Provides an analysis of the introduction of hydrogen energy technologies in autonomous power systems based on renewable energy sources
Dr Nikolaos Lymberopoulos currently works for the Centre of Renewable Energy Sources, Pikermi, Greece.
Dr Emmanuel Zoulias works for the RES and Hydrogen Technologies Integration Section, and is Head of RES and Hydrogen Technologies Laboratory at the Centre for Renewable Energy Sources, Pikermi, Greece. He holds a Ph.D in Chemical Engineering from the National Technical University of Athens.
"Hydrogen-based Autonomous Power Systems” analyses the introduction of hydrogen energy technologies in autonomous power systems based on renewable energy sources (RES). The book contains a review of hydrogen technologies suitable for RES-based autonomous power systems, presents already-existing demonstration hydrogen-based power systems, and provides concrete examples for the integration of hydrogen technologies into existing autonomous power systems. Technical and economic analyses of hydrogen-based power systems are included, with illustrations and graphs, which are a useful tool for conducting pre-feasibility analyses of such power systems. The book is a valuable resource for researchers and students in the fields of hydrogen energy technologies, renewable energy power systems, and distributed generation.
Introduction Autonomous Fossil Fuel and Renewable Energy (RE) Based Power Systems Integration of Hydrogen Energy Technologies in Autonomous Power Systems Review of Existing Hydrogen-based Autonomous Power Systems: Current Situation Techno-economic Analysis of Hydrogen Technologies Integration in Existing Conventional Autonomous Power Systems: Case Studies Market Potential of Hydrogen-based Autonomous Power Systems Barriers and Benefits of Hydrogen-based Autonomous Power Systems Roadmap to Commercialization of Hydrogen-based Autonomous Power Systems Conclusions
Hydrogen-based Autonomous Power Systems analyses the introduction of hydrogen energy technologies in autonomous power systems based on renewable energy sources (RES). Autonomous applications, which are not interconnected to the main electricity grid, are expected to be a significant niche market for the early adoption of hydrogen technologies, since the cost of energy produced by conventional autonomous power systems is also currently high.
Hydrogen-based Autonomous Power Systems contains a review of hydrogen technologies suitable for RES-based autonomous power systems, presents already-existing demonstration hydrogen-based power systems, and provides concrete examples for the integration of hydrogen technologies into existing autonomous power systems. Technical and economic analyses of hydrogen-based power systems are included, with illustrations and graphs, which are a useful tool for conducting pre-feasibility analyses of such power systems.
Hydrogen-based Autonomous Power Systems is a valuable resource for researchers and students in the fields of hydrogen energy technologies, renewable energy power systems and distributed generation.
This book contains a review of hydrogen technologies suitable for RES-based autonomous power systems. Technical and economic analyses of hydrogen-based power systems are included, with useful illustrations and graphs.
"Hydrogen-based Autonomous Power Systems" analyses the introduction of hydrogen energy technologies in autonomous power systems based on renewable energy sources (RES). The book contains a review of hydrogen technologies suitable for RES-based autonomous power systems, presents already-existing demonstration hydrogen-based power systems, and provides concrete examples for the integration of hydrogen technologies into existing autonomous power systems. Technical and economic analyses of hydrogen-based power systems are included, with illustrations and graphs, which are a useful tool for conducting pre-feasibility analyses of such power systems. The book is a valuable resource for researchers and students in the fields of hydrogen energy technologies, renewable energy power systems, and distributed generation.
Autonomous Fossil Fuel and Renewable Energy (RE)- based Power Systems.- Integration of Hydrogen Energy Technologies in Autonomous Power Systems.- Review of Existing Hydrogen-based Autonomous Power Systems - Current Situation.- Techno-economic Analysis of Hydrogen Technologies Integration in Existing Conventional Autonomous Power Systems - Case Studies.- Market Potential of Hydrogen-based Autonomous Power Systems.- Barriers and Benefits of Hydrogen-based Autonomous Power Systems.- Roadmap to Commercialisation of Hydrogen-based Autonomous Power Systems.- Conclusions.
Dr Nikolaos Lymberopoulos currently works for the Centre of Renewable Energy Sources, Pikermi, Greece.
Dr Emmanuel Zoulias works for the RES and Hydrogen Technologies Integration Section, and is Head of RES and Hydrogen Technologies Laboratory at the Centre for Renewable Energy Sources, Pikermi, Greece. He holds a Ph.D in Chemical Engineering from the National Technical University of Athens.
Über den Autor
Dr Nikolaos Lymberopoulos currently works for the Centre of Renewable Energy Sources, Pikermi, Greece.
Dr Emmanuel Zoulias works for the RES and Hydrogen Technologies Integration Section, and is Head of RES and Hydrogen Technologies Laboratory at the Centre for Renewable Energy Sources, Pikermi, Greece. He holds a Ph.D in Chemical Engineering from the National Technical University of Athens.
Inhaltsverzeichnis
Introduction
Autonomous Fossil Fuel and Renewable Energy (RE) Based Power Systems
Integration of Hydrogen Energy Technologies in Autonomous Power Systems
Review of Existing Hydrogen-based Autonomous Power Systems: Current Situation
Techno-economic Analysis of Hydrogen Technologies Integration in Existing Conventional Autonomous Power Systems: Case Studies
Market Potential of Hydrogen-based Autonomous Power Systems
Barriers and Benefits of Hydrogen-based Autonomous Power Systems
Roadmap to Commercialization of Hydrogen-based Autonomous Power Systems
Conclusions
Klappentext
"Hydrogen-based Autonomous Power Systems" analyses the introduction of hydrogen energy technologies in autonomous power systems based on renewable energy sources (RES). The book contains a review of hydrogen technologies suitable for RES-based autonomous power systems, presents already-existing demonstration hydrogen-based power systems, and provides concrete examples for the integration of hydrogen technologies into existing autonomous power systems. Technical and economic analyses of hydrogen-based power systems are included, with illustrations and graphs, which are a useful tool for conducting pre-feasibility analyses of such power systems. The book is a valuable resource for researchers and students in the fields of hydrogen energy technologies, renewable energy power systems, and distributed generation.
Provides an analysis of the introduction of hydrogen energy technologies in autonomous power systems based on renewable energy sources
