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energiteknik

Energiteknik, or energy technology, is an engineering field focused on the production, conversion, storage, distribution, and efficient use of energy, with emphasis on sustainability, reliability, and environmental impact. It draws on electrical, mechanical, chemical engineering, and environmental sciences to address energy systems at multiple scales, from individual devices to national grids.

The field encompasses a range of subfields, including power generation, renewable energy technologies (solar, wind, hydro,

Education and research in energiteknik typically occur within engineering faculties and offer bachelor's, master's, and doctoral

Applications of energiteknik range from the design and operation of power plants and transmission networks to

The field plays a central role in the global energy transition, driven by decarbonization, energy security,

bioenergy,
geothermal),
energy
storage
(batteries,
thermal
storage,
pumped
storage),
energy
conversion
(fuel
cells,
electrolysis),
energy
systems
engineering,
smart
grids
and
demand-side
management,
and
energy
efficiency
in
buildings
and
industrial
processes,
as
well
as
the
electrification
of
transport.
programs.
Core
activities
include
modeling
and
simulation
of
energy
systems,
optimization,
experimental
testing,
and
life
cycle
assessment
to
evaluate
environmental
and
economic
impacts.
The
discipline
is
highly
interdisciplinary,
often
involving
collaboration
with
policy,
economics,
and
environmental
science
to
address
real-world
energy
challenges.
the
development
of
energy
management
systems
for
buildings
and
industries.
It
also
covers
the
integration
of
renewable
sources
and
storage
with
the
grid,
the
deployment
of
microgrids,
and
the
engineering
aspects
of
transport
electrification
and
industrial
decarbonization.
and
digitalization.
Emerging
topics
include
green
hydrogen,
carbon
capture
and
utilization,
advanced
storage
technologies,
and
grid
modernization,
all
requiring
technical
innovation
and
informed
policy.