An electrical high-voltage power system is essential to support everyday electrical demands.
Due to the increase in electrical loads, a more rigid design is required to ensure system …

Globally, solar energy technologies are increasingly being implemented. The appeal of
photovoltaic (PV) systems lies in their ability to efficiently convert sunlight into electricity …

High voltage (HV) transmission mains form important assets in electrical networks. The
existence of this infrastructure within the community necessitates effective earthing design to …

Electrical energy is a critical component for human comfort, but mismanagement of this
energy can lead to human injury and even fatalities. High voltage safety compliance hinges …

The prologue of new High Voltage (HV) transmission mains into the community necessitates
earthing design to ensure safety compliance of the system. Conductive structures such as …

Worldwide photovoltaic technologies are being deployed at an increasing rate due to the
urgent effort to address climate change. The ability of the PV system to convert sunlight into …

The neighboring rates between high voltage substation and residential buildings are
amplified due to populations increase. Under fault or system malfunction, earth potential rise …

The demand on High voltage (HV) infrastructures is growing due to the corresponding
growth in industries and population. New or upgraded HV infrastructure has safety …

The neighboring rates between high voltage substation and residential buildings are
amplified due to populations increase. To guarantee safety acquiescence of the new system …

Earthing system is one of the main key elements in high‐voltage safety management. It
presents a safe working environment for workers and people passing by during a fault or …