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InterFlex is demonstrating islanding capabilities while assessing the potential business models of real microgrids that are based on on-site generation from 100% renewable sources such as PV or Wind.

We are experimenting ways to seamlessly swith from the grid mode. Such islanding will improve the security of supply for the customer and enable the use of renewable energies via automated control of residential assets and larger storage devices.

Across Europe InterFlex seeks to empower customers to bring their flexibility to the energy system and offer their assets to system operators and markets.

The aim is to make the customer’s demand flexible and controllable, without sacrificing comfort or economic principles…

Energy storage solutions aim at accumulating extra renewable power generated during consumption lows, and its use during consumption peaks.

Interflex demonstrators are testing residential as well as larger, shared battery systems to relieve network congestion, and increase the renewable hosting capacity of the grid.

InterFlex is experimenting on cross-energy-carrier integration to exploit untapped potentials for flexibility provision.

By enabling the interaction to other grids (e.g. gas, heat and cooling) electricity grid constraints caused by renewables shall be solved in an efficient and cost-effective way.

E-Mobility challenges the grid, as quick electric vehicle charging stations require big power loads.

Interflex demonstrators integrate Electric vehicle user profiles to adapt the charging power during congestion periodsor renewable generation peaks, with mitigation of negative impacts on customers.

Distribution grid automation allows for the enhanced integration of renewables and new load patterns including EV charging.

Grid automation also enables the reduction of fault localization and isolation times thus improving the reliability of power supply.

InterFlex improves the monitoring and control of both power distribution.