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KAE praxis verstehen chancen erkennen zukunft gestalten understanding reality — facing challenges — creating future Laboratory of Integrated Energy Systems / Komplexlabor (KAE) Laboratory of Integrated Energy Systems Research, teaching and cooperation in the areas of wind, photovoltaic, hydrogen and biomass based energy systems

KAE praxis verstehen chancen erkennen zukunft gestalten understanding reality facing challenges creating future Laboratory of Integrated Energy Systems

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Page 1: KAE praxis verstehen chancen erkennen zukunft gestalten understanding reality facing challenges creating future Laboratory of Integrated Energy Systems

KA

E

praxis verstehen — chancen erkennen — zukunft gestalten

understanding reality — facing challenges — creating futureLaboratory of Integrated Energy Systems / Komplexlabor (KAE)

Laboratory of

Integrated Energy Systems

Research, teaching

and cooperation

in the areas of wind,

photovoltaic, hydrogen

and biomass based

energy systems

Page 2: KAE praxis verstehen chancen erkennen zukunft gestalten understanding reality facing challenges creating future Laboratory of Integrated Energy Systems

KA

E

praxis verstehen — chancen erkennen — zukunft gestalten

understanding reality — facing challenges — creating futureLaboratory of Integrated Energy Systems / Komplexlabor (KAE)

Objectives

Basis for research, teaching and cooperation in the areas of wind, photovoltaic, hydrogen and biomass based energy systems

education• teaching with state of the art real industrial components• practical experience with modern multicomponent energy

systems

project work• students work on practical projects under the supervision of

professors and engineers from industry• KAE together with IFEU e.V. , local, national and international

partners generates solutions for stationary, portable and mobile energy supply systems

• use of 10years of experience in the application of Hydrogen

Page 3: KAE praxis verstehen chancen erkennen zukunft gestalten understanding reality facing challenges creating future Laboratory of Integrated Energy Systems

KA

E

praxis verstehen — chancen erkennen — zukunft gestalten

understanding reality — facing challenges — creating futureLaboratory of Integrated Energy Systems / Komplexlabor (KAE)

Structure overview

Photovoltaic 10 kW

Electrolysis 20 kW

Pressure storage H2

Catalytic Burner

CHP 60/30 kW H/E

PEMFC 3 x 1 kW E Screener

Solarthermic Device 2x 3,6 m2

Filling station

warm waterelectricity

hydrogen

Biomass Heating Unit 50 kW H

Windmill 100 kW Managementelectricity / heat

Page 4: KAE praxis verstehen chancen erkennen zukunft gestalten understanding reality facing challenges creating future Laboratory of Integrated Energy Systems

KA

E

praxis verstehen — chancen erkennen — zukunft gestalten

understanding reality — facing challenges — creating futureLaboratory of Integrated Energy Systems / Komplexlabor (KAE)

H2-bus project Barth

Hier den Untertitel der Folie eingeben

Hier Text und Grafiken usw. einfügen

Oxygen - produced by photovoltaic-electrolysis – is used for better cleaning of an increasing volume black water instead of an additional building.

Hydrogen – produced by the same way - is used by a PEMFC-bus in a pollution free area in a national park.