Energy demand, potential and resources.- Energy economy of efficiency.- Efficiency and Sufficiency.- Efficiency of storage technologies.- Efficiency of grids.- Efficiency of the decentralized energy supply.- Efficiency of buildings and heating demand.- Efficiency of Mobility.- Efficiency through sector coupling.- Options for action.
Prof. Dr. Günther Brauner was head of the technical-scientific department of one of the world's largest electrical corporations, held a professorship for energy systems at the Technical University of Vienna and holds various positions in several professional associations (World Energy Council, VDE, OVE, VDI).
The transformation process of energy production systems from fossil to predominantly renewable technology is very complex and it will require several decades as well as a high capital investment. This book undertakes a detailed analysis and shows the technical options and possible courses of action based on them. For this purpose, the author uses quarter-hourly time series of the supply or (e.g. in the field of electromobility) detailed time series of the load profiles. The author shows which alternatives are economically feasible according to the current status and how a regenerative full supply up to about 85% could be technically and socially possible. Stakeholders in utilities, local politics as well as in technical operating units of energy supply and energy transmission can find numerous suggestions in this book.
Content
Energy demand, potentials and resources
Energy economy of efficiency
Efficiency, sufficiency and affordability
Storage and grids
Buildings and heating
Mobility
Sector coupling
Options for action
Audience
Decision makers in economy and politics, engineers, industrial engineers
Lecturers and students in the fields of energy technology, energy economics, electrical engineering, industrial engineering and technology assessment
Author
Prof. Dr. Günther Brauner was head of the technical-scientific department in one of the world's largest electrical corporations, held the professorship for energy systems at the Technical University of Vienna and holds various functions in several professional associations (World Energy Council, VDE, OVE, VDI).