How the LEM HMS10-P Current Sensor Solves Precision Challenges in Renewable Energy Systems

When it comes to renewable energy systems, precision matters. That’s where the LEM HMS10-P current sensor shines. This Swiss-made sensor is trusted globally for its accuracy and reliability. The HMS10-P uses open-loop Hall technology to measure AC or DC currents with minimal phase shift, making it ideal for solar inverters and wind turbines. For example, a leading solar company integrated this sensor into their string inverters, achieving an impressive 0.3% error margin. According to a study by Digi-Key, sensors like the HMS10-P are crucial in reducing system losses by up to 15%. Its compact design fits seamlessly into tight spaces, while the ±10A range ensures versatility across applications. Plus, with an operating temperature range of -40°C to +125°C, it performs reliably even in harsh environments. Whether you’re building grid-tied inverters or battery management systems, the LEM HMS10-P is your go-to solution.