Wiferion CW1000 The compact wireless charging system for your AMR fleet

The Wiferion CW1000 is the ultimate solution for powering small autonomous mobile robots (AMR) and goods-to-person systems. This innovative wireless charging system is specifically designed to solve the challenges of modern automation processes and offers maximum efficiency, flexibility and reliability – all in a compact design – as the side length of an iPhone Pro Max.

CW1000 Mobile Charging Pad - MOCHA front and side view

The advantages of the CW1000 at a glance:

  • Powerful and compact: With 1 kW of power, the CW1000 offers wireless charging in a package that is 36% smaller than previous models. Perfect for smaller AMRs and limited space.
  • >Inductive charging technology: Thanks to wireless power transmission, the charging process starts automatically and without delay in under 1 second, which maximizes the productivity of your fleet.
  • >Maintenance-free: With no mechanical contacts, there is no need for maintenance. This means higher availability and lower operating costs for your fleet.
  • >High positioning tolerance: Your robots can be positioned flexibly, which further simplifies and accelerates the charging process.
  • >Easy to integrate: The integration of the charging electronics directly in the charging pad enables quick and uncomplicated installation – without any complex cabling.

The CW 1000 is optimized for maximum efficiency

Wiferion’s CW1000 allows your robots to be charged while they are in operation. This means that separate charging zones are no longer necessary, resulting in shorter charging times and continuous operation. The system increases the efficiency of your AMR fleet by up to 32% by eliminating unnecessary charging breaks.

Technical Specifications:

  • Power output: 1kW (up to 42A at >93% efficiency)
  • Charging time: Starts within 1 second
  • Size: 36% smaller than conventional systems
  • Positioning: High tolerance for simplified docking
  • Compact and modular: Perfect for small AMR systems
safelog - wireless charging - amr - compact - cw1000

Advantages of inductive charging
Inductive charging offers several advantages for robots:

  • Increased mobility and autonomy: the robots are not tied to a charging station, which allows for greater mobility and continuous operation.
  • Increased security: there is no longer any risk of tripping over cables or causing electrical hazards associated with traditional charging methods.
  • Reduced wear and tear: Because there is no physical connection, the charging components are subject to less wear and tear, which extends their lifespan.
  • Improved</span > efficiency: automated charging operations can be integrated into a robot’s operating cycle, reducing downtime.
  • Further advantages can be found on the Wiferion product page.
CW1000 Full System - Wiferion - a PULS brand

The CW1000 is perfect for OEMs and integrators

The CW1000 is not only designed for use in existing systems, but also offers an ideal solution for OEMs looking for compact and flexible charging solutions. By utilizing standard cabling and a spacesaving design that is even smaller than a smartphone, the system can be seamlessly integrated into any AMR platform.

Take your automation solutions to the next level – with Wiferion CW1000

Discover how wireless charging can revolutionize your production and logistics processes.

Contact us today for more information and a free consultation!


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    FAQ

    1. What makes inductive charging more advantageous for robots?

    Wireless charging offers several advantages for robots:

    • Increased mobility: Robots are not constrained by cables or wires, allowing for greater range and flexibility.
    • Increased uptime: Robots can charge autonomously, reducing downtime and increasing productivity.
    • Safety: The hazards associated with cables, such as tripping hazards or electrical risks, are eliminated.
    • Durability: Reduced mechanical wear at the charging ports, resulting in a longer device lifespan.

    2. How does wireless charging affect the operational efficiency of robots?

    Wireless charging significantly increases the operational efficiency of robots by:

    • Reducing downtime: Robots can be charged during breaks in operation, ensuring constant uptime.
    • Enabling continuous operation: Some systems allow charging while the robot is in operation, which is particularly advantageous in industrial environments where work continues around the clock.
    • Streamlining the workflow: Automated charging eliminates the need for manual intervention, enabling smoother workflow integration.

    3. Are there safety concerns with wireless robot charging?

    While generally safer than traditional methods, there are some considerations:

    • Electromagnetic interference (EMI): Wireless charging systems must be designed to minimize the EMI that could affect other electronic devices.
    • Heat generation: As with all charging methods, heat can also be generated by wireless systems, so suitable solutions for heat management are required.
    • Regulatory compliance: The systems must comply with safety standards and regulations for electromagnetic emissions. Wiferion’s wireless charging systems are designed and certified to have the lowest emissions.

    3. Are there safety concerns with wireless robot charging?

    While generally safer than traditional methods, there are some considerations:

    • Electromagnetic interference (EMI): Wireless charging systems must be designed to minimize the EMI that could affect other electronic devices.
    • Heat generation: As with all charging methods, heat can also be generated by wireless systems, so suitable solutions for heat management are required.
    • Regulatory compliance: The systems must comply with safety standards and regulations for electromagnetic emissions. Wiferion’s wireless charging systems are designed and certified to have the lowest emissions.

    5. How is wireless charging expected to develop over the next decade?

    Over the next decade, there could be several advances in robot wireless charging, including:

    • Greater efficiency and range: Technological improvements are expected to increase the efficiency of the charging process and the range of power transmission.
    • Integration with AI and IoT: Smart charging systems could be integrated with AI for optimized charging schedules and IoT for seamless operation in connected environments.
    • Adaptation to diverse environments: Innovations could lead to wireless charging solutions tailored to specific industries and environments, such as hazardous locations or outdoor use.

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