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The dispatching technical support system is the core technical means
of real-time monitoring, operation organization and dispatch management of the power grid.
As the first batch of prefecture-level pilots of the State Grid Corporation of China, Ningbo Power Supply Company aims at "security guarantee of large power grid and full absorption of new energy", adopts technologies such as "big cloud and thing mobile intelligence", introduces external meteorology, adjustable load resources and distributed new energy data on the basis of traditional power grid steady-state and dynamic data, and builds a prefecture-level dispatching technical support system
that supports main distribution network coordination and new energy consumption.
In terms of model data, the new generation scheduling technology support system uses artificial intelligence technology to ensure the accuracy of information perception and the efficiency of information verification through the mode of "machine intelligence joint debugging + manual sporadic review"
.
In terms of functional application, the system applies communication technologies such as "5G hard slice" to achieve a panoramic view of new energy power generation and adjustable pilot; It breaks through the information barriers of the main distribution network system, realizes the coordinated scheduling of the main distribution network, and supports the accurate scheduling of loads through load-side resource aggregation
.
At present, the ring network diagram, equipment model and operation data of 755 factories and stations and 5937 distribution network lines in Ningbo are fully accessed, realizing the sharing of operation information and collaborative fault handling
of the main distribution network.
The user data of all 21,740 distributed new energy power generation in the city is observable and measurable, and the contracted adjustable load is 517,000 kilowatts, supporting the panoramic hierarchical monitoring, accurate prediction and regional distributed power group regulation and group control
of new energy power generation.
The dispatching technical support system is the core technical means
of real-time monitoring, operation organization and dispatch management of the power grid.
As the first batch of prefecture-level pilots of the State Grid Corporation of China, Ningbo Power Supply Company aims at "security guarantee of large power grid and full absorption of new energy", adopts technologies such as "big cloud and thing mobile intelligence", introduces external meteorology, adjustable load resources and distributed new energy data on the basis of traditional power grid steady-state and dynamic data, and builds a prefecture-level dispatching technical support system
that supports main distribution network coordination and new energy consumption.
In terms of model data, the new generation scheduling technology support system uses artificial intelligence technology to ensure the accuracy of information perception and the efficiency of information verification through the mode of "machine intelligence joint debugging + manual sporadic review"
.
In terms of functional application, the system applies communication technologies such as "5G hard slice" to achieve a panoramic view of new energy power generation and adjustable pilot; It breaks through the information barriers of the main distribution network system, realizes the coordinated scheduling of the main distribution network, and supports the accurate scheduling of loads through load-side resource aggregation
.
At present, the ring network diagram, equipment model and operation data of 755 factories and stations and 5937 distribution network lines in Ningbo are fully accessed, realizing the sharing of operation information and collaborative fault handling
of the main distribution network.
The user data of all 21,740 distributed new energy power generation in the city is observable and measurable, and the contracted adjustable load is 517,000 kilowatts, supporting the panoramic hierarchical monitoring, accurate prediction and regional distributed power group regulation and group control
of new energy power generation.
