TAILIEUCHUNG - Research on an electrical energy management model for Vietnam Maritime University

This paper presents the general issues of energy management, particularly the management of electrical energy. On that basis, a model of the electrical power management system for Vietnam Maritime University has been studied. The result of this paper is a proposed model of electrical power management system for the purpose of managing and using electricity efficiently and economically, reducing energy costs. | CELEBRATE VIET NAM TEACHERS’ DAY 20/11/2018 RESEARCH ON AN ELECTRICAL ENERGY MANAGEMENT MODEL FOR VIETNAM MARITIME UNIVERSITY DANG HONG HAI, PHAM THI HONG ANH Department of Industrial Automation Engineering, Vietnam Maritime University Abstract This paper presents the general issues of energy management, particularly the management of electrical energy. On that basis, a model of the electrical power management system for Vietnam Maritime University has been studied. The result of this paper is a proposed model of electrical power management system for the purpose of managing and using electricity efficiently and economically, reducing energy costs. Keywords: Energy management, electrical power management system. Tóm tắt Bài báo này trình bày về các vấn đề chung về quản lý năng lượng, đặc biệt là quản lý năng lượng điện. Trên cơ sở đó nghiên cứu xây dựng hệ thống quản lý điện năng cho Trường Đại học Hàng hải Việt Nam. Kết quả thu được của bài báo là mô hình đề xuất hệ thống quản lý điện năng nhằm mục đích quản lý và sử dụng điện năng một cách tiết kiệm và hiệu quả, giảm chi phí điện năng. Từ khóa: Quản lý năng lượng, hệ thống quản lý điện năng INTRODUCTION In Vietnam, efficient use of energy especially electricity is an urgent issue in the scenario of increasing imbalance between power supply and demand. The increasing population coming with high energy comsumption combining, with the wrong views in the management and use of energy in the production and business establishments, administrative offices,. is the major cause of energy waste in use. In order to make energy use more effective, economical and sustainable, we need to implement a sufficient energy management. 1. General issues of energy management . Energy management Energy management is the process of using energy economically and efficiently in order to achieve the highest profit (lowest cost) and improving the competitiveness of enterprises. Energy management controls energy consuming devices to .

• Năng lượng
• Energy management
• Electrical power management system
• Energy costs
• Electrical power management system
• Vietnam Maritime University
• Energy research and social sience
• Energy management systems
• Smart meters
• Home energy management systems
• Best worst method
• Carbon footprint
• Energy efficiency index
• Energy efficiency index improving
• Energy management strategy in campus towards
• Green campus
• Promoting carbon footprint
• Energy Efficiency
• Industrial Utilities
• Industrial Plants
• Intelligent Buildings
• Sustainable energy consumption
• Automated metering of energy resources
• Energy resources
• Dipole energy analysis
• Energy economics
• Economics multi dimensional interactions
• Energy accounting information
• Analysing energy demand
• Energy demand forecasting
• Energy demand management
• Tạp chí Khoa học và Công nghệ
• Building energy management
• Electrical storage
• Renewable energy
• Demand response
• Energy autonomy
• Electricity pricing
• Energy policies
• Electricity markets
• Nature of energy management
• Responses to policies regarding solar
• Search on designing an energy management system
• Isolated photovoltaic source
• Energy management system
• Protect system automatically
• Control power operating point of PV
• Financial liquidity
• Energy companies
• Financial liquidity management strategies
• Polish energy companies
• Right liquidity management strategy
• Energy conservation
• Maqashid al shariah
• Sustainable development goals
• Islamic economics
• Renewable sources
• Photovoltaic cells
• Solar energy
• Low carbon energy transition
• Just transition
• Transition management
• Sociotechnical energy systems
• Building energy
• Smart building
• Automation technologies
• Energy forecasting
• System dynamics
• Energy demand side management
• System dynamic approach
• Machine learning
• Energy saving
• Building management
• Saving energy
• Building characteristics
• Learning management system
• Financial derivatives
• Lecture Financial derivatives
• Derivatives markets
• Weather sensitivity
• Financial management
• Weather risk
• Energy derivatives
• Optimized cloud resource management
• Optimized cloud resource management and scheduling
• Minimizing total busy
• Energy efficient scheduling
• Cloud data centers
• Smart grid
• Demand side management
• Home energy management
• Appliances scheduling
• boilers
• steam systems
• waste recovery
• industrial power
• energy storage
• Energy budget
• Green manure
• Rice and Vermicompost
• Rice (Oryza sativa L )
• Energy budgeting in rice
• Environmental management accounting
• Green innovation
• Environmental proactivity
• Environmental performance
• Green supply chain management
• Green human resource management
• Environment uncertainty
• Environment performance
• Geothermal exploitation management
• New and renewable alternative energy
• Granting geothermal management
• Source of heat energy
• Industrial Sectors
• Femtocell LTE Network
• Ventilation Systems
• Air Systems
• Water Systems
• Efficiency Programs