Our references

HEITEC has realised a complex retrofit for the MEA Building Systems business unit of the MEA Group based in Aichach: The complete reprogramming of a storage and retrieval machine (SRM) and a circulation system at the Alling plant near Munich, where light wells made of cast concrete are manufactured. The MEA Group is one of the leading manufacturers in the areas of light wells, frame windows and drainage systems.

Our long-standing business partner Siemens Schweiz AG has been awarded the contract to replace the existing 220kV AIS (air-insulated switchgear) in the BIASCA substation (canton: Ticino) with a new turnkey 220kV GIS (gas-insulated switchgear). The new system comprises a double busbar with a total of 11 bays, a reserve bay and a cross-coupler.

We supported our customer Kaiser Lacke GmbH in making its energy technology future-proof and sustainable. A detailed overview of energy consumption was created at the main site in Nuremberg/Fürth by comprehensively digitising the energy meters. A weather forecast model calculates photovoltaic power generation in advance and enables optimised production planning. This data forms the basis for well-founded decisions to optimise the energy system, meaning that Kaiser Lacke is well equipped for future challenges in the energy sector.

We have been advising our client NürnbergMesse GmbH on a sustainable energy supply since 2021. An innovative hybrid power plant is to be realised by 2028 as part of the REMBup research project. This will combine various CO2-neutral technologies to ensure a sustainable and efficient energy supply. The digital twin of the plant will optimise the operation of the entire system in future and enable data-based control. State-of-the-art energy forecasts using machine learning and optimisation methods will be used. The project demonstrates not only the technical, but also the economic feasibility of a climate-friendly energy supply.

We accompany and support Messe München GmbH in its goal of achieving climate neutrality by 2030. We are currently using our expertise and our innovative simulation methods as part of a feasibility study to identify and evaluate options for a sustainable energy supply.

The aim of the project is to holistically optimise the use of energy in an energy-plus housing estate. By intelligently coordinating the electricity, heating and cooling sectors and taking into account generation, consumption and storage technologies, the aim is to maximise energy efficiency. A particular focus is on optimising the use of grid capacities in the residential area and taking regulatory framework conditions into account. A cross-sectoral real-time simulation model of the residential area forms the basis for the analyses. The coupling with real measurement data enables the development of a digital twin that allows extensive simulations and the optimisation of algorithms even before real operation.

In the manufacturing industry, factors such as process stability, consistent quality, high technical availability and high autonomy are becoming increasingly important for competitiveness. HEITEC is setting new standards for Lindner Recyclingtech GmbH's production with a customised automation cell developed in-house. HEITEC's expertise and the cooperative collaboration with our customer lead to intelligent automation with innovation and creativity and also ensure competitive advantages in the future.

Our manufacturing client required an advanced, cloud-based software ecosystem to streamline the management, planning, control and operation of CNC machines. The goal was to create a holistic digital environment that would future-proof their manufacturing processes and seamlessly integrate complex workflows.

Our client, active in the gaming industry, required a realistic wheel-based driving simulator for high-performance racing simulation systems. The project required expertise in software, hardware and embedded systems to provide a responsive and realistic driving experience.

Our client, a major player in the electric vehicle industry, required comprehensive engineering services for the development of an electrical inverter control unit. The project aimed to integrate mechanical, hardware and software aspects while complying with industry standards such as ASPICE, AUTOSAR and ISO 26262 to ensure safety and reliability.

Our client, a leader in electric vehicle technology, required verification and validation of inverter designs to ensure reliability and performance in demanding automotive applications, including extensive testing of inverter prototypes during development and in-depth analysis of any early failures during product launch. The aim was to identify potential problems at an early stage, validate design accuracy and provide reliable performance data to support a successful product launch.