Page 11 of News about Generator Set: Company and Industry

Design Essentials for Containerized Diesel Generator Sets

Containerized diesel generator sets are an integrated power supply system that installs a complete diesel generator and related supporting equipment inside a container. They are primarily designed for field construction or emergency power needs, usually with a high power output. These container generator sets are widely used in various complex construction sites due to their advantages of small footprint, easy mobility, and strong adaptability. Since the space inside the container is limited...

Aug 10, 2024

Causes and Solutions for Low Diesel Generator Compression Ratio

In diesel generators, the compression ratio is a crucial parameter influencing engine performance and fuel efficiency. It is the ratio of the cylinder's volume before and after compression, determining the pressure within the cylinder and affecting power output and fuel consumption. Over time, various factors can cause the compression ratio to decrease, leading to reduced engine power and increased fuel consumption. This article explores common causes of compression ratio reduction in diesel...

Aug 09, 2024

Prevent Diesel Generator Cylinder Cracking in Cold Conditions

The low-temperature environment in winter poses a severe challenge to the operation of diesel engines, particularly in the occurrence of cracks and water leakage in the cylinder head, which affects the performance of the diesel generator set and causes serious damage to the equipment. To ensure the stable and efficient operation of diesel generator sets in the cold season, this article will delve into the causes of cylinder cracking in winter and provide a series of effective preventive...

Aug 08, 2024

Crankcase Blow-by in Diesel Generators and Its Management

Crankcase blow-by refers to the abnormal increase in gas flow within the crankcase during the operation of a diesel generator. It is commonly used to assess the technical condition and wear level of the cylinder piston assembly. The blow-by volume in the crankcase of a new engine is typically between 15 to 20 L/min, but in cases of severe wear, this value can reach 80 to 130 L/min. Controlling and managing crankcase blow-by is crucial for ensuring the normal operation of diesel generators,...

Aug 07, 2024

How to Replace Turbochargers in Diesel Generator Sets

In modern diesel generator sets, the application of turbocharging technology is becoming increasingly widespread. Turbochargers utilize the exhaust gases from the engine to drive the turbine, thereby increasing the intake air volume. This not only enhances the engine's power and torque but also optimizes combustion efficiency and fuel economy. For diesel generator sets that require high efficiency and robust output, turbocharging technology is undoubtedly a crucial enhancement. This article...

Aug 06, 2024

Avoiding Low-Speed No-Load Operation in Diesel Generator Sets

Operating at low speed without load can significantly impact diesel generator sets, not only negatively affecting the engine's performance but also potentially causing serious damage to the equipment. Low-speed no-load operation not only fails to achieve the engine's optimal working state but can also trigger a series of issues, including poor combustion, abnormal exhaust emissions, and damage to the oil system. These problems not only reduce the efficiency of the diesel generator...

Aug 05, 2024

Resolving Battery Charging Issues in Diesel Generators

In modern industrial and commercial applications, diesel generator sets are widely used for their efficiency and reliability. However, ensuring that these generator sets can start up at any time and operate stably is inseparable from a key component—the battery. The battery not only provides the necessary power support at the moment of starting but also takes on the task of charging when the generator is running normally. However, in actual use, the problem of poor charging occurs from...

Aug 05, 2024

Fixing Reactive Power Deficiency for Generator Set Performance

In modern power systems, insufficient reactive power is a critical issue that directly impacts the performance of generator sets and the stability of the entire power network. Although reactive power does not perform useful work directly, it is essential for system stability and efficiency. Insufficient reactive power can lead to uneven load distribution in generators, voltage fluctuations, and reduced system performance. As electricity demand increases and systems become more complex, addressing...

Aug 03, 2024

Practical Tips for Maximizing Generator Efficiency

For users of generators, improving the efficiency of the generator is crucial. This not only reduces energy waste and lowers operating costs but also lessens environmental impact, enhances market competitiveness, and supports sustainable development. By optimizing generator efficiency, businesses can save resources and costs while ensuring more reliable and longer-lasting equipment operation. Below are some simple and practical methods to help enhance generator set performance comprehensively....

Aug 02, 2024

How to Prevent Carbon Brush Sparking in Generator Sets

Carbon brush sparking in generator sets is a common yet serious issue within the motor system. It can not only affect the normal operation of the generator set but also pose a threat to the safety of the equipment. The root causes of carbon brush sparking are diverse, ranging from mechanical failures to improper operation, which can all trigger this problem. Therefore, a deep understanding of these causes and the implementation of targeted prevention and control measures are key to ensuring...

Aug 02, 2024