projects – An Energy Storage Dimensioning Tool for Wind Farms
Wind Farm
An energy storage dimensioning tool for wind farm operators to assess the viability of incorporating storage systems. It analyzes power profiles and optimizes storage parameters such as technology, size, and operational strategy. It empowers operators to make informed, profitable decisions with the option to commercialize the tool as a service for other wind farm operators.
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projects – An Energy System for an Energy Plus Residential Area
Green Residential Area
This project designed an optimized energy system for a sustainable residential community. By simulating energy demand for heating, cooling, and electricity, it analyzed the integration of PV systems, storage, and demand-side management. The goal was to increase self-consumption rates and minimize grid reliance through smart energy planning and renewable technologies.
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projects – An Acedamic Prototype of a Flywheel Energy Storage
Flywheel
A 200 Wh flywheel energy storage system for academic research and demonstration. Featuring a high-strengh aluminum and CFRP rotor, it operates at 25,000 rpm, powered by a 3.5 kW synchronous motor. The prototype enables the study of key flywheel phenomena like thermal behavior and rotordynamics, making it a valuable tool for both research and education.
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projects – A storage supported tram system simulation for energy savings
Tram System
A simulation framework to optimize tram network energy use, incorporating energy storage. The program allows scalable modeling, detailed energy calculations, timetable creation, and integration with MATLAB/Simulink libraries. External data management, optimization algorithms, and flexible storage placement make this a robust tool for energy savings in tram systems.
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projects – A Rotary Table and Automation for a Measurement System
Rotary Table
This project developed a numerically controlled rotary table integrated with a Laser Scanning Vibrometer for structural health monitoring. It automates the precise measurement of wave propagation in curved composite structures, such as carbon fiber reinforced polymers (CFRP). The system enables accurate and efficient data collection through automated measurement cycles.
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