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Our Know-How

  • electrical energy management and power electronics
  • grid technology and systems engineering
  • requirements to guarantee an optimal operational management of electrical networks and facilities
  • operation and error processes in electrical power networks
  • grid protection (protection from short circuiting, overload, and overvoltage)
  • mathematical methods for network calculation (load flow, short circuit, insulation coordination, circuit feedback, PowerQuality as well as static, dynamic, and transient stability)
  • development of mathematical models of equipment of the electrical power grids and consumers as the base for the network calculation
  • control theory, modelling of regulatory structures for the network calculation
  • non-linear response of equipment and its modelling
  • course of technological processes in connection with the electrical performance
  • extensive in-depth knowledge of the market

Your Benefits

  • operational demands of the electrical equipment within the permitted limits
  • guarantee of the contractually agreed grid code
  • guarantee of a safe and reliable grid protection
  • transparency of the electrical conditions in the power grid
  • reduction of grid losses and the costs resulting from them
  • prevention of grid and facility disturbances and the follow-up costs connected to them
  • guarantee of a safe and reliable operation of power grids and the electrical consumers and generation facilities connected to them
  • discovery of hitherto unknown potential savings