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Reactive power compensation

Your solution for efficient grid stability

Reactive power is caused by phase-shifted currents in AC networks that do not perform real work but affect grid stability. It leads to higher losses and unnecessary additional costs for grid operators and consumers. With reactive power compensation, you can specifically control these currents and thus improve the efficiency of the entire grid.

How does reactive power compensation work with the VGT platform?

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1

Real-Time Monitoring

The platform continuously monitors reactive power in your network and analyzes where reactive power is generated.

2

Automatic Compensation

3

Integration into Existing Systems

4

Reporting and Analysis

Who is reactive power compensation suitable for?

Energy suppliers

Improvement of grid quality and reduction of grid usage fees through precise control of reactive power.

Industrial large consumers

Reduction of energy costs and optimization of energy efficiency through targeted reactive power compensation.

Municipal utilities and grid operators

Increase in grid stability and reduction of losses through intelligent reactive power compensation.

Benefits of reactive power compensation with the platform

By specifically compensating for reactive power, you actively contribute to the improvement of grid quality and stability.

Compensation avoids reactive power losses and thus significantly contributes to cost reduction by lowering grid usage fees.

The platform enables efficient control of reactive power and optimizes energy consumption.

With real-time monitoring and reporting, you always have access to detailed information on reactive power compensation and can make adjustments directly if needed.

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Ready to get started?

Compensate reactive power and improve grid stability.

Why choose the VGT platform for reactive power compensation?

With the VGT platform, you have a powerful, user-friendly solution for reactive power compensation. It can be seamlessly integrated into existing systems and ensures efficient control of reactive power. Thanks to detailed analyses and real-time monitoring, you can constantly optimize grid quality while reducing your costs.

Frequently asked questions

What is reactive power and why is it a problem?

How does reactive power compensation work with the VGT platform?

What are the benefits of reactive power compensation on the VGT platform?

Who is reactive power compensation suitable for?

Do I need to install additional hardware for reactive power compensation?

How can I start reactive power compensation on the VGT platform?

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