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Application and Research of Interactive Display System for Regional Integrated Energy System

In order to better demonstrate the effectiveness of regional energy internet and integrated energy utilization, this paper presents a scenario of building a regional integrated energy display system, which covers hardware and simulation model. The simulation model is consisting of four dimensions: ‘environment’, ‘geography’, ‘component’ and ‘integrated energy system’, the interaction rule of models is also defined. This display system is based on the resource-oriented design method, using the interactive model by placing corresponding components to construct a regional integrated energy internet with multiple energy sources (cold, heat, electricity, gas, etc.). This paper provides a brand new operation plan for integrated energy display and greatly improved the efficiency of modeling. Finally, the proposed scenario is applied to one provincial electric power company of China, its effectiveness and feasibility is verified. Introduction Energy is a vital material foundation for ensuring human production and living activities, and it is also an important force for reform to promote the development of human civilization. The development of energy has brought a high degree of economic development, as well as a high degree of prosperity in science and technology and culture, while it also brought severe problems such as environmental protection, energy security, and climate change [1,2]. The traditional energy structure and energy system are far from meeting the needs of sustainable development. With the rapid progress of new energy and renewable energy, a considerable scale of fossil fuels such as oil are gradually being replaced. The transformation of energy structure is an irreversible process. Energy utilization is converting to a clean and high density way, due to the improvement of productivity and technological level [3]. The regional integrated energy interactive display system is based on the resource-guided design method and adopts an interactive modeling way [4,5] to build a regional integrated energy internet in which multiple regional energy sources (cold, heat, electricity, gas, etc.) cooperate and complement each other. The operating patterns and basic characteristics of integrated energy system are displayed by adjusting time, space, and resources coefficient. Display Platform At present, numerous large touch screens [6] and large-screen video wall are being used in public places [7], as touch screen technology is becoming increasingly mature.To make full use of the interactive capabilities of the touch screen, and break through the traditional interactive devices limitation of mice and keyboards, experts and scholars around the world have done a number of research on different interaction technologies [8]. In [9,11], authors propose the human-machine interaction technology based on gesture recognition and related target tracking algorithm. However, human-machine interaction technology based on the physical model is not included. Reference [12] introduces the optical multi-touch technology and the projection technology for building a large multi-touch screen. With the continuous maturation of real-time depth camera technology [13] in recent years, advanced and mainstream display systems in the world have adopted the “Touch Screen