Inductive Power Transfer

Inductive Power Transfer (IPT) opens many possibilities to designers requiring mobile electrification systems for their solutions. IPT was the first large scale contactless power transfer system which has revolutionised the way all kinds of moving machines may be supplied with electrical power. Based on the known principle of electromagnetic induction and developing it further to meet modern industrial needs, Conductix-Wampfler sets the bechmark in the field of electrification. 

Inductive Power Transfer IPT-Rail

  • No mechanical wear and tear and so no related maintenance required
  • Large mechanical tolerances and the absence of moving parts do allow high traveling speeds and easy transfer at switches etc.
  • No galvanic contact surfaces means use even under critical ambient conditions
  • Range of Components allows a modular setup, to ideal match requirements of transport, storage and material handling industries
  • Output Voltages matching with most frequency inverters in the market provide large design freedom
  • Safe and Reliable Operation do optimize Total Cost of Ownership (TCO)
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Inductive Power Transfer IPT-Floor

  • Obstacle free installation, crossable by other vehicles
  • Expensive and unwanted mechanical guidance slots are not longer necessary when iDAT is used for Guidance
  • No mechanical wear and tear and so no maintenance work related to it
  • Having no galvanic contact surfaces allows the use even under severe conditions
  • Charging onboard energy storage devices on segments inductively powered, allows hybrid solutions, covering peak power demands or allow travelling into unpowered zones
  • Range of Components allows a modular setup, to ideal match requirements of transport, storage and material handling industries
  • Output Voltages matching with most frequency inverters in the market provide large design freedom
  • Safe and Reliable Operation do optimize Total Cost of Ownership (TCO)
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Wireless Charger 3.0 – Inductive Battery Charging

  • Ideal for automated battery charging. Also for opportunity charging / in-process charging, resulting in increased availability of vehicles
  • Ease of implementation by unobtrusive and flexible integration concept
  • Reduced onboard battery capacity along with increased battery lifetime and vehicle efficiency
  • No plugs to handle and no exposed contacts means safe operation and battery charging under all conditions
  • No mechanical wear and tear of contact shoes and plates result in excellent Total Cost of Ownership (TCO)
  • No mechanical wear and tear means also the opportunity to use the Wireless Charger under sensitive conditions, i.e. in clean factory automation or in food production
  • Horizontal and vertical arrangements. Operation theatre determines the best arrangement, not the technology
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