DEMAND RESPONSE APPLICATION IN SMART GRIDS

<DIV>THIS BOOK ANALYZES ISSUES SURROUNDING THE EFFICIENT INTEGRATION OF DEMAND RESPONSE PROGRAMS (DRPS) ON OPERATION PROBLEMS IN SMART GRIDS. THE BENEFITS OFFERED BY DEMAND RESPONSE PROGRAMS (DRPS) FOR LOAD-SERVING ENTITIES, GRID OPERATORS, AND ELECTRICITY CONSUMERS ARE EXPLAINED, INCLUDING DECREASED ELECTRICITY PRICES AND RISK MANAGEMENT. IN-DEPTH CHAPTERS DISCUSS THE FLEXIBILITY OF MARKET OPERATIONS, MARKET POWER MITIGATION, AND ENVIRONMENTAL BENEFITS—MAKING THIS A MUST-HAVE REFERENCE FOR ENGINEERS AND RELATED PRACTICING PROFESSIONALS WORKING FOR ORGANIZATIONS IN THE ELECTRICITY MARKET, INCLUDING RELIABILITY ORGANIZATIONS, DISTRIBUTION COMPANIES, TRANSMISSION COMPANIES, AND ELECTRIC END-USERS.<BR></DIV>

SMART GRIDS AND GREEN WIRELESS COMMUNICATIONS.- IMPLEMENTATION OF DEMAND RESPONSE PROGRAMS ON UNIT COMMITMENT PROBLEM.- HOURLY PRICE-BASED DEMAND RESPONSE FOR OPTIMAL SCHEDULING OF INTEGRATED GAS AND POWER NETWORKS CONSIDERING COMPRESSED AIR ENERGY STORAGE.- ENERGY MANAGEMENT OF HYBRID AC-DC MICROGRID UNDER DEMAND RESPONSE PROGRAMS: REAL-TIME PRICING VERSUS TIME-OF-USE PRICING.- DISTRIBUTION FEEDER RECONFIGURATION CONSIDERING PRICE-BASED DEMAND RESPONSE PROGRAM.- RISK-CONSTRAINED INTELLIGENT RECONFIGURATION OF MULTI-MICROGRIDS BASED DISTRIBUTION SYSTEMS UNDER DEMAND RESPONSE EXCHANGE.- AC OPTIMAL POWER FLOW INCORPORATING DEMAND SIDE MANAGEMENT STRATEGY.- DEMAND SIDE INTEGRATION IN THE OPERATION OF LV SMART GRIDS.- MULTI-OBJECTIVE OPTIMIZATION MODEL FOR OPTIMAL PERFORMANCE OF AN OFF-GRID MICROGRID WITH DISTRIBUTED GENERATION UNITS IN THE PRESENCE OF DEMAND RESPONSE PROGRAM.- OPTIMAL OPERATION OF THE MICROGRID CONSIDERING NETWORK LOSSES AND DEMAND RESPONSE PROGRAMS UNDER CONDITION OF UNCERTAINTY.- TECHNO-ECONOMIC FRAMEWORK FOR CONGESTION MANAGEMENT OF RENEWABLE INTEGRATED DISTRIBUTION NETWORKS THROUGH ENERGY STORAGE AND INCENTIVE-BASED DEMAND RESPONSE PROGRAM.- STOCHASTIC OPTIMAL PREVENTIVE VOLTAGE STABILITY CONTROL IN POWER SYSTEMS UNDER DEMAND RESPONSE PROGRAM.