Construction method and architecture of integrated energy service ecological platform based on support vector machine

Internet technologies such as Internet of Things, big data and cloud computing are deeply integrated with information technology and digital technology, which has led to profound changes in the energy system. On the basis of high-quality load resources in the region, an integrated energy intelligent management system and platform based on "power supply-power grid-load-energy storage-scheduling" is constructed, so as to open up the ecological bottom to the top of the integrated energy service and realize the comprehensive integration of energy flow, information flow and value flow in the integrated energy system. Based on support vector machine, the mathematical model of system optimization planning is established with the annual comprehensive energy efficiency of the system as the optimization objective. Comprehensive analysis of the policy environment formed by the ecological platform and the infrastructure required by the platform; Change from product thinking and service thinking to platform thinking and organization form of platform-based enterprises.

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Construction method and architecture of integrated energy service ecological platform based on support vector machine

Semantic Scholar · Environmental Science · 2021

Abstract

Internet technologies such as Internet of Things, big data and cloud computing are deeply integrated with information technology and digital technology, which has led to profound changes in the energy system. On the basis of high-quality load resources in the region, an integrated energy intelligent management system and platform based on "power supply-power grid-load-energy storage-scheduling" is constructed, so as to open up the ecological bottom to the top of the integrated energy service and realize the comprehensive integration of energy flow, information flow and value flow in the integrated energy system. Based on support vector machine, the mathematical model of system optimization planning is established with the annual comprehensive energy efficiency of the system as the optimization objective. Comprehensive analysis of the policy environment formed by the ecological platform and the infrastructure required by the platform; Change from product thinking and service thinking to platform thinking and organization form of platform-based enterprises.

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