Tabla de Contenidos:
  • FOCUS ON ENERGY MANAGEMENT ; FOCUS ON ENERGY MANAGEMENT ; Contents; Preface; Power Management Using; Electrolytic Hydrogen; Abstract; 1. Introduction; 2. Structure of Power Systems; 2.1. Management of Power Generation; 2.2. Interconversion between Hydrogen and Electricity; 3. Water Electrolysis Processes; 3.1. Parameters of Electrolysis; 3.2. Types of Electrolyzers; 3.3. Economy of Electrolytic Processes; 4. Process Analysis and Optimization; 4.1. Intermittent Operation; 4.2. Large Scale Systems; Sizing of the Installations; Operation of Electrolyzers; Balances of Electricity and Hydrogen.
  • Economic Estimates4.3. RES-Hydrogen Systems; Analysis of Wind Generation; Wind-Hydrogen System; Hydrogen Production and Utilization; Description of the Installations; 5. Further Developments; Analysis of the Load Curves; Modeling of the Electrolytic System; Storage of Hydrogen and Conversion to Electricity; Conclusion; Acknowledgments; References; Fuzzy Decision-Making System and Wireless Sensor Network for Renewable Energy Resources Management in Buildings
  • A Design; Abstract; 1. Introduction; 2. Development Comfort Index Using OWA Aggregation; 2.1. Comfort.
  • 2.2. Ordered Weighted Averaging OperatorsDefinition of OWA Operator; Fuzzy Linguistic Quantifier; Methods Determination the OWA Weights; 2.3. Comfort Index Calculation; An Illustrative Example; Interpreting Results for Decision-Making; 3. Information Gathering with Wireless; Sensor Networks; 3.1. Sensors and Actuators for BEMS; 3.2. Wireless Sensors Networks Technology for BEMS; 3.3. Systems Parameters Considerations; 3.4. WSN Nodes Architecture and Available Software; 3.5. Graphical Users Interface (GUI) Design; 4. A Fuzzy Decision-Making System for Energy Management in Buildings.
  • 4.1. Whole System Description4.2. Fuzzy Logic System Design; 4.3. Fuzzy Logic Strategy for the Choice of the Energy Supply System (FLESS); 4.4. FDMS Description; 4.4.1. Fuzzy Logic Dispatch Energy (FLDE); 4.4.2. Fuzzy Decision Unit (FDU); Conclusion; References; Jatropha Biodiesel: A Prospective Renewable Resource for Energy Management; Abstract; 1. Introduction; 2. Jatropha curcas
  • Biology; Jatropha Biodiesel-Jatropha Methyl Ester (JME); Transesterification (Alcoholysis); Lipase Catalyst-A Biotechnological Approach; Genetic Improvement of the Species; Genetics of Jatropha.
  • Invitro Propagation: Future for the Seed Material for Large Scale CultivationSuperiority of JME; Conclusions and Prospects; References; Another Look at CO2 Emissions Modelling: The Role of Energy Source Mix in OECD Countries; Abstract; 1. Introduction; 2. Literature Review; 3. Empirical Analysis and Data Sources; 4. Policy Implications; 4.1. The Sectorial Fuel Mix Model; Conclusions; acknowledgments; References; Management of Natural Gas Sector in Serbia; Abstract; 1. Introduction; 2. Current Status of Natural Gas Sector in Serbia; Exploration; Production; Gas Consumption.