Paths to Sustainable EnergyArtie Ng, Jatin Nathwani BoD – Books on Demand, 30.12.2010 - 678 Seiten The world's reliance on existing sources of energy and their associated detrimental impacts on the environment- whether related to poor air or water quality or scarcity, impacts on sensitive ecosystems and forests and land use - have been well documented and articulated over the last three decades. What is needed by the world is a set of credible energy solutions that would lead us to a balance between economic growth and a sustainable environment. This book provides an open platform to establish and share knowledge developed by scholars, scientists and engineers from all over the world about various viable paths to a future of sustainable energy. It has collected a number of intellectually stimulating articles that address issues ranging from public policy formulation to technological innovations for enhancing the development of sustainable energy systems. It will appeal to stakeholders seeking guidance to pursue the paths to sustainable energy. |
Inhalt
A Call to Action | 29 |
A Sustainable Approach | 57 |
The Passive Greenhouses | 75 |
Decision Support for National Sustainable | 93 |
Regional Approach for Policies | 117 |
Identifying Regional Behavior Impacts | 133 |
Supporting Psychosocial Processes towards a Sustainable | 155 |
An Advanced Method of Congestion Management | 181 |
Understanding the Vanadium Redox Flow Batteries | 333 |
Desing of Multiphase Boost Converter | 359 |
NonIsolated HighGain DCDC Converter | 405 |
Fuel Cells | 421 |
Carbon Capture and Storage Technology | 461 |
CaObased CO2 Capture Technology | 483 |
MEABased CO2 Capture Technology | 499 |
High Renewable Energy Penetration | 511 |
PV Solar Energy Conversion Using | 199 |
Cost Calculation Algorithm for Photovoltaic Systems | 211 |
Wind Energy | 237 |
Introduction to DoublyFed Induction Generator | 259 |
The Role of Aesthetics Visual and Physical | 279 |
New Systems Thinking and Policy Means | 301 |
Developing Wind Energy in Turkey | 315 |
Facts about Producer Gas Engine | 537 |
Electric Power from Rice Paddy Fields | 563 |
Switching from Renewable to Renewable | 581 |
Design and Technology for Efficient Lighting | 597 |
Development of a Boiler | 647 |
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analysis anode application battery biomass boiler boost converter building calculated capacitor capacity Capture and Storage climate change CO2 capture CO2 sequestration coal combustion components cost cycle density diesel economic electricity market electrolyte electrons emissions energy consumption energy savings energy system engine environment environmental equation experimental factor flow flowrate fossil fuels fuel cell global heat pump hybrid IEEE increase inductor input current installed integrated International lighting load method operating optimal output parameters Passive Greenhouse performance phase plug-in plug-in hybrids pollution potential power plant problem producer gas production PV systems reaction reduce regional renewable energy rotor scenario simulation smart grid SOFC solar SSNIP stack steam steam reforming strategies supply sustainable development sustainable energy switching temperature thermal transportation vanadium voltage wind energy wind power wind speed wind turbine