With the growing demand for deep integration between computing power networks(CPNs)and energy systems(ESs),effective collaboration between these systems has become increasingly crucial.To facilitate such integration,t...With the growing demand for deep integration between computing power networks(CPNs)and energy systems(ESs),effective collaboration between these systems has become increasingly crucial.To facilitate such integration,this paper proposes an energy-computing integrated system(ECIS),which consists of a four-layer framework including a physical layer,a networked digital twin layer,a service layer,and a communication layer—each interdependent and playing a distinct role.The ECIS enables the global dynamic scheduling and optimisation of electric power and computing power resources.We provide a detailed overview of the functions and interactions within the four layers of the ECIS,discussing the potential of ECIS to enhance resource utilisation,support green and low-carbon development,and improve system flexibility.By fostering efficient collaboration between power and computing resources,the proposed four-layer framework of ECIS can significantly improve operational efficiency.Furthermore,we explore potential challenges in implementing ECIS and outline future research directions to address these challenges.展开更多
文摘With the growing demand for deep integration between computing power networks(CPNs)and energy systems(ESs),effective collaboration between these systems has become increasingly crucial.To facilitate such integration,this paper proposes an energy-computing integrated system(ECIS),which consists of a four-layer framework including a physical layer,a networked digital twin layer,a service layer,and a communication layer—each interdependent and playing a distinct role.The ECIS enables the global dynamic scheduling and optimisation of electric power and computing power resources.We provide a detailed overview of the functions and interactions within the four layers of the ECIS,discussing the potential of ECIS to enhance resource utilisation,support green and low-carbon development,and improve system flexibility.By fostering efficient collaboration between power and computing resources,the proposed four-layer framework of ECIS can significantly improve operational efficiency.Furthermore,we explore potential challenges in implementing ECIS and outline future research directions to address these challenges.
