Energy Saving Management System Research Articles

Technical framework of energy-saving construction management of intelligent building based on computer vision algorithm

At present, China's urbanization transformation is accelerating, the construction industry is developing rapidly, and people's requirements for buildings are also increasing, which leads to the increasing energy consumption. Therefore, energy-saving construction in the construction industry is imminent. During the actual life cycle of a building project, including planning, design, construction and later operation and maintenance, energy consumption will be generated in the above processes. Based on this background, this research realized the design of intelligent building management and information system for energy conservation projects by introducing computer vision algorithm. The system is integrated with laws and regulations, economic benefits, technical steps, quality management, cost management, schedule management and other modules. The design process is relatively complex. Therefore, this work adopts modern computer vision algorithm technology and uses relevant tools to collect, store, and analyze a large amount of information in each stage of energy-saving project management process and realize information management from project approval, design, drawing review, and construction to acceptance. Finally, this paper builds system interface layer, system function layer, and database support layer. The system measurement shows that the building energy consumption can be predicted easily, accurately and stably by inputting the energy consumption data collected by each part of the target building. The system realizes the combination of qualitative and quantitative research on energy conservation regulation and improves the informatization level of China's energy conservation research and construction. This paper designs a kind of intelligent building energy-saving management system by studying computer vision algorithm.

Intelligent management of industrial building energy saving based on artificial intelligence

In order to improve the efficiency of energy-saving management of industrial buildings, this paper combines artificial intelligence technology to analyze the intelligent energy-saving of industrial buildings, and reduces the energy consumption of industrial buildings through intelligent energy-saving management. Moreover, this paper analyzes the circuit structure design, work flow, and functional description of industrial energy-saving buildings to realize the control interface of electrical equipment, and explains the specific hardware design of energy consumption acquisition module and intelligent gateway. In addition, this paper uses the data collected by the hardware as the input to establish the impulse prediction model. Finally, this paper constructs an intelligent management system for industrial building energy conservation based on constraints and optimization conditions. The data analysis results show that the intelligent energy-saving management system of industrial buildings based on artificial intelligence constructed in this paper has good effects and can play an important role in the energy-saving management of industrial buildings.

Research on User Oriented Benefit Evaluation Model of Power Demand Side Management Based on Computer Software

Power demand side management (hereinafter referred to as DSM) is an important part of smart grid construction in China, which can realize scientific energy saving and power saving. Through DSM, the power grid can dispatch power based on user demand, which can support the sustainable development of national power industry. At the same time, through DSM, the power grid can transmit power intelligently, which is of great significance to the energy conservation and emission reduction of the society. With the construction of smart grid, power DSM has formed an important management system, which can better expand the intelligent and scientific power grid. Through the continuous transformation to energy-saving management system, the traditional load management is no longer suitable for the needs of the society, which requires us to comprehensively review the development of smart grid. Through the DSM system, we can expand the load analysis management means in smart grid, which will better tap the demand side resource potential. Through the effective evaluation system, we can provide more comprehensive, scientific and accurate decision-making basis. Firstly, this paper presents the current load forecasting methods. Then, a model is proposed. Finally, some suggestions are put forward.

Energy saving management system in educational buildings

Energy saving management system in educational buildings

ORGANIZATIONAL PRINCIPLES OF ENERGY SAVING IN AGRICULTURE

Introduction. Energy saving in agriculture is a complex management process that requires the rational organization of technological and other related processes based on a systems approach. Methods. The article uses the theoretical provisions of management theory in the context of the organization of energy saving management in an agricultural enterprise. At the same time, general scientific methods are used, namely: monographic, abstract and logical, graphic. Results. Certainly, agricultural production is associated with the use of energy from nature, human labour and artificial energy. In the context of energy saving, artificial (exhaustive) energy is considered in terms of reducing its consumption in the production process. It is established that the provision of energy saving is due to rational organizational actions, which include: economic and energy audit, the formation of special measures, implementation of developed measures, monitoring of energy saving. The basis for ensuring these actions is the regulation of management processes in order to achieve a high level of energy saving. It is substantiated that energy saving processes in an agricultural enterprise take place in symbiosis with state and regional authorities, industry entities, as well as a group of stakeholders. At the same time, the coordination of all the system elements actions allows to achieve a high potential of interaction in the context of energy saving. In this case, it is important to identify the primary energy saving factor that initiates these processes and creation of an energy saving management system based on this factor. Discussion. The results of the study offer basic provisions for the development of the organizational structure of agricultural enterprises that implement the concept of energy saving.

Разработка и внедрение системы управления энергосбережением на основе интеллектуального анализа данных

Разработка и внедрение системы управления энергосбережением на основе интеллектуального анализа данных

Improvement of the energy saving management system in the housing and utilities sector

The article aims to analyze the issues of energy-saving policies in the housing and utilities sector. The article studies the nature of energy saving measures. In the housing and utilities sector, energy savingdepends on the efficiency of the energy saving management system. The article is aimed at 1) systematization of legal acts regulating energy saving at the federal, regional and municipal levels; 2) analysis of factors, principles, directions, objectives, mechanisms of energy saving policies. The control mechanism is an impact of the control subject on the control object. Energy saving subjects, objects and factors were identified. Energy saving factors were classified. Technological improvement of production, investing in production facilities should be a basis for energy saving policies. To search for new ways of rational use of energy resources and implement energy saving solutions, it is necessary to take into account capabilities of each participant in the energy saving management system of the housing and utilities sector. Energy saving is an interrelated set of scientific, methodological, technological, engineering, organizational, and economic measures.The energy saving program is a result of joint efforts of regional and local governments, businesses, experts engaged in solving ecological, housing and utilities problems.

Investigating determinants of energy saving management of construction enterprises on the low carbon economy platform

The article analyzes the prospects of implementation of the adopted "Strategy of Low Carbon Development of Ukraine till 2050", the imperatives of its implementation are proposed. On the basis of the synthesis of modern concepts of invariant and low carbon economics, a hierarchy of formation of the invariant space of the energy saving management system has been developed. The invariant imperatives of energy saving management are distinguished in terms of the levels of the economic system that influence the quality of strategic management, which contributes to increasing the level of energy efficiency and reducing the adverse climatic changes.

Energy saving management system in educational buildings

At the present scenario in the educational institutions the unnecessary consumption of electricity is observed at higher rates. This increase of consumption is reflected in an increase in the cost of electric power. So, an efficient system is to be proposed such that this system activates the consumption of power whenever there is a need. The electrical appliances switched on once the first person enters the room and it is switched off while the last person leaves. This process later can be implemented by using internet of things (IOT). Later this automation can be implemented by using internet of things (IoT). So, this proposed concept is used to save the energy in educational buildings. In the future, it can develop to incorporate the system to many universities and software sectors to save and control the energy.

Design and Implementation of Energy Saving Management System Based on Data Mining

With the acceleration of urbanization, various items have generated a large amount of energy consumption on the basis of intelligent control, which has aroused widespread concern. Energy conservation has become an important direction of society. Colleges and universities are an integral part of society and a large energy consumer. Therefore, energy conservation management in colleges and universities is an important content. At the same time, designing energy-saving management systems in colleges and universities can not only meet the needs of energy-saving supervision in colleges and universities, but also deepen the significance of building a resource-saving concept into students. Through the construction of energy-saving management, it can realize the supervision of campus energy consumption, and further provide reliable data support and effective solutions for the school's energy-saving management level.

Exploration of power consumption monitoring based on Internet of things

SummaryTo solve the problem that the general power consumption monitoring system only realizes the total amount statistics of energy consumption information, but there is no statistical analysis of energy consumption in items and classification as well as energy saving control, a solution scheme to the power consumption monitoring and energy saving management system based on the Internet of things technology was proposed. Based on the research on the Internet of things architecture and combined with the actual functional requirements of the project, the four‐level architecture of the Internet of things was designed. The database technology was used to achieve an expert system for enterprise energy saving control based on relational model. Finally, according to the actual project, the engineering application of the system was introduced. The research showed that the system proposed could effectively monitor the power consumption of enterprises and analyze and manage energy consumption. To sum up, the power consumption can be well monitored by applying Internet of things.

Оценка системы управления энергосбережением в экономике северных регионов

Оценка системы управления энергосбережением в экономике северных регионов

Regional Peculiarities of Energy Saving Development During the Exploitation of Housing and Underground Housing and Utility Sector Objects

The paper is dedicated to the identification and consideration of regional energy saving peculiarities during the exploitation of housing and underground housing and and utility sector objects. The absence of effective energy saving management system in housing and utility sector was detected in various regions of the Russian Federation, and for the development of such system the ideas of goal-oriented approach should be used. It is proved that the energy saving implementation ideas requires changes in the minds of inhabitants on the one hand and on the other hand requires to form an ideology of a rational consumption, not constantly economical one. At the same time considering of regional specifics should become the foundation stone of the rational and balanced approach to energy consumption during the housing construction period as well as during the exploitation of the building and its services.

Intelligent Energy-Saving Decision Making and Delicacy Management for Power Enterprises

Energy-saving management is playing increasingly important parts in the energy conservation of thermal power generation. The economic performance indexes were decomposed and clarified to set a delicacy energy-saving management system. With the great volume of operation data, an fuzzy rough set (FRS) –based big data analytics were introduced to build the intelligent energy-saving decision-making model. Based on such energy-saving management system, the operation optimization practice was performed on a 600MW thermal power unit to determine the optimum working state under specific operation conditions. The result shows that the proposed energy-saving management can makes great guidelines for the operation optimization and energy-saving diagnosis of thermal power units.

The Energy-Saving Management System Design of Major Projects in Implementation

The energy-saving management system of major projects in implementation has always been in a state of imperfect. On the basis of combining energy-saving management status of major projects in implementation, referring to the research results of the management mechanism design theory at home and abroad, this paper aims at the primary interest-related subjects of the major projects energy-saving, uses economic mechanism designing theory and incentive theory, designs the energy-saving management mechanism; It does the theoretical analysis of the government and major projects owner with the complete information dynamic game model, then, provides decision evidence for the government to formulate the rational management intensity and maximize the interests of all parties. At last, the paper provides the suggestions to solve the existing problems of major projects energy-saving management.