Shunt Resistors for Renewable Energy
Renewable energy systems increasingly rely on DC power conversion, storage and monitoring. Accurate current measurement is essential for performance tracking, protection and control. Shunt Europe manufactures high-precision shunt resistors for solar, wind, storage and high power DC applications.
Where shunt resistors are used
- Solar inverters and DC combiner cabinets
- Wind power conversion systems
- Energy storage integration (BESS) and DC link monitoring
- DC distribution cabinets and protection systems
- Test benches and efficiency monitoring
Typical requirements
- Current range (A) and overload profile
- Voltage drop (mV) required by the measurement circuit
- Accuracy / tolerance and temperature drift constraints
- Operating temperature range and duty cycle
- Mounting constraints: panel / busbar / compact OEM integration
Typical current ranges
Current levels vary depending on architecture (string level, cabinet level, DC bus monitoring). Below are common ranges supported in renewable energy systems.
Recommended shunt families
- High Current Shunts for high power DC systems
- Busbar Shunts for robust mechanical integration
- Custom Shunts for OEM projects
Request a technical quotation
Send your target current range, voltage drop (mV), accuracy requirement and mounting details. Our engineering team will recommend the best configuration and lead time.
Quick RFQ Checklist
- Current (A) + overload
- Voltage drop (mV)
- Accuracy / drift
- Mounting constraints
- Operating temperature
- Annual quantity
Related applications
FAQ
What is a shunt resistor used for in renewable energy systems?
Shunt resistors measure DC current in inverters, DC distribution and storage integration,
enabling monitoring, control and protection.
What data is required to select a shunt?
Current range, voltage drop (mV), accuracy requirement, operating temperature, overload profile and mounting constraints.