From Residential to Utility-Scale—We Power the Brains Behind the Battery

Precision Reed Switches, Sensors, and Relays for Battery Safety and Performance: Engineering Reliability into Every Charge Cycle
Energy storage systems are at the heart of modern power infrastructure, supporting everything from grid stabilization to renewable energy integration. These systems require components that can operate safely and efficiently in high-voltage, high-density environments while maintaining long-term reliability and precise control.
Our reed-based and solid-state technologies are trusted in battery management systems (BMS), inverters, and power conversion units. With vertically integrated manufacturing and deep high-voltage expertise, we help OEMs meet demanding safety, isolation, and performance requirements.
Core Capabilities for ESS:
- Reed Relays: High-voltage isolation and low-leakage switching for BMS and inverter circuits
- Hall Effect Sensors: Current and position sensing for charge/discharge control and thermal management
- Reed Switches & Sensors: Hermetically sealed for safety interlocks and enclosure monitoring
- Optocouplers: Electrical isolation and EMI protection in noisy, high-voltage environments
- Custom Sensor Assemblies: Integrated solutions for modular and rack-level battery systems
Certified, Customizable, and Built for High-Voltage, High-Reliability Applications
Why Partner with Standex Detect for Energy Storage Systems
Energy storage demands reliable, compact sensors and relays for monitoring and control. Our solutions support battery management, thermal regulation, and system diagnostics in energy storage platforms.
- Proven performance in vibration-heavy environments
- Custom solutions for energy storage systems
- Compact sensors for embedded power electronics
- Global engineering support and rapid prototyping
Certifications & Compliance
ISO 9001 – Quality management
RoHS – Environmental compliance
IP67-rated designs – Dust and water resistance
UL & CE – Electrical safety
REACH – Chemical safety compliance
