Architecture Construction Scheme of Intelligent Comprehensive Energy Supply Station Based on Digital Twin

doi:10.11885/j.issn.1674-5086.2022.10.10.01

Abstract

Abstract: Under the goals of“carbon neutrality and carbon peaking”, traditional energy supply stations are unable to meet the growing demand for diversified customer services due to their single energy structure. Research is conducted on a new business model and new mode of energy supply services that integrates the supply functions of electricity, hydrogen, natural gas and clean oil products. The study combines the business function requirements of integrated energy supply stations and adopts the framework of building a digital twin of a smart energy supply station, with user-centric, multi-dimensional indicator-driven and whole life cycle management as the three general concept technologies of the construction scheme. Analyse are done of the overall system architecture of a smart integrated energy supply station through technical principles, construction ideas, twin frameworks, business functions and technical applications. The business framework designed on the basis of three levels of employees, station masters and headquarters is explained, and the technical framework is designed on the five scenarios of security, infrastructure, marketing, service and management, so as to provide users with diversified energy supply services and to effectively promote the digitalization and cleanliness of the oil and gas industry transformation and development. It provides a reference idea for the future development of digitalization and informatization of intelligent integrated energy supply stations in the new energy industry.

Key words: comprehensive energy supply station, digital twin, full life cycle, indicator driven, digitalization

CLC Number:

TE822

XU Hai, HE Wei, GU Jinjian, DING Bo, ZHU Baikang. Architecture Construction Scheme of Intelligent Comprehensive Energy Supply Station Based on Digital Twin[J]. Journal of Southwest Petroleum University(Science & Technology Edition), 2024, 46(5): 132-142.

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http://journal15.magtechjournal.com/Jwk_xnzk/EN/Y2024/V46/I5/132

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