Battery Solutions

E-mobility is a rapidly moving topic that requires highly professional solutions. Standards, regulations, market requirements and customer expectations are all changing quickly. Durable and reliable batteries are required to satisfy rapidly evolving needs and expectations.

Products & Services

Integrating The Future Today

Battery Future Technologies

Development of future technologies to the milestone of feasibility decision

AVL is actively looking into future battery technologies and their commercialization potentials, so we can offer our customers leading edge solutions in all key topics of valuable and advanced battery engineering. We drive research projects and realize feasibility concept studies for technologies many years ahead.

Experience High Development Competence

Batteries for Passenger Cars

Full Engineering Support For Automotive Grade Battery Development

Electrification of passenger cars is no longer a trend but already a fact. Functional, durable and reliable batteries are required to satisfy the needs and expectations of the customer. AVL can fully support engineering and development for batteries from concept to production integration - bringing together the knowledge of cell producers and the requirements and development processes of OEMs to design, simulate and validate automotive grade batteries for electrified powertrains.

Experience A New Level Of Simulation Competence

Battery Thermal, Mechanical & EMC Simulation

Full Virtual Development Support for Automotive Battery Development

Battery system and component simulation is a key to virtually develop and optimize the battery design upfront to testing and validation. Mechanical simulations for durability and crash, thermal simulations on cell and component cooling/conditioning coupled with electrical models and on system level for cooling power distribution as well as EMC for enhanced electrical function and cell ageing simulation for optimization and system requirement definition can be provided for our customers.
Battery development on a system level is supported by AVL CRUISE™ which includes a battery resistance model and other electrical components required to model and analyze any kind of EV/HEV drivetrain configuration including multiple electrical network levels within one vehicle.
Batteries are needed as energy storage devices in an electrified powertrain. Functional, durable and reliable batteries are required to satisfy the needs and expectations of the customer. AVL can help bringing together the knowledge of cell producers and the requirements of OEMs to design, simulate and validate batteries for electrified powertrains.
The single AVL CRUISE™ vehicle model can consistently support battery development up to the testing phases with re-use of the same drivetrain model on the battery testbed. This allows for a wider range of battery testing closer to real transient power demand which can be extended to real world route driving or maneuver based testing to lower the possibility of missing the critical operating conditions. The AVL CRUISE™ plant powertrain model enables battery testing close to the real conditions...
AVL has gained substantial experiences in the field of fully electrified vehicles and hybrids including batteries and other electrical energy storage systems. Batteries are the key enabler for future electrification and CO2-free mobility. AVL can offer customer oriented, tailored solutions from systems engineering to provision of functional prototypes and development and validation of series production bound systems.
AVL CRUISE™ supports battery development on a system level including all other electrical components required to model and analyze any kind of EV/HEV drivetrain configuration including multiple electrical network levels within one vehicle. It enables component analyses within an entire vehicle system to ease up component specification, concept selection and confirmation to match given requirements. Results can be used as input for detailed component design like component time-based duty cycle...
Battery system and component simulation is a key to optimize the battery design upfront. Mechanical simulations for durability and crash, thermal simulations on cell cooling coupled with electrical models and on system level for cooling power distribution as well as EMC for enhanced electrical function and cell ageing simulation for optimization and system requirement definition can be provided for our customers.