|
Modeled energy sectors (final energy)
|
|
|
Modeled demand sectors
|
Households, Industry, Commercial sector, Transport
|
|
Modeled technologies: components for power generation or conversion
|
|
|
Modeled technologies: components for transfer, infrastructure or grid
|
|
|
Properties electrical grid
|
|
|
Modeled technologies: components for storage
|
battery, kinetic, compressed air, pump hydro, chemical, heat
|
|
User behaviour and demand side management
|
From the technological side, Demand Side Management is implemented by modelling process-specific restrictions of various processes and applications in the residential, tertiary and industrial sector as well as for electric vehicles. User behaviour regarding load flexibility is implemented as parameters and restrictions, amongst others as a share of aggregated process load containing participating users combined with activation costs as well as maximum load shifting duration, maximum amount of events, prohibition for certain times in which comfort is of high priority.
|
|
Changes in efficiency
|
eLOAD considers the changing demand of individual processes and thus also the reduction in demand due to efficiency gains. Changing demand is reflected in structural changes in the system load as well as in the available flexibility
|
|
Market models
|
-
|
|
Geographical coverage
|
|
|
Geographic (spatial) resolution
|
national states, TSO regions, federal states, regions, NUTS 3
|
|
Time resolution
|
hour
|
|
Comment on geographic (spatial) resolution
|
|
|
Observation period
|
>1 year
|
|
Additional dimensions (sector)
|
economic, additional dimensions sector economic text, social, additional dimensions sector social text
|