Predictive maintenance and condition monitoring
Infineon's cutting-edge predictive maintenance solutions enable you to track asset performance and transform your maintenance approach
Predictive Maintenance is a game-changing offering that empowers businesses to proactively manage assets & devices. By leveraging advanced hardware technologies and predictive analytics dashboards, you can revolutionize after-sales services & asset performance management. Our solution ensures minimized downtime, optimized maintenance schedules, operational efficiency, leading to unparalleled customer satisfaction & business success.
Benefits:
- Proactive system enhancement
- Real-time performance insights
- Real-time failure pattern data
- System behavior & lifetime data
- Reduced operational downtime
- Data-driven maintenance decisions
- All-in-one platform approach
- Implementation support
- Edge & Cloud intergration
- Partner infrastructure
Related Applications & Products
Why is Predictive Maintenance important?
Reliably and continuously monitoring the condition of a single asset or a system is the base for predictive maintenance. As one of the most innovative maintenance schemes on the market, it offers numerous benefits to business across various industries - especially when involving critical equipment for operations. Predicting the next needed maintenance based on real-time asset's health data can reduce unexpected downtime and save costs. It enhances equipment reliability and longevity of machinery. Ensuring optimal working conditions for an equipment leads to higher safety and increased efficiency in operations. The collected data processed by the algorithms allows data-driven decision making and optimized asset's performance management.
Trust the right implementation partner
Innovation can be hard to foster and even harder to implement in already running system where legacy and other restrictions might be in place. Therefore, having a trusted advisor and the right partner that brings system understanding, market insights, hardware competencies but also the infrastructure is key to success. Infineon enables Predictive Maintenance as a leading-edge maintenance scheme with a broad portfolio ranging from products to end-to-end solutions. Together with our partners, we build an end-to-end solution including connectivity, a graphic user interface as well as an anomaly score detection and data intelligence – in the Cloud or at the Edge depending on your preferences. Unleash the power of data through Infineon’s Predictive Maintenance offering: Maintenance has never been so accurate, cheap, fast, and easy to use.
Getting started with the all-rounder kit
Empowering clients to harness the power of predictive maintenance, we are thrilled to introduce the XENSIV™ Predictive Maintenance Evaluation Kit – a comprehensive kit, designed to provide businesses with a deeper understanding of the benefits and potential of predictive maintenance. The XENSIV™ Predictive Maintenance Evaluation Kit lets you quickly and efficiently evaluate various condition monitoring and predictive maintenance use cases. It utilizes Infineon’s XENSIV™ sensor portfolio along with the FreeRTOS enabled XMC™ microcontroller to monitor the condition of most crucial elements such as filters, compressors, motors, or fans. Based on collected sensor data, e.g., of current consumption, airflow, and other system parameters, combined with the power of algorithms and deep learning techniques, system failures can be detected. Solution templates and a FreeRTOS enabled software stack deliver a full end-to-end solution from the edge to the cloud.
Explore the enabling products
Leveraging Infineon’s products, a full 360°-degree approach to Predictive Maintenance is enabled. Our broad range of XENSIV™ sensors, for example, can be deployed to monitor everything from single components of production machinery to an entire smart building ecosystem with typical use cases in HVAC equipment or elevators.
Our solutions include XENSIV™ sensors such as:
- Magnetic sensors: Precise detection and monitoring of magnetic fields
- Pressure sensors: Accurate pressure measurements enabling proactive maintenance
- Current sensors: Real-time current monitoring for identifying irregularities
- MEMS microphones: Early detection of abnormal sounds or vibrations
- and more
to monitor critical system parameters like current, motor speed and direction, vibration, sound, and airflow in the critical system components such as motors, fans, and filters.
These sensors are combined with our FreeRTOS enabled XMC™ microcontrollers and OPTIGA™ security solutions so that all of the collected data can be processed and analyzed at the Edge to enable advanced IoT features including Predictive Maintenance. And thanks to our broad portfolio of memory solutions, all of this collected data can be reliably and safely stored.
Solutions for Commercial HVAC
In the world of commercial HVAC, reliable after-sales services are not just a luxury – they are a business imperative. Companies that prioritize responsive maintenance and support witness substantial benefits, including minimized downtime, enhanced equipment lifespan, and ultimately, greater operational cost-effectiveness. At Infineon, we recognize that the success of your business hinges on the consistent functionality of your HVAC systems, and we stand ready to partner with you in achieving this goal.
Solutions for Industrial Automation & Drives
Smart industrial drives elevate this functionality by enabling the monitoring of both motor and grid performance. By continuously monitoring the condition of critical components within 3-phase industrial drives, smart systems can detect deviations in performance indicators, such as vibration patterns or temperature spikes, indicating showing the early stages of component failure. This proactive approach allows maintenance or component replacement to be scheduled conveniently, preventing unexpected downtime and the associated high costs.
In this webinar on-demand, you will learn more about the different maintenance schemes and their benefits, what are some of the main challenges when starting with predictive maintenance. We will look at the potential implementations and use cases for predictive maintenance in industrial automation and other applications. If you want to have a technical deep-dive on the evaluation kit and a customer's case study, please do not miss Part 2 in this section: On-demand webinar: Predictive Maintenance. Make your PoC easy with XENSIV™ predictive maintenance eval kit. Case study.
In this webinar, you will get more insights on the XENSIV™ predictive maintenance evaluation kit and what are its technical parameters, which products and satellite boards it includes. A customer's case study will be presented and discussed, as well as a new consulting model to support the kick-off and initial business and tech rational when evaluating and implementing predictive maintenance as a main maintenance scheme regardless your design. For a broader market view and trends, you can watch as well part 1, where the team speaks about the main solution's advantages for industrial applications.
The training gives an overview of predictive maintenance in HVAC and the role of sensors. It presents our offering and partner approach.
By taking this course you will…
• Get an understanding of the XENSIV™ Predictive Maintenance Evaluation Kit and all of its components
• Learn more about the functions of the evaluation kit
• Be able to set up the XENSIV™ Predictive Maintenance Evaluation Kit
