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Fahrplanbasiertes Energiemanagement in Smart Grids

The increase in decentralized, volatile electricity generation as result of the German energy system transformation causes congestions in electricity grids. IT networking and coordination of producers and consumers in smart grids promises a solution to these problems. In this context, this work pres...

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Main Author: Hirsch, Christian
Format: Online
Language:German
Published: KIT Scientific Publishing 2021
Subjects:
HF5001-6182
Energiemanagement
load forecast
smart grid
multikriterielle Optimierung
energy management architecture
Lastprognoseenergy management
multi-objective optimization
Energiemanagement-Architektur
Smart Grid
bic Book Industry Communication::K Economics, finance, business & management::KJ Business & management::KJC Business strategy
Online Access:34800
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Summary:The increase in decentralized, volatile electricity generation as result of the German energy system transformation causes congestions in electricity grids. IT networking and coordination of producers and consumers in smart grids promises a solution to these problems. In this context, this work presents an energy management approach that approximates specified, aggregated power profiles. The approach uses power forecasts and flexibilities and takes network restrictions into account.

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