Development with Impact

Participation in national and European research initiatives

Our software platform THORIUM is based on LEC ENERsim

Extension with functions for resilience optimization, heat network control, and multi-objective optimization in real time

Regular supervision of final theses in cooperation with universities

Recently, a supervised bachelor's thesis was completed on the simulation of a CHP engine operating on hydrogen

Further development of digital optimization and simulation methods for complex energy systems

The goal is to map dynamics and dependencies in real time even more precisely

Research on combined heat and power plants and hydrogen combustion, and development of an exhaust gas recirculation system to increase efficiency

The foundation for efficient, resilient energy generation

Development and validation of the pre-chamber spark plug

For economic and technical efficiency improvement in hydrogen combustion

Strategic Partnership for Resilient Energy & Backup Power Systems

Combining High-Performance Hardware and Intelligent Software

Developing Highly Resilient Energy Solutions for Military & Critical Infrastructure

Enhancing Security of Supply & Operational Capability in Security-Critical Applications

Integration of a fuel cell system into an intralogistics vehicle and testing in the H2 microgrid

Analysis of load flows and development of strategies for bidirectional energy flows

Demonstrating how fuel cells not only supply energy but actively interact with the grid

Internal production company

Creation of prototypes, small series, and components, including through additive manufacturing (3D printing)

Developments are also used in the pre-chamber spark plug

From digital design to real components

Combination of design, simulation, and validation

Research knowledge is transformed into an industrially applicable product

For special research tasks, we use hardware from our technology partners.

Our software captures, analyzes, and controls the data

Examples: Brake test bench, EGR system for combined heat and power plants

Continuous improvement to accelerate the transfer of research results into market‑ready products

For resilient energy and mobility systems in series production

Involved in the INDY project through partner structures for energy simulation and system integration

Subcontractor in the SENTINEL project, which pursues innovative approaches to increase energy efficiency.

Active participation in EU-wide initiatives

Currently in the application phase for a project under Horizon Europe

Through our participation in research networks, we promote exchange between science and industry.

We ensure that research results are transformed into applicable solutions.

Innovation voucher from the Free State of Bavaria for the development of our pre-chamber spark plug

The funding supports the fast, flexible, and practical implementation of innovative ideas into market-ready technologies.

Member of the Urban Air Mobility (UAM) Initiative of the City of Ingolstadt.

This membership fosters the exchange regarding resilient energy and mobility solutions and supports the advancement of future-oriented system approaches.