Automatic Fault Detection and Plant Monitoring With AI
Award-winning!
Detect Faults in Operation Promptly
With the help of mathematical methods, faults in the operation of technical building equipment and energy plants can be detected promptly. The focus here is on pattern recognition with AI algorithms. These can analyze even extensive databases with great precision and at breathtaking speed.
Previously defined deviations of the plant signals from the mean are detected as errors. Service personnel are notified immediately via an internal alarm system.
The mondas® Analytic software is characterized by a particularly fast evaluation of time series data. Temperature values, starts, oil pressure and many more are recorded and interpreted over time. Their interdependence can thus be observed and evaluated.
Mondas® is working in close cooperation with the Fraunhofer Institute for Solar Energy Systems ISE to develop the data processing algorithms. The algorithms are based on expert knowledge, machine learning methods, decision trees or a combination of these methods. Model- and rule-based methods are used for this purpose.
The Special Features of the IoT Platform
- universally applicable: Different fieldbuses and protocols are reliably detected.
- efficient: Thanks to the HDF5 data format, even extensive time series data can be processed extremely quickly.
- simple: Minimal hardware requirements.
- scalable: Define analyses and evaluations once and then transfer them to any number of plants.
- secure: All data security requirements are met at all times.
- flexible: Data can be stored either on-premise or in the cloud.
Fault Detection at the Highest Level
Mondas® IoT software takes automatic fault detection to a new level. Also due to the high-performance HDF5 data format, assembly and operating faults are reliably detected and identified even in highly complex buildings. In the building sector, this is particularly important in the commissioning phase, when all the components of the supply technology are adjusted. Deviations from normal operation are detected early by mondas® Analytic software and can be corrected in a short time.
As a result, more and more building and facility operators are turning to IoT monitoring of their assets. In the past, a lot of time was wasted on manually searching for operational errors. Today, faulty components and plant components are identified automatically.
Gone are the days when measurement results had to be sorted by hand, figures compared and Excel data closely examined by experts. These tasks can be completed easily and many times faster with AI-based algorithms.
Advantages in Energy Building Monitoring
Especially in the energy monitoring of buildings, automatic fault detection brings enormous advantages. Today, troubleshooting is often still unsystematic and manual. This is a time-consuming process that typically requires a great deal of time and financial resources of building owners and building services planners alike. This is also due to the fact that non-residential buildings today are so complex in terms of energy that they can no longer be optimally adjusted even by experts.
BENEFITS OF MONDAS®
Versatile
mondas®recognises various Fieldbus protocols
Scalable
Once defined, an analysis can be applied to any number of plants
Flexible
Data management on-premises or via the cloud
Free of Charge with no strings attached
Mondas online demonstration
Join us for a 30-minute online meeting to learn what the IoT platform can do for you.
If you manufacture, operate or monitor a large portfolio of energy installations and building services equipment, or if you work in planning for building services and are looking for a useful tool for efficient building commissioning, we would love to show you the benefits of our mondas® system – free of charge and no strings attached.
Use the calendar to book your online slot. You will receive more details about the meeting along with your booking confirmation.
We look forward to meeting you!
HOW MONDAS® WORKS
Simple Application
Entering the digital age is easy with mondas®. We usually proceed in such a way that we first identify the individual optimization goals of the application together with the customer. Based on this, we configure the platform interface to your requirements.
The customer is autonomous in the further use and expansion of the system. If new systems are added to the inventory, they can be added quickly and easily by “drag and drop”. New plants are recognized instantly, data evaluation is started immediately.
A sophisticated metadata system guarantees quickly configurable and scalable solutions. The analysis algorithms can be applied to any number of plants of the same type with minimal additional effort. Individual solutions are easily configurable and do not require complex and expensive programming. The great advantage of the mondas® system is its high scalability.
The clearly structured dashboard system is freely configurable. It provides a quick overview and displays the most important operating states at a glance.
Martin Ufheil
» Our building services equipment planners were looking for a tool to help them adjust complex building technology. We’ve found the right solution with mondas®. «
Martin Ufheil, Solares Bauen GmbH, uses mondas® for building commissioning management and monitoring.
Stefan Oexle-Ewert
» We plan and operate combined heat and power plants. mondas® marks the start of a new era in plant monitoring – with sustainably low costs for maintenance and operation. «
Stefan Oexle-Ewert, enerquinn Energiesystemtechnik GmbH, uses mondas® for monitoring CHP plants.
Prof. Dr. Hans-Martin Henning
» The digitalisation of the energy transition is not just a trend. It’s an essential part of the process. The founding of mondas® opens up another important avenue for our expertise to reach the market. «
Prof. Dr. Hans-Martin Henning, Director of the Fraunhofer Institute for Solar Energy Systems ISE
Michael Kapke, Reich und Hölscher
"Supplying entire residential quarters with heat from renewable energies is necessary - and possible! All that is needed is the consistent use of big data - in simulations prior to system planning as well as in long-term operation. "
Dipl.-Ing. Michael Kapke, owner of the engineering office Reich + Hölscher, Bielefeld
Typical Users of the mondas® IoT platform
- operators and manufacturers of energy plants and building services equipment
- property owners and building services equipment planners
- manufacturing companies
Typical Application Technologies
Energy Plants
Energy Plants
- heating systems
- boilers
- local heating networks
- combined heat and power (CHP) plants
- solar parks
- large-scale solar thermal systems
- photovoltaic installations
- cooling systems
- heat transfer stations
- heat recovery plants
- heat pumps
Building Technology and Properties
Building Technology and Properties
- ventilation systems
- air conditioning technology
- HVAC systems
- building control systems
- control units
Production Technology
Production Technology
- compressed air systems
- ventilation systems
- air conditioning systems
- air conditioning technology
- heat recovery
- power transmission engineering
- fluid technology
- robotics
- machine tools
- production plants
- recirculation pumps
- furnaces
- conveyor systems
- casting machines
1
Book free online demo
Find out if the mondas® IoT platform is suitable for your company in just 30 minutes. Start by filling out the IoT check.
2
Preliminary plan
You’ll receive a preliminary plan covering key aspects of the application of the mondas® IoT platform. Includes cost estimate.
3
Half-day workshop
Discuss the details with our experts during a half-day workshop at your premises. This can, of course, also be done via video conference.
4
Practical test
Select some of your plants to be connected to the mondas® IoT platform. Test us!
5
Licence agreement
Were you impressed by the results of the test? Then you can continue by connecting additional plants from your portfolio yourself. Lower maintenance costs, greater efficiency – that’s a promise!
SOCIAL MEDIA
