EMF Measurement in Electric Vehicle Charging: Safety, Standards, and Best Practices

Estratto:

Measuring EMF during EV charging is not just a technical requirement, it is a critical step in ensuring health and safety. Exposure limits exist to protect the general public and, more importantly, individuals with active implanted medical devices, whose thresholds are significantly lower. Compliance with international and national standards also demonstrates a manufacturer’s commitment to safety and reduces liability. Beyond compliance, understanding EMF characteristics helps engineers design systems that minimize emissions without compromising performance

MonitEM-IoT: EMF Monitoring for Cities and Connected Environments

Estratto:

The Importance of Continuous EMF Monitoring
The presence of antennas, sensors, telecommunications networks and smart services increases the complexity of connected environments. As technologies such as 5G, IoT sensors and intelligent transport systems expand, public exposure to electromagnetic fields (EMF) requires continuous and accessible supervision.

To ensure EMF levels remain within safe boundaries, cities and organizations must consider the deployment of distributed monitoring networks that can:

Measure real-time exposure variations.
Detect unexpected increases with configurable alarms.
Record historical data for comparative analysis.
Provide transparency through public or administrative dashboards.
The ITU-T K.83 document, a global reference for long-term EMF measurements, defines exposure limits based on RMS values and equipment requirements such as autonomous operation, isotropic measurement, continuous logging, six- or thirty-minute averaging and environmental resistance