Understand and Prevent Diesel Generator Abnormal Shutdowns

Understand and Prevent Diesel Generator Abnormal Shutdowns

  Diesel generator set is an important backup power supply, the reliability of its operation is often affected by various factors. Abnormal shutdown is a common generator failure. Abnormal shoutdown of diesel generator will not only interrupt the power supply, but also may cause immeasurable damage to the equipment itself and the working environment. Therefore, understanding the abnormal shutdown situation of diesel generator sets and taking effective preventive and maintenance measures are...

How to Maintain AVR Stability of Brushless Generator

How to Maintain AVR Stability of Brushless Generator

  The automatic voltage regulator (AVR) is a key component in the brushless generator, which ensures stable voltage and frequency output under various load conditions through the precise coordination of the rectifier main circuit, the voltage detection circuit and the comparison control circuit. Understanding how AVRs work and the potential causes of damage is essential to effectively prevent and resolve AVR failures. Below, we will have a deep analysis of AVR failures and corresponding methods...

How to Manage Under-Voltage Faults in Generator Sets

How to Manage Under-Voltage Faults in Generator Sets

  In modern industry and daily life, generator sets are crucial for ensuring a reliable power supply. However, sometimes generator sets experience under-voltage fault alarms and automatically shut down, severely affecting normal power supply. Understanding the potential causes of these faults and implementing effective solutions is essential for maintaining the stable operation of generator sets.   Causes of Under-Voltage Fault   Several factors can lead to under-voltage fault alarms...

The Functionality of Diesel Generator Auto-Start Systems

The Functionality of Diesel Generator Auto-Start Systems

  In modern power systems, the auto-start function of diesel generators plays a crucial role. It ensures continuous and stable power supply during interruptions or voltage instability through efficient sensors, intelligent controllers, and reliable actuators. This function of diesel geenrator not only enhances the reliability and response speed of power equipment but also provides essential support and protection for critical applications such as construction sites, emergency backup power,...

Advantages of Air-Cooled Diesel Generators in Extreme Weather

Advantages of Air-Cooled Diesel Generators in Extreme Weather

  Amidst frequent extreme weather events, industries are grappling with significant operational challenges. Air-cooled diesel generators have become favored due to their simple design and low maintenance requirements. Unlike water-cooled models, the air-cooled diesel generators do away with complex water circulation systems, using fans and heat dissipating fins to efficiently cool down using natural airflow or fans, ensuring safe operational temperatures.   Simplified Structure and Ease...

How to Select Starting Battery Types for Diesel Generator Sets

How to Select Starting Battery Types for Diesel Generator Sets

During the startup process of diesel generator sets, batteries play a crucial role. Choosing and using the right starter batteries not only ensures the smooth startup of the generator set but also extends the equipment's lifespan. This article will introduce several common types of diesel generator starter batteries and their characteristics to help you better understand and apply these batteries.   1. Uncharged Batteries Uncharged starter batteries have plates that are not charged during...

Introducing a Practical Guide to Generator Excitation Systems

Introducing a Practical Guide to Generator Excitation Systems

The excitation system of generators is pivotal in electricity production, ensuring both uninterrupted and stable electricity generation and safeguarding the secure operation of power systems. Understanding the fundamental principles and components of generator excitation systems is essential for optimizing generator efficiency and ensuring system stability. This article provides a comprehensive introduction to these principles, the primary functions of excitation systems, and methodologies for adjusting...

Correct Phase Sequence for Enhancing Generator Operation

Correct Phase Sequence for Enhancing Generator Operation

In the electromechanical industry, correct phase sequence correction of generators is crucial for ensuring the normal operation of generator units and the safe operation of electrical equipment. This article provides a detailed overview of the importance and implementation steps of generator phase sequence correction, aiming to help readers better understand and apply this critical technology.   Importance of Generator Phase Sequence Correction Generator phase sequence correction plays a pivotal...

Learn about Generator Rotors: Types, Construction and Selection

Learn about Generator Rotors: Types, Construction and Selection

  Generators play an essential role in modern society by converting mechanical energy into electrical energy, supporting the power demands of industry, commerce, and daily life. Among the many components of a generator, the rotor stands out as a core element, responsible for generating and maintaining the magnetic field. The design and construction of the rotor directly impact the generator's performance and efficiency. This article delves into the main types of generator rotors, their...

How to Resolve Low Voltage Issues in Generator Sets

How to Resolve Low Voltage Issues in Generator Sets

  In modern industrial and power systems, generator sets are one of the most critical pieces of equipment. Low voltage is a common issue with generator sets, which can lead to unstable operation or even damage other key components. Timely and effective resolution of low voltage problems in generators is essential for ensuring reliable operation and extending the lifespan of the equipment. In this article, we will discuss several key methods that can help maintain stable output voltage from...