© Fette - Competence in Energy GmbH
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... develops solutions for system management and system operation of energy systems that meet the future requirements with predominantly decentralized and converter-based plants.
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35 years of experience in research and development of nonlinear systems
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Over 800 man-years of development power in IT-systems, hardware and software solutions, algorithms, and analysis and evaluation methods - self-funded without third party rights or dependence
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Over 350 projects in more than 30 countries in industrial, distribution and transmission networks (AC and DC), to determine and assess system dynamics - usually when there have benn disturbances or destruction of equipment and networks, identifying causes and proposing solutions - evaluating theory and practice
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For more than 15 years permanent observation of the dynamics and change processes in the systems
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Over 100 projects for the development of customer-specific solutions
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Over 500 consulting projects
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Digital Nonlinear Power Systems - Solutions and Applications for digital nonlinear power systems - Our umbrella brand!
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Operational Reliability Center Applications
The operating system for Digital Nonlinear Power Systems - on the basis of IoT, with the direct support in the context of business values with the perspectives: Financial, Technical, Safety, Quality, Legal, Image, Environmental, Organizational and Efficiency.
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Key Reliability Indicators - - Complementary to known process KPI.
The apps and algorithms the system needs to detect and evaluate system behavior, change processes, and make decisions so that the system can continue to operate stably and securely now and in future - locally and globally - based on XAI - Explainable Artificial Intelligence - powered by Synergetics.
With intelligent coding of the measured or calculated values or patterns, so that only minimal data exchange about the change processes can be used...
...to avoid intensive - often pointless - data transfer!
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Digital Multifunctional Platform - Evaluation, Measuring, Control, Protection
The edge-based hardware platform that acquires the measured quantities in the entire frequency and time domain in time and frequency, indicators for single values or complex values or for complex dynamics based on nonlinear systems, can be used directly within control and protection algorithms locally or in hierarchically structured control and protection concepts.
Dual CyberSecurity can be achieved through intelligent coding of the measurement and evaluation variables in order to make "low cost" communication securele and reliable in the future.
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