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Institute
- Institute
Drives Fleet Performance Optimization
The project aims to optimize the performance, efficiency and reliability of industrial MV drives.
- Institute
- School of Engineering and Environment and Institute of Electrical Power Systems
Asimute: Intelligent self-consumption and storage for better use of energy
ASIMUTE aims to develop innovative solutions for improved and safe energy use and storage by involving end users.
- Institute
- School of Engineering and Environment and Institute of Electrical Power Systems
NAEEA+: External Protection Devices" for distributed generation systems
Together with leading experts from industry and research, we are shaping the next generation of grid and PV protection to enable a sustainable energy future.
- Institute
- School of Engineering and Environment and Institute of Electrical Power Systems
SiC-MILE - SiC MedIum voLtage dEvices
The SiC-MILE project demonstrates Europe's first MV-SiC modules for energy savings in drives and traction
- Institute
- School of Engineering and Environment and Institute of Electrical Power Systems
SUNSHINE - SUN Swiss Hybrid INvertEr
The SiC-MILE project demonstrates Europe's first MV-SiC modules for energy savings in drives and traction
- Institute
- School of Engineering and Environment and Institute of Electrical Power Systems
Marketing the flexibility of an e-vehicle fleet to distribution grid operators
In this project, a forecasting model is developed that estimates capacity based on time and location using booking/mobility data.
- Institute
- School of Engineering and Environment and Institute of Electrical Power Systems
Machine Learning Approach for Induction Motor Parameter Estimation
A novel method was developed that enables the reliable determination of the electrical motor parameters through the use of machine learning.
- Institute
- School of Engineering and Environment and Institute of Electrical Power Systems
ECPE Joint Research Programme: Reliability comparison of Si IGBTs and SiC MOSFETs for e-mobility applications
A new reliability test method that stresses both, transistor and diode is applied to obtain representative reliability data for e-mobility applications.
- Institute
- School of Engineering and Environment and Institute of Electrical Power Systems
Intelligent control of a district battery system
By taking control of the system, our consortium partner may adapt the operation of a battery - integrated in his electrical distribution system - according to his needs.
- Institute
- School of Engineering and Environment and Institute of Electrical Power Systems
Power electronics for variable power control of boilers
With the help of a silicon controlled rectifier, the power of a hot water boiler can be adjusted precisely according to the current excess PV output power.
- Institute
- School of Engineering and Environment and Institute of Electrical Power Systems
Autonomous E-Bike Charging Station
E-bikes are charged independently of the grid with 100% locally produced solar energy.
- Institute
- School of Engineering and Environment and Institute of Electrical Power Systems
Battery-Management-Systems for 2nd-Life Lithium Batteries
Do we need improved battery management systems (BMS) to establish Li-ion batteries on the market, built from cells that have been already in use?
- Institute
- School of Engineering and Environment and Institute of Electrical Power Systems
SHINE: Swiss Hybrid Inverter
An efficient and cost-effective X-Hybrid inverter for EV is realized by combining Silicon-Carbide (SiC) and Silicon (Si) devices.
- Institute
- School of Engineering and Environment and Institute of Electrical Power Systems
Modular and smart Li-ion battery system
An intelligent, modular battery system based on 18650 Li-Ion cells was developed, which is particularly suitable for 2nd life applications.
- Institute
- School of Engineering and Environment and Institute of Electrical Power Systems
Evaluation of the local Security of Supply in a Swiss Canton
Analysis of the security of electricity supply in a Swiss canton and suggestions for improvements in order to prepare the local grids for future challenges.
- Institute
- School of Engineering and Environment and Institute of Electrical Power Systems
Grid friendliness of residential buildings - development of an evaluation method
With increasing fluctuation of production and consumption of electrical energy in buildings, the developed method evaluates the effects on the electrical grid.
- Institute
- School of Engineering and Environment and Institute of Electrical Power Systems
Argus: Vehicle control system test device for SBB's FLIRT
Development of a test platform that optimises and automates the I&C maintenance processes, including tests and diagnostics for hardware and software.
- Institute
- School of Engineering and Environment and Institute of Electrical Power Systems