Energy & Environmental Technology

GridMaximizer - Electricity grid status measurements with controllable electrical consumers

Ref.-No. 5497

Keywords: power grid, electric vehicle, charge, charging station, power, current

In order to shorten charging times, the charging stations should charge the vehicles with the highest possible amount of power. However, overcharging jeopardizes the stability of the grid. The effect of the withdrawal of electricity on the rest of the grid must also be taken into account here, especially on those parts of the grid that are further away from the feed-in. GridMaximizer is a system of measuring points distributed over the grid. It uses several electrical consumers to check the state of the grid at regular intervals. To do this, the grid is loaded with different amounts of power and the grid impedance is determined from the measurement results. By exchanging the data with other measuring points, a comprehensive picture can be obtained of the current status of the electricity grid and, for example, the maximum charging power can be determined.

Benefits

  • Increases the utilization of distribution grids
  • Increases grid stability
  • Optimized power for charging stations

Commercial Application

GridMaximizer is a system to increase grid utilization. GridMaximizer is particularly interesting for grid operators and operators of charging stations, but can also be of great use to other operators of systems with a high electricity requirement. The university is the holder of a patent application in Germany. International registrations are possible. On behalf of TH Köln University of Applied Sciences, we offer interested companies the possibility of licensing and the further development of the technology.

Status Quo

The university is the holder of a patent application in Germany. International registrations are possible. On behalf of TH Köln University of Applied Sciences, we offer interested companies the possibility of licensing and the further development of the technology.

An invention of TH Köln.

Dipl.-Ing. Martin van Ackeren

ma@provendis.info
+49 208 9410534