Low voltage network or secondary network constitutes a portion of the electrical power distribution system that conveys electric energy from distribution transformers to electricity meters for final customers. These networks function at a lower voltage level, generally equivalent to the voltage of electrical devices.Low voltage networks transmit electricity from high voltage transmission lines to residences and businesses via step-down transformers situated on utility poles or buried underground vaults. After being decreased to safer levels, this electricity proceeds along secondary wires until arriving at individual structures where it is further lowered to levels suitable for consumer utilization.Low voltage networks serve a critical purpose in distributing electricity securely and effectively to residential, commercial, and industrial facilities. Components comprising these networks include overhead conductors, underground cables, service drops, and client connections.To sum up, the low voltage network is responsible for carrying electricity from distribution transformers to electricity meters for end users, operating at a lower voltage level compared to primary networks. It guarantees the safe and dependable delivery of electricity to dwellings and enterprises
Low voltage network or secondary network constitutes a portion of the electrical power distribution system that conveys electric energy from distribution transformers to electricity meters for final customers. These networks function at a lower voltage level, generally equivalent to the voltage of electrical devices.Low voltage networks transmit electricity from high voltage transmission lines to residences and businesses via step-down transformers situated on utility poles or buried underground vaults. After being decreased to safer levels, this electricity proceeds along secondary wires until arriving at individual structures where it is further lowered to levels suitable for consumer utilization.Low voltage networks serve a critical purpose in distributing electricity securely and effectively to residential, commercial, and industrial facilities. Components comprising these networks include overhead conductors, underground cables, service drops, and client connections.To sum up, the low voltage network is responsible for carrying electricity from distribution transformers to electricity meters for end users, operating at a lower voltage level compared to primary networks. It guarantees the safe and dependable delivery of electricity to dwellings and enterprises