Alexander LamprechtTUM CREATE · Electrification Suite & Test Lab
Alexander Lamprecht
Master of Science
About
6
Publications
504
Reads
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31
Citations
Citations since 2017
Introduction
Additional affiliations
February 2017 - March 2021
TUMCREATE
Position
- Research Associate
Description
- International PhD Program in collaboration with Technical University of Munich (TUM). Working on distributed Smart Battery Management Systems and active balancing algorithms for application in future public transport solutions. Developing decentralized algorithms to optimally use given hardware resources employing methods such as Machine Learning and Multi Objective Optimization with special focus on data analysis and cyber security.
March 2015 - October 2015
Robert Bosch (SEA) Pte Ltd
Position
- Corporate Research Intern
Description
- Lead-acid battery testing and data processing - Tests on commercial Li-Ion battery modules - designing a CAN/RS45 communication interface and data logger software to transfer BMS data from battery modules to a PC - building a standalone data logger to record BMS measurements - Construction and multi-domain validation (electrical, magnetical, thermal) of various high-frequency transformer prototypes
Education
February 2017 - March 2021
TUMCREATE
Field of study
- Embedded Systems Algorithms
April 2014 - October 2016
Field of study
- Electrical Engineering, Information Technology and Computer Engineering
October 2009 - March 2014
Field of study
- Electrical Engineering, Information Technology and Computer Engineering
Publications
Publications (6)
During the last decade Electric Vehicles (EVs) surged in popularity. However, their mass adoption is slowed by the limited capacity of their Energy Storage System (ESS). Lithium Ion (Li-Ion) technology has established itself as the de-facto standard for mobile applications, though its energy density and cost put a hard limit on the maximum size of...
Recently, reconfigurable battery packs that can dynamically modify the electrical connection topology of their individual cells are gaining importance. While several circuit architectures and management algorithms are proposed in the literature, the electrical characteristics of the reconfiguration circuit architectures are not sufficiently studied...
Multilevel inverters can replace conventional two-level inverters in many applications, as they offer less harmonic distortion on the output voltage and reduce losses in certain cases. Especially in electric vehicle traction applications, multilevel inverters can improve the system efficiency significantly and increase the cruising range. A popular...
