Smart city digital energy system optimization project

With the continuous advancement of smart city construction, a city government is facing the dual challenges of updating old equipment and upgrading intelligent management system in the transformation of urban power distribution network. In order to realize the intelligent, green and low-carbon management of the urban power grid, the city government chose the customized power distribution solution from Enwei Group.

Solution

Intelligent digital transformer: In the distribution system of urban main roads and public facilities, intelligent digital transformers are used to achieve real-time data acquisition and energy consumption monitoring to ensure the stable operation of each node.

Remote monitoring switchgear: Integrate the latest Internet of Things technology to achieve remote real-time monitoring and fault warning of the city's distribution network, which greatly improves the power grid dispatching capability.

High-precision transformer: Through high-precision data transmission and analysis, it provides accurate and timely operation data for municipal energy management centers to support urban power grid optimization and regulation decisions.

Implementation effect

After the implementation of the project, the operation efficiency of the city's power grid has been greatly improved, the reliability of power supply has been enhanced, and the failure of power outages has been reduced by nearly 40%. At the same time, through real-time data monitoring and intelligent analysis, urban energy management is more scientific, energy conservation and emission reduction targets have been strongly supported, and urban green low-carbon transformation has been promoted.

Sum up

This case reflects Enwei Group's advanced technology and customized service capabilities in the field of smart city energy management. Through the integration of smart transformers, remote monitoring switchgear and high-precision transformers and other products, it provides a solid guarantee for the efficient, safe and green operation of urban power grids, and becomes a typical demonstration in the construction of smart cities.