
ENERGY STORAGE
Battery and battery management in electric vehicles
Project leader: Miguel Dhaens
People were already building electric vehicles in the first half of the 19th century. Up until 1900, all electric vehicles were even faster than internal combustion vehicles. Today, for environmental reasons, electrical power is making a comeback. The availability of sustainable, reliable and cost-effective energy storage, in batteries for example, is crucial to the development and acceptance of vehicle electrification. This project is studying the latest generation of lithium-ion batteries for electric and hybrid vehicles. There is a special focus on the battery management system.
The first step in this project is to define the demands a vehicle places on the battery system. Market research into the available technology is already in its final stage. Based on the data gathered, the first set of battery cells have already been bought. Tests with these cells will begin shortly. The basic structure of the battery pack has already been defined as well. Details will be provided in the coming months.
Project leader: Miguel Dhaens
People were already building electric vehicles in the first half of the 19th century. Up until 1900, all electric vehicles were even faster than internal combustion vehicles. Today, for environmental reasons, electrical power is making a comeback. The availability of sustainable, reliable and cost-effective energy storage, in batteries for example, is crucial to the development and acceptance of vehicle electrification. This project is studying the latest generation of lithium-ion batteries for electric and hybrid vehicles. There is a special focus on the battery management system.
The first step in this project is to define the demands a vehicle places on the battery system. Market research into the available technology is already in its final stage. Based on the data gathered, the first set of battery cells have already been bought. Tests with these cells will begin shortly. The basic structure of the battery pack has already been defined as well. Details will be provided in the coming months.
Goals
This project will develop a modular battery pack which can be used for hybrid as well as fully electric cars and buses. The pack consists of lithium cells connected in parallel or series that are controlled by an intelligent battery management system.
Methodology
Knowledge about lithium batteries is being built up and used to develop an intelligent management system that controls batteries safely and efficiently.
Phases
- Setting up system requirements and market research
- Testing cells and developing a simulation model
- Developing a modular architecture for combining the cells with a battery management system
- Building a battery pack
- Testing the battery pack and developing a simulation model for the entire system
Project Duration
01/01/2009 - 01/01/2011















