EnQS Testlab
The EnQS Testlab is at the heart of the EnQS service portfolio. Here we test your energy management and IoT solution, evaluate prototypes, develop software for energy management and IoT solutions and use the comprehensive infrastructure for analyses as well as technical consulting.
We combine electrical engineering and computer science to make the setup, operation, and expansion of individual test and development systems as flexible and efficient as possible. You benefit from short communication paths and uncomplicated solutions.
During software development for energy management and IoT systems, direct access to the actual devices is often required in order to be able to detect and take into account errors, e.g. in the interface description, at an early stage. We build individual test and development environments, operate them 24/7 and provide you with remote access to the system if required.
The systems in the EnQS Testlab range from complete energy management and IoT solutions (PV/battery inverters, CHPs, battery systems, EV charging stations, heat pumps/heating units, gateways, network technology, etc.) to setups for connectivity analyses of radio-based communication. You benefit from our experience in the setup as well as in the selection of suitable measurement technology and analysis methods.
PV-System for Real PV Production
The three strings of our real PV plant (in south and east orientation) in combination with automated consumption circuits enable realistic operation of the energy management and IoT systems in the EnQS Testlab. Possible errors in operation with the real plants are thus already noticed during testing or development work.
DC-Generators for PV- und Load-Profiles
In addition, three TopCon DC generators (each up to 16 kW at 0-800 V) from the Swiss manufacturer Regatron are available in the EnQS Testlab to generate synthetic PV and load profiles. In combination with software developed specifically for this purpose, we can, for example, play back PV generation profiles recorded during a summer day in winter and thus evaluate procedures for complying with the 60/70% rule at the grid connection point or system reactions to particularly strong fluctuations. The DC generators also make testing and development activities independent of the actual PV generaton.
Specialized Software and Analysis Tools
The EnQS Testlab is equipped with modern measurement technology as well as mostly self-developed specialized software. This enables us to efficiently analyze and/or evaluate end-to-end data streams, device interfaces, and energy flows up to the propagation of radio signals (e.g. WiFi, BT LE, 868 MHz, etc.). Automated acquisition of measurement data (e.g., energy flows) and test automation (e.g., automated UI tests based on Selenium) enable us to continuously analyze the systems in the EnQS Testlab.
Energy Management in EnQS Testlab
In the EnQS Testlab, we operate an energy management system based on state-of-the-art IoT technologies. In this way, we gain practical experience on a daily basis with regard to the development, use, operation as well as further development of energy management and IoT solutions. In the EnQS Testlab, we control in particular the heating and air conditioning system as well as the storage systems according to the PV generation.
Safety According to BGI 891
The work in the EnQS Testlab is, of course, carried out in accordance with current safety standards and, in particular, meets the requirements of BGI 891, DIN VDE 0100 and DIN VDE 0701-0702. Thus, we take the electrical responsibility for the operation of your test and development systems in the EnQS Testlab.
