Under the background of accelerating the construction of new power system

the integration of digitization and energy systems is deepening

and power system and computing infrastructure are evolving from interdependence to synergy. As an important link between digital economy and energy transformation

computing power collaboration is becoming a key path to promote clean

low-carbon

safe and efficient operation of energy and high-quality supply of computing power. Firstly

focusing on the urgent demand of computing power collaboration in the new power system

the concept connotation and overall architecture of computing power collaboration are systematically sorted out

and typical application scenarios and engineering practices such as collaborative operation guided by new energy consumption

participation of computing power infrastructure in auxiliary services

and cross-regional computing power collaboration are summarized

and the domestic computing power collaborative development model is summarized. Secondly

this paper constructs a research framework for mapping representation of computing power

regulation potential evaluation

collaborative regulation strategy

and market mechanism and technical standard. And analyze the key technologies of the whole chain of computing power collaboration from the underlying coupling mechanism to the macro guarantee mechanism. Finally

combined with the practical application requirements

this paper analyzes the key challenges faced by the computing power collaboration in terms of the computing power coupling mechanism

the computing power collaboration energy supply system

the multi-agent collaborative operation mechanism and the technical standard system

and looks forward to the future technological evolution and application direction

which provides a reference for the research and engineering promotion of the new power system computing power collaboration.