Efficiently illuminating paths and squares with LEDs: A section of the loading road can be seen, which is equipped with masts, each of which is fitted with three luminaires at different heights.
© TU Berlin Fachgebiet Lichttechnik

Street lighting
Using LEDs to efficiently illuminate paths and squares

Energy-efficient LED technology also facilitates targeted light distribution, making it suitable for lighting small areas. This further reduces the energy requirement while improving the lighting quality in cities.

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The Heinrich colliery, whose pit water could serve as a heat source in the future.
© Frank Kuschmierz - stock.adobe.com

Geothermal energy
Heating new construction areas with mine water

The goal of the GW-Ruhr project is to use the existing mining infrastructure in the Ruhr region for a more climate-friendly energy provision. The focus here is on recovering heat from mine water at former mining sites. Possible cooling demands will also be taken into account.

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Vertically and horizontally oriented strip collectors on the demonstration facade.
© DAW SE/Karim Donath

Multifunctional solar facades
Facade-integrated solar collectors with multiple uses

The ArKol research project aims to develop two innovative facade collectors from the initial concept to application readiness: a so-called strip collector that allows a considerable degree of freedom in terms of the geometry and material, and a solar thermal blind that can be inserted between...

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District heating pipeline (left) and Solar thermal field (right)
© T. Urbanek, TU Chemnitz

Simulation of network hydraulics
Feeding renewable energy optimally into district heating networks

In this project, researchers want to find out how an increasing number of decentralised heat generators affect the network hydraulics and thermal cycling of existing district heating networks, and whether heat storage systems need to be retrofitted.

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symbolic image
© FotoCuisinette/iStock/thinkstock

Interaction of buildings with electricity and heat grids
Grid-friendly operational management strategies for non-residential buildings

This project is aimed at developing and testing innovative strategies for the energy-efficient operational management of non-residential buildings. This is intended to make the supply of heating and cooling energy to buildings in the commercial, trade and service sectors energy-efficient and..

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Climate chamber of the ILK Dresden research institute in the 3D CAD model with RLT system
© ILK Dresden gGmbH

Heating and ventilation systems
Sensor position affects energy requirements and indoor comfort

How does the sensor arrangement affect the energy requirements for heating and air-conditioning systems? And how can this impact be quantified under differing usage conditions? This research project intends to answer these questions based on coupled system and flow simulations in conjunction with...

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The Lichtwiese campus of the TU Darmstadt in the south of the city in an aerial photograph
© Nikolaus Heiss

Energy-efficient Unicampus
TU Darmstadt networks electricity, heating and cooling

For its Campus Lichtwiese, the Technische Universität Darmstadt is aiming to realise the energy transition in an exemplary fashion at the district level through intelligently linking the building modernisation and future energy supply.

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In a first phase of the DataNWG project, screeners in North Rhine-Westphalia and Thuringia swarmed out and collected structural data on the non-residential buildings in the drawn sample.
© Bergische Universität Wuppertal

Primary data collection- non-residential construction
Data on the energy efficiency of non-residential buildings in Germany

This project will systematically and comprehensively record non-residential buildings. In a step-by-step process, data for modernisation such as the structure and condition of the buildings, their energy efficiency as well as influencing factors for decision-making processes will be surveyed.

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Control room of the Ludwigshafen district heating plant
© TWL AG

Dynamic heat grid simulation
Efficient operation of CHP district heating plants and heating networks

The aim of the research project is to sustainably improve the efficiency of the operations of combined heat and power district heating (CHPDH) plants with regard to ecological and economic aspects.

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Aerial view of Esslingen.
© Jürgen Fälchle - stock.adobe.com

City Quarter
CO2-neutral district for living, working and studying

In the town of Esslingen, a new inner-city district comprising residential and commercial space as well as new university building is being constructed across a 120,000 m² gross floor area by 2025.

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Example graphic for intracting financing model
© BernardaSv/iStock/thinkstock

Financing models
Energy efficiency at universities through intracting

The research project is transferring the intracting funding model tested in municipalities to the special conditions that exist at universities. This is intended to support internal university energy management, develop economic energy-saving measures and relieve university budgets of energy costs.

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Illuminated thermal storage and cogeneration plant hall of BTB, Adlershof.
© BTB

Potentials analysed
Leveraging cross-sectoral potential for utilising surplus electricity

In this project, the various potential for the cross-sectoral exploitation of local and regional surplus electricity in north-eastern Germany is being investigated and quantified. Operating concepts and planning aids for power-to-X technologies are being developed for this purpose.

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