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Impulses
- Impulses overview
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Transformer manufacturers
- South America's champions of the energy transition
- Traction Transformers – Future on the Rail
- Time of the giants: XXL transformers for more power
- "Reinhausen is ready to deliver!"
- Oversized de-energized tap-changers
- The most powerful transformers in the world for a 1,100 kV HVDC line in China
- "We are in a growth market with the VRDT"
- Digitalization turnaround: GANZ Intelligent Solutions relies on cooperation with MR
- "Transitioning to a solution provider presents a major opportunity for transformer manufacturers – and digitalization can help!"
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Digitalization
- How AI can lend a hand
- myReinhausen: MR's central digital customer platform
- Why data centers (may) never fail
- Automation? (Cyber-) Secure!
- Globally unique: MESSKO® MTRAB® dehydrating breather communicates via cell phone app
- Remote Solutions: Professional help from a distance
- "Digitalization of the power grids will only work with comprehensive security measures"
- Why are you digitizing your transformers? Three questions for Rúnar Svavar Svavarsson.
- Six challenges, six solutions – Intelligent sensors for safe transformers
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Energy transition
- 5 theses on the energy transition
- The VRDT is the ideal solution to solve voltage problems in our distribution grids
- Making transformers more sustainable
- 940 tons of power regulation
- Sunny prospects: Municipal solar storage devices
- Four reasons why regulated distribution grids are the future
- "The energy transition is taking place in the distribution grids"
- Five theses on the future of power grids
- Storage at all network levels
- Test systems for the energy revolution
- Climate change, energy revolution and the future of power grids?
- A new design for utility poles
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Wind and solar power
- The North Sea as Europe's green power plant
- Sahara electricity - safe for the island
- Are wind farms the new power plants?
- Direct current at all grid levels
- The MSCDN plant – the new "power plant generator" for stable grids
- Clean power grid with high-frequency filters
- Weatherproof cable testing for offshore wind parks
- VRDTs for Australia's distribution grids
- Lifetime optimization
- Power supply in industry
- Globalization
- Impulses overview
-
Transformer manufacturers
- South America's champions of the energy transition
- Traction Transformers – Future on the Rail
- Time of the giants: XXL transformers for more power
- "Reinhausen is ready to deliver!"
- Oversized de-energized tap-changers
- The most powerful transformers in the world for a 1,100 kV HVDC line in China
- "We are in a growth market with the VRDT"
- Digitalization turnaround: GANZ Intelligent Solutions relies on cooperation with MR
- "Transitioning to a solution provider presents a major opportunity for transformer manufacturers – and digitalization can help!"
-
Digitalization
- How AI can lend a hand
- myReinhausen: MR's central digital customer platform
- Why data centers (may) never fail
- Automation? (Cyber-) Secure!
- Globally unique: MESSKO® MTRAB® dehydrating breather communicates via cell phone app
- Remote Solutions: Professional help from a distance
- "Digitalization of the power grids will only work with comprehensive security measures"
- Why are you digitizing your transformers? Three questions for Rúnar Svavar Svavarsson.
- Six challenges, six solutions – Intelligent sensors for safe transformers
-
Energy transition
- 5 theses on the energy transition
- The VRDT is the ideal solution to solve voltage problems in our distribution grids
- Making transformers more sustainable
- 940 tons of power regulation
- Sunny prospects: Municipal solar storage devices
- Four reasons why regulated distribution grids are the future
- "The energy transition is taking place in the distribution grids"
- Five theses on the future of power grids
- Storage at all network levels
- Test systems for the energy revolution
- Climate change, energy revolution and the future of power grids?
- A new design for utility poles
-
Wind and solar power
- The North Sea as Europe's green power plant
- Sahara electricity - safe for the island
- Are wind farms the new power plants?
- Direct current at all grid levels
- The MSCDN plant – the new "power plant generator" for stable grids
- Clean power grid with high-frequency filters
- Weatherproof cable testing for offshore wind parks
- VRDTs for Australia's distribution grids
-
Lifetime optimization
-
Power supply in industry
-
Globalization
- Portfolio
-
Career
-
Company
Upgrade Your Transformer Fleet with ETOS®!
Online monitoring of transformers offers numerous advantages, ranging from minimizing downtime to optimizing maintenance strategies. By assessing the real-time condition of assets, operators can schedule service jobs precisely when necessary. This capability becomes increasingly crucial in an era where finding qualified personnel is becoming increasingly challenging. Efficient deployment of service capabilities is paramount to meet the international goals of developing a reliable energy infrastructure that is increasingly based on renewables.
"Digitizing my transformers sounds great, but where should I start without breaking the bank?"
Let us guide you through this dilemma. CIGRÉ WG A2.37 identifies the active part, HV bushings, and OLTC as the primary causes in over 90% of transformer failures. Unfortunately, implementing a comprehensive online monitoring system often involves a significant initial investment, deterring many from retrofitting their transformer fleets. Here's the solution: Upgrading your transformers with ETOS® changes the equation. For only 3 x 5,000 EUR, you can use ETOS® to monitor all critical components identified by CIGRÉ.
"If I can install sensors individually, why do I need ETOS®?"
To identify the real cause of failure, it's crucial to move beyond isolated data points. ETOS® features a function called Asset Intelligence (AI), which analyzes data from all installed sensors when abnormal values are detected. Through this holistic assessment, ETOS® is able to provide qualified failure diagnoses and recommendations for effective remedy measures. Say goodbye to overwhelming data floods and welcome your transformer's doctor with ETOS®.
„Active part, bushings and OLTC are responsible for over 90% of all transformer failures. With our solution ETOS®, all three components can be monitored safely and cost-effectively.“
Tobias Gruber, Product Manager ETOS®
Common myths about digitalization
Analyzing Data has never been so easy.
Instead of leaving you to evaluate all the collected sensor data on your own, ETOS® acts as a central data processing system on each transformer. With Asset Intelligence, it features an algorithm that analyzes the data from all installed sensors together. Based on research data and the expertise of our transformer specialists, Asset Intelligence identifies the most likely causes of faults, speeding up fault diagnosis and suggesting effective counter measures. Here's the key: the more sensors are connected, the more accurate the diagnosis, enabling better and faster remedial action.
Monitor the condition and deploy your service staff more efficiently.
Indeed, online monitoring requires personnel who have the time to analyze the gathered data. However, with Asset Intelligence analyzation efforts are reduced to the bare minimum. On the other hand, a time-based maintenance strategy means unnecessary service jobs where you only ever record the condition on a single day. The rest of the time the condition of your transformer is unknown. For only 3 x 5,000 EUR ETOS® provides a 24/7 condition overview of the most critical transformer components. Through trend analysis you get an early indication of anomalies. Schedule your maintenance when it's truly necessary and maximize availability without compromising on safety.
Maximum Reliability through the power of AI.
Online monitoring systems have developed considerably in recent years, especially in terms of reliability. More and more AI-based algorithms are enabling self-monitoring of the system. Our vibro-acoustic monitoring system for on-load tap-changers, for example, filters noise coming from the outside of the transformer. Before an alarm is triggered, it is checked by our algorithm to actively reduce false alarms. When the sensor is installed, its limit curve automatically approaches the envelope curve using a self-learning algorithm, maximizing its accuracy over time.
We are here for you. Wherever you are.
Looking for the right contact partner?
Do you have a concern, but don't know whom you should contact? You will find that information in our contact overview. In the event of any technical disturbances, our 24/7 support is always at your disposal.
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