FlexibilityAggregator
The platform that pools decentralized electric car batteries in a large virtual storage system and makes vehicle-to-grid applications possible.
Why FlexibilityAggregator
FlexibilityAggregator is a platform that we use to pool decentralized electric car batteries to create a virtual power plant. Individual electric vehicles that are charged at home and electric vehicles from depot customers can be connected for unidirectional or bidirectional charging. FlexibilityAggregator generates optimized charging plans based on FlexibilityTrader's configured trading algorithms.
When creating charging plans, the FlexibilityAggregator takes into account...
How you can use the FlexibilityAggregator
Smart energy solutions
Are you interested in the automatic allocation of vehicle charging to times with particularly cheap electricity prices? Our energy solutions with FlexibilityAggregator technology make it all possible.
Modeling and data analysis
The FlexibilityAggregator platform is a data-driven technology that uses advanced mathematical modeling and data analysis tools to collect and utilize vast amounts of information on connected vehicles and the behavior of their drivers.
FlexibilityAggregator draws on historical and real-time data to understand all the characteristics of vehicle batteries and forecast their availability and technical parameters.
FlexibilityAggregator responds to the quality of all connected vehicle batteries (old with lower performance capacity or new with high performance capacity) when determining charging plans.
Multi-market procurement service
Our multi-market procurement service aggregates the forecast mobility demand per vehicle and the flexibility in place (each vehicle's idle time) into trading items within a flexibility model: a large battery with different levels of available power and capacity as well as energy that is to be traded.
After trading, the FlexibilityAggregator distributes the energy amounts to the individual vehicle batteries. The platform responds to forecast deviations in real time by using dispatching algorithms and closed control loops. This allows the FlexibilityAggregator to meet all mobility needs and minimize risk by avoiding balancing energy.