We develop, manufacture and market products and systems related to energy management and digital networking. The product portfolio includes central control units, sensors and power units for Industry 4.0 and eMobility. Together under the name Olmatic Power Tracking, we thus provide suitable solutions for dynamic energy management and achieve maximum added value through the intelligent use of renewable energy sources and energy storage.
Persistent storage of the recorded energy parameters and connection to other systems via open interfaces.
Continuous data acquisition of all energy parameters in real time and implementation of maximum transparency.
Dynamic load management per measurement point in real time based on predefined configuration parameters.
Automatic load management per measurement point in real time based on dynamic configuration parameters implemented via the Olmatic AI.
WHY ENERGY MANAGEMENT FROM OLMATIC?
Tobias Olma – Director Research & Development
In order to be able to make a peak load forecast in as much detail as possible, maximum transparency and a large amount of data per consumer are required. Measuring the total consumption at the main connection point alone is no longer sufficient. Rather, we need to gather information about which individual consumption led to the total consumption, i.e. which consumer was responsible for a peak load at what time and for what reason. This is the only way we can optimally train artificial intelligence so that we can make correct predictions for the future. With many EMS systems, it often fails because of the high investment costs for the sensors themselves, as well as the costs for the corresponding installation effort, since each sensor has to be integrated directly into the supply line and has to be connected to a central data acquisition via a physical connection. This means that costs and effort are often out of proportion to the income. Our specially developed sensors rely on innovative technology that enables us to measure without contact. Accordingly, the sensor is only clamped around the phase and communicates the recorded data directly to our central IoT edge gateway via radio connection.