In view of the characteristics of multi-regional correlation of full-network power flow in the new-type power system

an optimization method for coordinated electricity-carbon operation and a new full-network multi-regional cooperative optimization method for dynamically matching coordinated electricity-carbon operation are proposed. Firstly

according to the characteristics of cascade multi-source load-storage units in sub-regions of the new-type power system

the differences in operational regulation efficiency of various load-storage units within the region are analyzed

and a gradient cooperative optimization method for load-storage unit indicators is proposed. Then

aiming at the diversified characteristics of electricity-carbon regulation of load-storage units under different operating modes

a fine-tuning optimization method for load-storage unit control parameters based on complete state space and operational mode feedback is studied

and a 'multi-level multi-core' convolutional neural network model is established. Finally

a simulation model is constructed for validation. Simulation results show that the proposed multi-level indicator cooperative electricity-carbon power flow optimization control strategy can effectively enhance the electricity-carbon coordination capability and electricity-carbon regulation level of the new-type power system.