Energieforschung@LUH Research
Overall system and transformation research

Overall system and transformation research

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For the transition to a sustainable and climate-neutral energy system, transformation paths are needed to gradually change the current energy system. The modeling and analysis of energy systems with all its facets has developed into a focus area of energy research at LUH. A wide range of results from other areas of collaborative research are also used and brought together for this purpose.

From a systems perspective, Leibniz University Hannover has expertise in the field of energy system analysis, which focuses on the holistic design of networked and multimodal energy systems to defossilize the electricity, heating and mobility sectors as well as the chemical industry and heavy industry. Transformation scenarios are required for planning the conversion of the energy system that have sufficient flexibility to be able to react to as yet unforeseeable developments in technological, economic and geopolitical boundary conditions. To this end, tools and methods are being developed to master the complexity of the solutions. This is done in close cooperation with the various disciplinary fields of work in component research.

Other areas of research are also included, for example in the fields of environmental planning, acoustics, energy economics and energy law. With the resulting research findings, Leibniz Universität Hannover is a companion for politics and administration at federal, state and municipal level in achieving climate policy goals while at the same time complying with environmental, social and economic policy constraints.

Selected projects from the field of overall systems and transformation research

Showing results 1 - 5 out of 10

KISSKI: Verbundprojekt: Ein hochverfügbares KI-Servicezentrum für sensible und kritische Infrastrukturen

Nejdl, W., Lindauer, M. T., Auer, S., Blume, H. C., Niederée, C., Marschollek, M., Rosenhahn, B. & Seume, J. R.

1 Oct 202231 Dec 2025

Project: Research

H2FEE: Entwicklung eines Open-WebGIS zur digitalen Analyse von PtG-Potentialen an dezentralen Energiestandorten

Hack, J. & Niepelt, R.

1 Jul 202230 Jun 2025

Project: Research

port_AI: Verbundprojekt: Ein volldigitaler Zwilling für Hafenbauwerke unter Nutzung von loT, 5G, BIM, AR- und KI-Verfahren zum Aufbau eines smarten Building-Lifecycle-Managements; Teilvorhaben: KI-basierte Fusionsstrategien

Neumann, I., Alkhatib, H., Omidalizarandi, M., Hake, F. & Waldstein, P. C.

1 Dec 202130 Nov 2024

Project: Research

Recursive Norm Building in the German Energy Transition. The Changing Energy Supply

Seckelmann, M.

1 Jul 202130 Jun 2024

Project: Research

The Quality of Commodity Futures Markets

Prokopczuk, M.

1 Jan 202131 Mar 2023

Project: Research


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