, chemical industry, steel mills, etc.
Commercial and public facilities: large commercial centers, hospitals, shopping malls, office buildings, data centers
Emergency Power Protection: Backup power supply in case of power interruption to ensure continuous operation of critical equipment.
➩ Effectiveness And Durability
1. Low maintenance requirements:
Due to its high quality manufacturing standards, the 2500kW diesel generator set has low maintenance requirements. The structure of the unit is well-designed and simple to maintain and overhaul, which reduces the occurrence of failures due to improper maintenance, thus prolonging its service life.
2. High displacement design
The total displacement of 280.8L shows that the generator set adopts a high displacement design, which usually means more powerful power output capability. Higher displacement means that a larger amount of gas is drawn in each cycle, allowing more fuel to be burned, thus increasing power output. In applications that require consistently high power output, this high displacement design provides more stable output, reduces damage caused by overloading, and improves the durability of the genset.
