Due to their exposed installation sites and large collection areas, Photovoltaic (PV) installations are at a high risk of damage due to both direct and indirect lightning strikes. Since the PV system is connected directly to the building electrical system, the subsequent
Worldwide arc fault accidents are the predominant cause for accidents during work on electrical installations. In the event of an electric arc flash, workers are exposed to temperatures of more than 10,000°C. Severe burns, injury and death are the possible tragic consequences
Arc-fault-tested protective equipment Worldwide arc fault accidents are the predominant cause for accidents during work on electrical installations. In the event of an electric arc flash, workers are exposed to temperatures of more than 10,000°C. Severe burns, injury and death are the
In today’s modern world the uninterrupted use of information technology and automation equipment is taken for granted. Lightning discharges, surges and over-voltages can cause major problems to equipment resulting in physical damage, data loss and the associated cost of lost production.
Due to their exposed installation sites and large collection areas, photovoltaic (PV) installations are at a high risk of damage due to both direct and indirect lightning strikes. The subsequent damage from these surges can cause serious damage to PV installations, expensive
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