Energy Efficiency
Reactive Power Compensation
Excess reactive power increases energy losses and costs. Choose compensation systems with Nivato for a reliable, stable network.
Stability and savings
Reactive Power Compensation – How Does It Work?
Excess reactive power in electrical installations causes energy losses, network overloads, and higher electricity bills.
Properly selected compensation systems restore the correct power factor, increase voltage stability, and improve the operational safety of devices.
Process Realization
How to Prepare for Reactive Power Compensation Implementation?
Preparation for implementing compensation systems requires gathering basic information about the installation and its parameters.
- Gathering technical documentation of the electrical installation (schematics, plans, specifications)
- Preparing electricity bills from the last 12 months
- Providing information about loads and their operating characteristics
- Defining compensation implementation goals and expected results
- Determining access to switchboards and technical rooms
Interested?
Need Reactive Power Compensation?
We'll prepare a design, implement the solution, and ensure the stability of your network.
Implementation Stages
Stages of Implementing Reactive Power Compensation
See how the process of analyzing and implementing compensation systems works step by step with our team.
- Step 1
Network Parameter Audit
Analysis of energy consumption, reactive power, and power factor at selected installation points.
- Step 2
Solution Selection
Development of a technical concept for the compensation system tailored to actual needs.
- Step 3
Design and Documentation
Preparation of full design documentation and investment cost estimates.
- Step 4
Installation and Commissioning
Installation of compensators, their configuration, and integration with the existing infrastructure.
- Step 5
Monitoring and Optimization
Continuous system monitoring with the option for remote supervision and system adjustments.