Projektdetaljer
Beskrivelse
The goal of the project is to promote Denmark's future position in transport, especially in North Jutland and Central Jutland, by focusing on developing components and technologies for the electric cars of the future.
The partners in the project will create an overview of the technologies and patents that are of importance in the market and reported in the literature. Subsequently, researchers and the many industrial partners in Jutland will decide how best to work towards improved solutions for electric cars.
A major task is to develop a competitive high-efficiency drive system, i.e. an electric motor providing power on the shaft, adapted to the wheels, and an associated power electronic controller that are optimized for the task. The project will also analyze potential and possible implementations for the vehicle’s future incorporation in the power system as a form of energy storage in an advanced interaction with wind turbines. Furthermore, during the course of the three-year project period, a special electric car test station will be built at the Technological Institute in Aarhus.
The project consists of 12 work packages:
1. Project Management and coordination
2. State-of-the-art analysis
3. High-efficiency traction systems
4. Model development and energy optimized use of batteries
5. Boost charge of batteries
6. Energy control and optimization
7. Thermal design and management
8. Range extender
9. Integration and synergy with the power system
10. Realisation of prototype
11. Test systems for future certification of components
12. Planning of demonstration project
The partners in the project will create an overview of the technologies and patents that are of importance in the market and reported in the literature. Subsequently, researchers and the many industrial partners in Jutland will decide how best to work towards improved solutions for electric cars.
A major task is to develop a competitive high-efficiency drive system, i.e. an electric motor providing power on the shaft, adapted to the wheels, and an associated power electronic controller that are optimized for the task. The project will also analyze potential and possible implementations for the vehicle’s future incorporation in the power system as a form of energy storage in an advanced interaction with wind turbines. Furthermore, during the course of the three-year project period, a special electric car test station will be built at the Technological Institute in Aarhus.
The project consists of 12 work packages:
1. Project Management and coordination
2. State-of-the-art analysis
3. High-efficiency traction systems
4. Model development and energy optimized use of batteries
5. Boost charge of batteries
6. Energy control and optimization
7. Thermal design and management
8. Range extender
9. Integration and synergy with the power system
10. Realisation of prototype
11. Test systems for future certification of components
12. Planning of demonstration project
| Status | Afsluttet |
|---|---|
| Effektiv start/slut dato | 01/08/2009 → 01/08/2012 |
Samarbejdspartnere
- Nordjysk Elhandel A/S (Projektpartner)
- SerEnergy (Projektpartner)
- Danfoss AS (Projektpartner)
- DONG Energy A/S (Projektpartner)
- Sintex A/S (Projektpartner)
- KK-Electronic A/S (Projektpartner)
- NIK-VE (Nordjysk Innovations- og Kompetencecenter for Vedvarende Energi) (Projektpartner)
- FJ Sintermetal A/S (Projektpartner)
- Neogrid Technologies ApS (Projektpartner)
- Cemtec (Projektpartner)
- Lithium Balance A/S (Projektpartner)
- Danish Technological Institute (Projektpartner)
- Energibyen Frederikshavn (Projektpartner)
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Presse/medier
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Danish researchers and business people consolidate knowledge for the electric cars of the future
Ewen Ritchie, Maria Hald Friis, Tine Lykke Tindal Sørensen & John Kim Pedersen
02/09/2009
1 element af Mediedækning
Presse/medie