We have many years of experience in the development and production of charging controllers. We are partners of major market players in the charging infrastructure sector and use our in-depth knowledge in the development of driving controls.
In addition, we take great pride in the development and production of our own charging controller.
Cyber Physical Test System (CPTS)
Low-cost inspection and test procedure for embedded systems with cloud connection
In the past, embedded systems were often determined by their electrical functionality. The production test was carried out directly on the production line by means of an electrical or optical test (AOI or ICT, for example), usually using a stand-alone test device. These devices are expensive, complex to operate and have no cloud connection. A simple, cost-effective and at least partially standardized solution for the production test of embedded systems with medium or low complexity, both stand-alone and in the end product, is missing. This need is to be addressed by the Cyber Physical Test System (CPTS) to be developed. The system consists of a standardized, simple "test mouse" that loads the device-under-test with test programs and controls the test execution, add-on modules for standardized or product-specific tests, a connection via the Internet to a test cloud and a user interface, e.g. in the form of a tablet.
EMEL - Energy management in metropolitan eMobility charging infrastructures
As part of the project described above, a system solution for the integration of charging points and charging infrastructures into metropolitan energy management systems is being developed and implemented as a prototype. Three relevant scenarios are addressed: the integration of a charging point into the smart home (charging at home), into smart grids (charging in public spaces) and into smart factories (charging at the workplace).
Role of contech: CP contech electronic GmbH is responsible for the development of the charging control unit (for charging points) with the corresponding gateway functionality for integration into the three target scenarios.
progressivKI - Modular AI platform for automotive applications
In order to optimally support and automate design processes for future automotive electronics systems, the use of AI methods is absolutely essential due to the significant increase in system complexity on the road to autonomous and electrically powered vehicles. By using AI, functionally safe electronic systems can be developed faster and more reliably. This should significantly accelerate innovation. The aim of the progressivKI project is to develop a generalized AI-supported design process for automotive electronics systems.
Role of contech: contech is a member of the regular advisory group meeting
AI marketplace: The digital platform for AI in engineering
Artificial intelligence (AI) is an important key to innovative product creation processes. Product creation is a central task in manufacturing companies: The proportion of software is constantly increasing in the digital transformation and is making products ever more complex. More than ever, development requires the combined expertise of different specialist disciplines. AI applications open up far-reaching potential for optimizing processes and increasing the performance of manufacturing companies. Specifically, development capacities can be increased and development times and subsequent manufacturing costs can be reduced. However, the necessary AI expertise is often lacking. In turn, providers of AI solutions often lack access to user and domain knowledge. An AI platform should be the solution: The AI marketplace creates a unique ecosystem that brings together AI experts, providers and users in order to exploit the potential of artificial intelligence.
Role of contech: contech participates in the AI marketplace as an associated partner.
Holistic circular product development for intelligent technical systems
The manufacture of mechatronic products, such as semiconductors, is characterized by high energy requirements, the use of critical raw materials and complex production conditions. One approach to solving this problem is the circular economy. This means that waste is avoided by reusing and repairing existing products. If this is not possible, the products are broken down into their starting materials, i.e. raw materials, in order to recycle them. This basic idea must also be implemented in the product creation process. To this end, the ZirkuPro project aims to develop a system for holistic circular product creation for intelligent technical systems.
CP contech electronic GmbH is a consortium partner with its own pilot project and would like to focus more strongly on the topics of sustainability and circularity.
In addition to our diverse industry expertise, we are also open to implementing your individual projects. So if you have not yet found your sector with us, we would be delighted to hear from you at any time!
Monitoring the safety of transport infrastructure is a key task for transport network operators. The top priority is to ensure the smooth flow of traffic while taking the safety of road users into account. This requires regular monitoring and control activities that are often still carried out by human resources - a task that can be automated with the help of intelligent monitoring and control technology. contech will work with you to develop your individual traffic monitoring solution - benefit now!
Against the backdrop of increasing electrification and digitalization in the agricultural sector, the demands placed on the systems used are constantly rising. Hardware and software in particular are being introduced, making both the development and manufacture of products increasingly complex. Customer-specific solutions are increasingly in demand - this requires a partner who can act accordingly in terms of a solution provider approach. Thanks to our many years of know-how, we are certain that we are the right partner for your application. Please do not hesitate to contact us!
Nowadays, building automation as part of supply technology is an important component of technical energy management. This includes all monitoring, control, regulation and optimization systems.
Thanks to our experience with heating, air conditioning and ventilation control systems, heat pumps and other building automation components, we have in-depth control expertise in a wide range of areas.
Industrial automation has the potential to improve efficiency, quality and safety in production.
Increase the efficiency and precision of your industrial processes with our modern industrial control systems. Optimize your processes, minimize downtimes and maximize the productivity of your systems. Thanks to intuitive user interfaces and simple integration, you can monitor and control your systems effortlessly. Rely on our proven technology to achieve your production goals and strengthen your competitiveness.
Experience a new dimension in control performance - powerful, flexible and future-proof.
The devices and systems in our real environment are increasingly equipped with the help of embedded software and hardware. User data is collected and analyzed, making completely new digital services available.
New application possibilities are opening up - in areas such as entertainment, health/sport, leisure and many more. contech supplies individual hardware and software solutions for this - tailored to the customer's application.