ALPBES - Advanced Lifetime Predictions of Battery Energy Storage

A fossil free energy system requires great flexibility in the grid. Lithium batteries, which have in recent years undergone a great development in regards to price and performance, can add such flexibility to the future energy system. ALBES explores and develops models for predicting the lifetime and performance of a battery pack under given working conditions and thus ensuring rentable designed applications.
Project description
The Danish Vision of a 100 % fossil free energy supply based on a large degree of wind energy by 2050 requires development and implementation of storage technologies in the grid. In recent years, a large development has taken place in the area of lithium ion batteries whereas prices have dropped. The aim of this project is to investigate lithium batteries in different appliances which might sustain integration of renewable energy. This is done through research in estimation and prediction of life times of the batteries. The project explores how different working conditions in different applications affect the performance of the batteries. To design feasible systems, it is important to develop tools and models to be used in making precise assessments of a battery package and its life cycle. This is to ensure stable operation of stabilization applications to grids with many wind turbines, back up appliances and intelligent charging of electrical vehicles.

Key figures

Period:
2013 - 2017
Funding year:
2012
Own financial contribution:
8.87 mio. DKK
Grant:
16.47 mio. DKK
Funding rate:
65 %
Project budget:
25.34 mio. DKK

Category

Oprindelig title
ALPBES - Advanced Lifetime Predictions of Battery Energy Storage
Programme
Innovationsfonden
Technology
Other
Case no.
ENMI 12-132693

Participants

Aalborg Universitet (Fredrik Bajers Vej) (Main Responsible)
Partners and economy
Partner Subsidy Auto financing
Aalborg Universitet (Fredrik Bajers Vej) 7,40 mio. DKK 3,77 mio. DKK
Danmarks Tekniske Universitet (DTU) 4,50 mio. DKK 0,54 mio. DKK
Teknologisk Institut 2,08 mio. DKK 0,38 mio. DKK
RWTH Aachen 0,75 mio. DKK 0,25 mio. DKK
KTH Royal Institute of Technology 0,75 mio. DKK 0,25 mio. DKK
Ørsted A/S 1,00 mio. DKK 1,00 mio. DKK
Lithium Balance A/S 1,00 mio. DKK
LEANECO A/S 0,72 mio. DKK
GMR MASKINER A/S 0,96 mio. DKK

Contact

Kontakperson
Søren Knudsen Kær
Comtact information

Institut for Energiteknik - AAU

Contact email
skk@et.aau.dk

Energiforskning.dk - informationportal for danish energytechnology research- og development programs.

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