FlexibilityAggregator
The platform that aggregates decentralized electric vehicle batteries into a large virtual storage and enables Vehicle-to-Grid applications.
Why FlexibilityAggregator
FlexibilityAggregator is a platform through which we aggregate decentralized EV batteries into a virtual power plant. Whether unidirectional or bidirectional, individual EVs that are charged at home, as well as EVs from depot customers, can be connected. FlexibilityAggregator generates optimized charging plans based on the configured trading algorithms of FlexibilityTrader.
When creating charging plans, the FlexibilityAggregator takes into account...
How you can use the FlexibilityAggregator
Smart Energy Solutions
Would you like to automatically shift the charging of vehicles to times when the electricity price is particularly low? Our energy solutions with FlexibilityAggregator technology make this possible.
Modeling and data analysis
The FlexibilityAggregator platform is a data-driven technology that applies advanced mathematical modeling and data analysis techniques to collect and utilize vast amounts of information about the 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
For the Multi-Market procurement service, the predicted mobility needs per vehicle and the utilized flexibility (respective vehicle downtime) are aggregated into trading units in a flexibility model: a large battery with varying available power and capacity, as well as energy that needs to be traded.
After trading, FlexibilityAggregator distributes the energy amounts across the individual vehicle batteries. The platform responds to forecast deviations in real-time by using dispatching algorithms and applying closed-loop control systems. In this way, FlexibilityAggregator can meet all mobility needs while simultaneously minimizing risk by avoiding balancing energy.