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Energiesystems

Energiesystems, also known as energy systems, are the networks and institutions that enable the provision of energy services to end users. They include the extraction or capture of primary energy sources (coal, oil, natural gas, nuclear, biomass, wind, solar, hydro, geothermal), their conversion into usable forms (electricity, heat, fuels), the transmission and distribution infrastructure, storage facilities, and the markets and regulations that govern them. The aim is to supply electricity, heat, transport fuels, and other energy services reliably, affordably, and with acceptable environmental impact.

Modern Energiesystems are increasingly integrated and sector-coupled, connecting electricity, heating and cooling, transport, and industry. Core

Challenges include variability of renewable generation, transmission constraints, aging infrastructure, economics, and policy uncertainty. Analyses rely

Recent trends emphasize decarbonization and digitalization: higher shares of renewables, grid modernization, energy storage expansion, intelligent

elements
are
generation
assets,
transmission
lines,
distribution
networks,
energy
storage,
and
demand-side
measures
such
as
efficiency
and
demand
response.
Microgrids
and
off-grid
solutions
add
resilience
in
remote
or
critical
applications.
on
techno-economic
modelling,
reliability
assessments,
life-cycle
assessment,
and
multi-criteria
optimization
to
plan
investment
and
operation
over
long
horizons.
control
systems,
hydrogen
and
power-to-X
concepts,
and
enhanced
market
designs
to
enable
flexibility
and
sector
coupling.