VIDEO CENTER

VIDEO CENTER

Guangda Electric Is A Professional Organization Dedicated To Solving Power Quality Problems Of Users

Profile

History

Equipment And Scale

Honors

Cooperation

Technology

VIDEO

Company Introduction
Close

Company Introduction

How to choose filtering and compensation products for different scenarios?
Close

How to choose filtering and compensation products for different scenarios?

How to solve the slow reactive power compensation and voltage drop in the power system? Here is a super detailed solution: 1. **Assessment of Current Situation**: - Conduct a thorough analysis of the existing power system to identify the causes of slow reactive power compensation and voltage drops. This includes measuring voltage levels, reactive power flow, and load characteristics. 2. **Installation of Capacitor Banks**: - Install capacitor banks at strategic locations within the power system to provide reactive power support. This can help improve voltage levels and reduce losses. 3. **Use of Synchronous Condensers**: - Consider using synchronous condensers, which can provide dynamic reactive power support and help stabilize voltage levels during fluctuations. 4. **Implementation of Static VAR Compensators (SVC)**: - Deploy SVCs to provide fast-acting reactive power compensation. SVCs can quickly adjust to changes in load and help maintain voltage stability. 5. **Voltage Regulation Equipment**: - Install voltage regulators and transformers with on-load tap changers to automatically adjust voltage levels and maintain them within acceptable limits. 6. **Load Management**: - Implement demand-side management strategies to control and reduce peak loads, which can help alleviate voltage drops during high demand periods. 7. **Network Reinforcement**: - Strengthen the power network by upgrading transmission lines and substations to reduce impedance and improve overall system performance. 8. **Monitoring and Control Systems**: - Invest in advanced monitoring and control systems to provide real-time data on voltage and reactive power levels, allowing for quick responses to any issues. 9. **Regular Maintenance**: - Ensure regular maintenance of all equipment involved in reactive power compensation and voltage regulation to prevent failures and inefficiencies. 10. **Training and Awareness**: - Provide training for personnel on the importance of reactive power management and voltage stability to ensure proper operation and maintenance of the systems in place.
Close

How to solve the slow reactive power compensation and voltage drop in the power system? Here is a super detailed solution: 1. **Assessment of Current Situation**: - Conduct a thorough analysis of the existing power system to identify the causes of slow reactive power compensation and voltage drops. This includes measuring voltage levels, reactive power flow, and load characteristics. 2. **Installation of Capacitor Banks**: - Install capacitor banks at strategic locations within the power system to provide reactive power support. This can help improve voltage levels and reduce losses. 3. **Use of Synchronous Condensers**: - Consider using synchronous condensers, which can provide dynamic reactive power support and help stabilize voltage levels during fluctuations. 4. **Implementation of Static VAR Compensators (SVC)**: - Deploy SVCs to provide fast-acting reactive power compensation. SVCs can quickly adjust to changes in load and help maintain voltage stability. 5. **Voltage Regulation Equipment**: - Install voltage regulators and transformers with on-load tap changers to automatically adjust voltage levels and maintain them within acceptable limits. 6. **Load Management**: - Implement demand-side management strategies to control and reduce peak loads, which can help alleviate voltage drops during high demand periods. 7. **Network Reinforcement**: - Strengthen the power network by upgrading transmission lines and substations to reduce impedance and improve overall system performance. 8. **Monitoring and Control Systems**: - Invest in advanced monitoring and control systems to provide real-time data on voltage and reactive power levels, allowing for quick responses to any issues. 9. **Regular Maintenance**: - Ensure regular maintenance of all equipment involved in reactive power compensation and voltage regulation to prevent failures and inefficiencies. 10. **Training and Awareness**: - Provide training for personnel on the importance of reactive power management and voltage stability to ensure proper operation and maintenance of the systems in place.

Causes of Harmonics Generated at the Output End of Inverters and Solutions
Close

Causes of Harmonics Generated at the Output End of Inverters and Solutions

Do you know the four methods to reduce harmonics in variable frequency drives?
Close

Do you know the four methods to reduce harmonics in variable frequency drives?

What is the difference in principles between active filtering and passive filtering? Real-life cases to help you choose the right solution!
Close

What is the difference in principles between active filtering and passive filtering? Real-life cases to help you choose the right solution!

Why is a 7% reactance rate chosen for reactive power compensation reactors?
Close

Why is a 7% reactance rate chosen for reactive power compensation reactors?

Analysis of Common Causes of Power Capacitor Burnout
Close

Analysis of Common Causes of Power Capacitor Burnout

< 12 >