One of SPDs’ most widely used core components is the metal oxide varistor (MOV), which creates a path that protects the power lines from surges due to switching and lightning.…

The company has unveiled three innovative arrester families tailored to shield buildings and systems, adhering to the stringent guidelines of IEC 61643.

Engaging in educational initiatives about the benefits of surge protection devices and their role in power efficiency could help create awareness and drive adoption.

Innovations, smart grid integration and maintenance strategies are required for enhanced electrical infrastructure resilience.

Importance of SPD in a solar-powered system Solar-powered systems are exposed to frequent lightning and vulnerable to repeated and significant damage due to surges. These result in substantial repair and…

This article briefly discusses the technical performance of Surge Protection Devices (SPDs) in controlling and minimising the power surge instances and their following damages that can potentially hamper the electrical…

Electrostatic discharges (ESD) occur if bodies with different electrostatic potentials approach each other, resulting in a charge exchange. Every electrical device has a specific dielectric strength. If the level of…