Shunt Resistors for Battery Energy Storage Systems (BESS)
Battery Energy Storage Systems require accurate and stable DC current measurement for safety, performance monitoring and long-term reliability. Shunt Europe manufactures high-precision current shunt resistors for industrial and utility-scale energy storage.
Where shunt resistors are used in BESS
- BMS current sensing for charge/discharge monitoring
- Protection and diagnostics: overcurrent detection and fault analysis
- Efficiency monitoring in DC distribution and power conversion
- Validation on test benches and commissioning systems
Key requirements
Selecting the correct shunt depends on electrical, thermal and mechanical constraints. Typical selection parameters include:
- Current range (A) and overload profile
- Voltage drop (mV): commonly 50mV / 60mV / 75mV / 100mV
- Accuracy / tolerance and temperature drift requirements
- Operating temperature range and duty cycle
- Mounting and integration: panel / busbar / compact OEM design
Recommended shunt families
- High Current Shunts for high power DC systems
- Busbar Shunts for robust integration and mechanical stability
- Custom Shunts for OEM projects and compact solutions
Typical current ranges in BESS
Battery storage systems can require very different current levels depending on architecture (string level, cabinet level, DC bus monitoring and protection). Below are typical ranges we support. If you are unsure, send your targets and we will recommend the best shunt configuration.
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