Intelligent power distribution operation and maintenance system
The smart power distribution management system uses technologies such as the Internet of Things, cloud computing, big data, etc., to show the power use situation in an all-round way through the WEB and APP, improve the power management level of customers, reduce their operating costs, and achieve the goal of more safe, efficient, and environmentally friendly power use.
Operation and maintenance initiative
When the load is overloaded and the temperature is too high, early warning can be realized to prevent the occurrence of power failure accidents;
Passive waiting
When the problem occurs, it can be solved, and the alarm cannot be given in advance in time;
Operational efficiency
7 * 24-hour monitoring of equipment operation status; Make management more accurate and process more simplified.
Inefficient operation
The daily operation mainly depends on manual inspection, which is characterized by high cost, low efficiency, cumbersome management and great difficulty.a
Everything is connected
Power distribution automation combines with Internet of Things technology to realize the close connection between people and things;
Equipment island
When the problem occurs, it can be solved, and the alarm cannot be given in advance in time;
Intelligent energy prepayment management system
The smart energy prepaid management system adopts a new container+microservice architecture to collect the real-time consumption and surplus (electricity, water, etc.) of each energy consuming user. At the same time, it can also conduct remote on-off control to achieve the goal of paying before using energy, and realize the functions of energy charging, monitoring and management of customers.
Automatically replace manual work,
Prepayment improves cash flow
Line loss reduced by 8%
Power operation
Smart energy management system - carbon platform
A comprehensive evaluation of customers' energy use and carbon emissions has been carried out, a park level and enterprise level carbon emission measurement and monitoring system has been built, a scientific carbon emission index management has been established, and the application of energy conservation and carbon reduction has been deepened by subject and site, and emission reduction measures and technical means have been comprehensively applied to finally achieve carbon neutrality.
The product design mode is adopted, which has good universality and is easy to batch copy the project.
The product design mode is adopted, which has good universality and is easy to batch copy the project.
It can not only meet the dual carbon governance needs of the government, but also meet the carbon management needs of enterprises and parks.
The business is platform based, open and interconnected, and easy to integrate and be integrated.
Multiple intelligent AI engine modules are built in to achieve good strategies and results of carbon management using multi-dimensional data.
The energy flow carbon flow chart is used to guide the construction of the zero carbon park, and the carbon footprint of the park's enterprises is analyzed to promote the green transformation of the industrial supply chain.
Energy management