TAILIEUCHUNG - A novel minimum cost maximum power algorithm for future smart home energy management

With the latest development of smart grid technology, the energy management system can be efficiently implemented at consumer premises. In this paper, an energy management system with wireless communication and smart meter are designed for scheduling the electric home appliances efficiently with an aim of reducing the cost and peak demand. For an efficient scheduling scheme, the appliances are classified into two types: uninterruptible and interruptible appliances. The problem formulation was constructed based on the practical constraints that make the proposed algorithm cope up with the real-time situation. The formulated problem was identified as Mixed Integer Linear Programming (MILP) problem, so this problem was solved by a step-wise approach. This paper proposes a novel Minimum Cost Maximum Power (MCMP) algorithm to solve the formulated problem. The proposed algorithm was simulated with input data available in the existing method. For validating the proposed MCMP algorithm, results were compared with the existing method. The compared results prove that the proposed algorithm efficiently reduces the consumer electricity consumption cost and peak demand to optimum level with 100% task completion without sacrificing the consumer comfort. | A novel minimum cost maximum power algorithm for future smart home energy management

• Năng lượng
• Smart grid
• Demand side management
• Home energy management
• Demand response
• Appliances scheduling
• Efficient and low power consumption wireless smart grid network
• Low power consumption wireless smart grid network
• Efficient energy consumption
• Packet loss and network delay time
• Received signal strength
• Luận văn Thạc sĩ
• Luận văn Thạc sĩ Kỹ thuật điện
• Ứng dụng Smart Grid
• Mạng lưới điện Smart Grid
• Thiết bị điện tử công suất
• Cyber security
• Malicious attack
• Power grid simulation
• Cyber physical system
• Power grid
• Renewable energy
• Power system
• Simulated model
• Load balancing
• International Journal of computer science & communication networks
• Cloud based security management scheme
• Home area network in the smart grid
• Home area network
• Energy management system
• Smart meter system
• hệ thống thông minh
• hệ thống smart grid
• điều khiển tự động hoá
• tự động hóa công nghiệp
• điện tử ứng dụng
• kỹ thuật điều khiển
• Improving security for smart grid
• Multilayer consensus ECC based pake protocol
• Multilayer consensus ECC
• Decryption of the packets
• Cyber physical security
• Wide area monitoring
• Protection and control
• Smart grid environment
• Lecture Power system operation and control
• Bài giảng Điều khiển hệ thống điện
• Power system operation
• Renewable energy systems
• Distribution systems
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• Internet of things
• Smart city
• Short term forecasting
• Incremental learning
• Online information network
• Sliding window
• Energy management
• Renewable Energy Resources
• Intermittent characteristics
• Voltage variations
• Frequency variation
• Smart transformer
• Low voltage
• Online realtime supervising system
• Low voltage grids
• Important operating parameters
• Electronic Engineering
• Big data
• Electric vehicles
• kỹ thuật
• công nghệ
• điện
• điện tử
• lưới điện
• Genetic Polymorphisms
• Chemokine
• Receptors and Cytokines
• Immunodeficiency Virus
• CXCL8 Regulation
• Function
• báo cáo khoa học
• báo cáo hóa học
• công trình nghiên cứu về hóa học
• tài liệu về hóa học
• cách trình bày báo cáo
• estimation techyniques
• Cooling and freezing
• Household Appliances
• Toys
• leisure and sports equipment
• Medical devices
• promoting entrepreneurship
• article concludes
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• Hệ thống điện
• điều khiển tốc độ động cơ
• giáo trình tự động hóa
• Enewable energy
• Stochastic approach
• Voltage and frequency control
• Biến đổi Fourier rời rạc
• Phân cụm chuỗi thời gian
• Mô hình Long Short Term Memory
• Hệ thống quản lí lưới điện
• Mô hình học sâu
• Harmonic distortion problems
• power electronic devices
• equipment overheating
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• Power System Harmonics
• The Distributed generation
• Power distribution systems
• Local loads and network
• DFIG wind generator
• Coefficients of Alienation