Abstract
The book presents the most relevant power storage technologies, i.e. their advantages, shortcomings and possible applications. The focus is on decentral power stores that can be used wherever electric power must be stored, independent of local conditions. Although this concept does not play much of a role today, it will become more relevant in the context of increasingly decentral power supply. For 2020, a minimum share of 30 percent renewable energy in German power supply is required by law, while other scenarios assume an even bigger share. The present storage reserve capacity will not be sufficient for this. The book also goes into the applications of power storage systems in the fields of electromobility and in future, more decentral power grids. (orig.)
Citation Formats
Huschke, Reinhard.
Decentral power stores. Key components of future power supply concepts; Dezentrale Energiespeicher. Schluesselkomponenten fuer die Stromversorgung der Zukunft.
Germany: N. p.,
2011.
Web.
Huschke, Reinhard.
Decentral power stores. Key components of future power supply concepts; Dezentrale Energiespeicher. Schluesselkomponenten fuer die Stromversorgung der Zukunft.
Germany.
Huschke, Reinhard.
2011.
"Decentral power stores. Key components of future power supply concepts; Dezentrale Energiespeicher. Schluesselkomponenten fuer die Stromversorgung der Zukunft."
Germany.
@misc{etde_21472039,
title = {Decentral power stores. Key components of future power supply concepts; Dezentrale Energiespeicher. Schluesselkomponenten fuer die Stromversorgung der Zukunft}
author = {Huschke, Reinhard}
abstractNote = {The book presents the most relevant power storage technologies, i.e. their advantages, shortcomings and possible applications. The focus is on decentral power stores that can be used wherever electric power must be stored, independent of local conditions. Although this concept does not play much of a role today, it will become more relevant in the context of increasingly decentral power supply. For 2020, a minimum share of 30 percent renewable energy in German power supply is required by law, while other scenarios assume an even bigger share. The present storage reserve capacity will not be sufficient for this. The book also goes into the applications of power storage systems in the fields of electromobility and in future, more decentral power grids. (orig.)}
place = {Germany}
year = {2011}
month = {Jul}
}
title = {Decentral power stores. Key components of future power supply concepts; Dezentrale Energiespeicher. Schluesselkomponenten fuer die Stromversorgung der Zukunft}
author = {Huschke, Reinhard}
abstractNote = {The book presents the most relevant power storage technologies, i.e. their advantages, shortcomings and possible applications. The focus is on decentral power stores that can be used wherever electric power must be stored, independent of local conditions. Although this concept does not play much of a role today, it will become more relevant in the context of increasingly decentral power supply. For 2020, a minimum share of 30 percent renewable energy in German power supply is required by law, while other scenarios assume an even bigger share. The present storage reserve capacity will not be sufficient for this. The book also goes into the applications of power storage systems in the fields of electromobility and in future, more decentral power grids. (orig.)}
place = {Germany}
year = {2011}
month = {Jul}
}