GB/T 39119-2020Integrated energy—Cooperative control overall functions and process requirements of ubiquitous energy internet (English PDF)

4.1

The coordinated control of the ubiquitous energy network should realize the integrated utilization of multiple energy sources and energy facilities through the integration of information technology and energy technology.

4.2

The coordinated control of the ubiquitous energy network should be based on the overall economics of supply and demand on the premise of ensuring operational safety and energy contract performance.

Energy saving and environmental protection are the optimization goals.

4.3

The coordinated control of the ubiquitous energy network should be led by the demand side to achieve a balance and dynamic matching of supply and demand.

4.4

The coordinated control of the ubiquitous energy network should support the orderly execution of multi-party energy contracts.

4.5

The ubiquitous energy network collaborative control should adopt a multi-level, multi-period coordinated and optimized technical route to achieve cross-time, cross-space, multi-task

Collaborative optimization goal of ubiquitous energy network with other characteristics.

4.6

The ubiquitous energy network collaborative control shall include the ubiquitous network-level optimization layer, the ubiquitous energy network block-level optimization layer, the ubiquitous station-level optimization layer, and the acquisition and control layer.

4.7

The method based on intelligent optimization should be adopted to deal with the uncertainty of the system.

4.8

Unified data collection should be carried out for multiple energy sources to realize information connection, and cloud or local deployment for each collaborative control level as required.

4.9

It is advisable to establish a digital mirror image for energy physical facilities and describe the performance of energy facilities.

4.10

It is advisable to use a unified information model to model the ubiquitous energy network's collaborative control objects, and implement information interaction between systems or units based on this.