An energy-information model of industrial electrotechnical complexes

The main goal of the considered project is the concept development and creation of flexible and scalable smart University campus microgrid with a two-way data communication. In this case, the power system consists of two subsystems (heat supply subsystem and power supply subsystem). Also, a variant of the construction of the master's program of training specialists in energy management has been considered. The several scientific and educational trajectories are supported by the master's program. One of the key parts of the master's program is interuniversity collaboration due to workshops and joint research projects, both with Russian and foreign universities-partners.

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“…From According to the given scheme, the basic task adds up to taking into account dataflow management, providing data system operation [7,8].…”

Section: Research Work Packagementioning

confidence: 99%

Microgrid Project: Research, Technologies and Training Courses

Петроченков¹,

Romodin²,

Lyakhomskii³

et al. 2019

dteees

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“…Research work package is aimed to developing the decision-making informational support system of the electrotechnical equipment life cycle management based of energy-information model [4,5].…”

Section: Research Work Packagementioning

confidence: 99%

Conceptual design and engineering strategies to increase energy efficiency at enterprises: Research, technologies and personnel

Lyakhomskii

Perfilieva

Петроченков

et al. 2015

2015 IV Forum Strategic Partnership of Universities and Enterprises of Hi-Tech Branches (Science. Education. Innovations)

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One of the main directions of changeover from the inertial scenario to innovative scenario of increasing of the energy efficiency by system management of energy resources is considered. Semantic aspects, concepts and conceptual models of system of management of energy resources are defined. A method for assessment of energy management using a multiplicative model the impact of technological and managerial factors with the use of pattern recognition theory is developed. Guidelines and engineering facilities to increasing of the energy efficiency in the framework of the system of management of energy resources on the basis of the results obtained are given. Keywords-energy efficiency scenarios, energy consumption process, system management of energy resources, conceptual design, engineering of increasing energy efficiency

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“…Before the enterprises in general and before its departments, there are a number of serious problems related to centralization, qualitative and timely consideration of various applications, requirements, documents [2]. In addition, the task arises of operative processing and management of data on the state of technological equipment, aggregates, their completeness, and so on [3].…”

mentioning

confidence: 99%

Regarding information system for technological docflow: global challenge within the framework of the sixth technological basis

Петроченков¹

2019

Proceedings of the 2nd International Scientific Conference on New Industrialization: Global, National, Regional Dimension (SICN

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The information system for technological docflow for enterprises has been considered. The analysis of the route of documents participating in bussiness, organizational and other activities was carried out and on the basis of analysis a classification of these documents was developed and a list of their main types was developed. The article is devoted to the issues of effective change management at enterprise. Within the framework of the sixth technological basis, general high-speed information networks will bear the dominant value. The development of information systems depends on benchmarking and adjustment of the required key technical and socioeconomic indicators of the desired model of production and economic activity and the current state of affairs. The project is also aimed at implementation of a new Master's program "Conceptual design and engineering to improve energy efficiency".

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An energy-information model of industrial electrotechnical complexes

Cited by 21 publications

References 1 publication

Microgrid Project: Research, Technologies and Training Courses

Microgrid Project: Research, Technologies and Training Courses

Conceptual design and engineering strategies to increase energy efficiency at enterprises: Research, technologies and personnel

Regarding information system for technological docflow: global challenge within the framework of the sixth technological basis

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