P2 Power Medium Voltage Reactors are engineered inductive devices used in medium- voltage electrical networks to support current limitation, harmonic management, reactive power control, and overall system protection.
Designed for demanding electrical environments, these reactors can be integrated into industrial power systems, converter installations, renewable energy projects, railway electrification, mining operations, and other medium-voltage applications.
Depending on the system requirement, P2 Power reactors can be configured for different electrical functions, including line protection, harmonic filtering, current limiting, resonance control, and reactive power compensation.
The reactor design can be customized according to the application's voltage level, current rating, harmonic profile, installation environment, and required electrical performance.
Designed for Harsh Operating Conditions
P2 Power Medium Voltage Reactors can be engineered for installations exposed to challenging environmental conditions. Depending on the project requirements, the design can account for:
P2 Power can develop medium-voltage reactor solutions for different application requirements, including:
Line Reactors – Used to provide inductive impedance and help protect electrical equipment from current disturbances. Current-Limiting Reactors – Designed to restrict fault current and reduce stress on electrical equipment.
Harmonic/Filter Reactors – Used as part of filtering arrangements to help manage harmonic currents.
Resonance-Control Reactors – Applied in systems where resonance mitigation is an important design consideration. Compensation Reactors – Used within reactive power compensation systems to achieve the required inductive characteristics.
Reactive Power Compensation
Medium-voltage reactors can be incorporated into compensation systems to manage reactive power and maintain suitable electrical operating conditions.
Renewable Energy Systems
Suitable for electrical infrastructure associated with onshore and offshore wind power plants, as well as other renewable-energy installations requiring medium-voltage power management.
Cable Networks
Reactors can be used with extensive cable networks to manage capacitive effects and support appropriate reactive power conditions.
Mining Industry
Designed for demanding mining environments where electrical systems may experience high loads, voltage disturbances, dust, vibration, and challenging operating conditions.
Heavy Industry
Suitable for large industrial facilities with motors, drives, converters, and other high-power equipment requiring controlled inductive characteristics.
Railway Systems
Can be integrated into railway electrical systems for applications involving current control, harmonic management, and electrical- network protection.
Drive & Converter Systems
Medium-voltage reactors can help reduce electrical stress on power converters and drive systems while supporting improved power- quality performance.