wireless electric vehicle charging solution
With EVs becoming more and more popular in the Indian market, enterprises are increasingly upgrading the supporting infrastructure to facilitate convenience for Ev drivers and increase adoption of EV’s. Apart from convenience, improvements to the infrastructure also encourage wider EV adoption across the populace, thereby accelerating the transition to carbon-free, green energy. Charging is the most important element of this infrastructure, and the majority of developments have been made towards improving this aspect, the newest one being wireless electric vehicle charging. Yes, EV owners can now enjoy the same level of ease with their cars as they do with their phones. More importantly, it opens up efficiency Efficiency, speed levels and uninterrupted ease of transportation. In this blog,Explore the types of wireless charging architectures.  

Types of Wireless Electric Vehicle Charging

There are 2 ways to wireless transfer power to an EV –  A static mode and Dynamic mode. Pls dont use words statically and dynamically

  • Static EV Charging (Office or Home Charging Station)

Static charging requires the vehicle to be at standstill while being charging. Very similar to conventional wired charging but rather having transfer of power through induction. While the vehicle is parked over the wireless charging area, the transmitters laid underneath the asphalt couple power into the receivers placed underneath the chassis of the vehicle  

  • Dynamic Wireless Electric Vehicle Charging (Highways and Roads)

The mechanism will be similar to the static wireless charging systems and will be expected to operate seamlessly at no speed barrier.This will allow EV owners to drive long distances without running out of power. Building these wireless charging roads will undoubtedly be a costly undertaking but is a long way off in the future. 

  • Capacitive Wireless Electric Vehicle Charging System (CWCS)

In this method, energy is wirelessly transferred from the transmitter to the receiver through a displacement current generated by varying the electric field. Coupling capacitors are used instead of magnets and coils for wireless charge transmission.   The process goes as follows – a power factor correction circuit first processes the AC voltage to enhance efficiency and maintain voltage levels. It is then converted to high-frequency AC by an H-bridge, creating an oscillating electric field. This field induces displacement current at the receiver, which is converted to DC to charge the battery.

  • Permanent Magnet Gear Wireless Electric Vehicle Charging System (PMWC)

In the permanent magnet gear wireless electric vehicle charging mechanism, both transmitter and receiver have armature windings and synchronised permanent magnets.  The transmitter operates like a motor, with AC current inducing mechanical torque and rotating its magnet. This rotation causes synchronous rotation in the receiver magnet due to magnetic interaction.  The receiver then generates AC current and starts acting as a generator. The generated AC power is rectified, filtered, and fed to the battery through power converters.

  • Inductive Wireless Electric Vehicle Charging System (IWC)

The basic principle of an inductive wireless electric charger is Faraday’s law of induction.  Wireless power is transmitted by mutual induction between the transmitter and receiver coils. The transmitter coil’s AC magnetic field induces AC power in the receiver coil.  This AC output is filtered and rectified to charge the EV’s battery. Power transfer depends on frequency, mutual inductance, and coil distance, and it operates at 19 to 50 KHz.

  • Resonant Inductive Wireless Electric Vehicle Charging System (RIWC)

Lastly, high-quality resonators transmit energy efficiently at resonance, allowing for power transfer over long distances without wires. The maximum electric transfer occurs when the transmitter and receiver coil resonant frequencies match.  Additional compensation networks in series and parallel combinations are added to optimise resonant frequency and reduce losses. RIWC’s operating frequency is between 10 and 150 KHz.

Wrapping up

The auto industry is steadily moving into a phase where EVs will occupy more and more market share, forcing manufacturers to meet emission standards.  As the transition from ICE to EVs unfolds, our infrastructure needs to be ready to support this shift, chiefly in terms of charging.  HuseHQ, with our R&D and innovation, is making it easy for facilities, commercial spaces, and residential spaces to transition to an EV-friendly infrastructure with our static and dynamic wireless electric vehicle charging. Connect with us to learn more about our capabilities.

FAQs On Wireless Electric Vehicle Charging

What is wireless electric vehicle charging?

Wireless electric vehicle charging is an advanced charging method that allows EVs to charge without physical cables or plugs. Using electromagnetic induction, energy is transferred from a charging pad installed on the ground to a receiver mounted underneath the vehicle. Huse HQ provides cutting-edge wireless EV charging solutions designed for seamless and efficient energy transfer.

How does Huse HQ wireless electric vehicle charging work?

Huse HQ’s wireless electric vehicle charging system uses inductive charging technology. A transmitter coil embedded in the ground creates a magnetic field, which transfers power to a receiver coil installed in the EV. This process ensures safe, efficient, and automatic charging without any manual intervention.

Is wireless electric vehicle charging safe?

Yes, wireless electric vehicle charging systems developed by Huse HQ are designed with advanced safety standards. The system only activates when a compatible vehicle is correctly positioned over the charging pad, preventing energy leakage and ensuring safe operation for users and pedestrians.

What are the benefits of wireless electric vehicle charging?

Wireless electric vehicle charging offers multiple advantages:

  • No cables or plug-in hassles
  • Reduced wear and tear
  • Enhanced convenience
  • Weather-resistant operation
  • Improved safety

Huse HQ integrates smart monitoring and automation for a seamless charging experience.

Can wireless electric vehicle charging be installed in homes?

Yes. Huse HQ offers wireless EV charging solutions suitable for residential installations. Homeowners can install a ground charging pad in their garage or driveway for convenient, automatic charging.

Is wireless electric vehicle charging suitable for commercial use?

Absolutely. Huse HQ designs scalable wireless electric vehicle charging infrastructure for commercial spaces such as parking lots, office complexes, malls, fleet hubs, and public transportation systems.

Does wireless electric vehicle charging work while driving?

Dynamic wireless electric vehicle charging technology allows vehicles to charge while in motion using embedded road infrastructure. Huse HQ is committed to developing advanced solutions that support both stationary and dynamic charging applications.

How efficient is wireless electric vehicle charging compared to plug-in charging?

Modern wireless electric vehicle charging systems by Huse HQ offer high energy efficiency levels comparable to traditional wired chargers. Continuous innovation ensures minimal energy loss during power transfer.

Is wireless electric vehicle charging compatible with all EVs?

Wireless electric vehicle charging requires compatible receiver hardware in the vehicle. Huse HQ works with OEMs and technology partners to ensure broad compatibility and future-ready integration.

Why choose Huse HQ for wireless electric vehicle charging solutions?

Huse HQ stands out for:

  • Advanced wireless electric vehicle charging technology
  • Scalable infrastructure solutions
  • High safety and efficiency standards
  • Seamless integration for residential, commercial, and public use
  • Future-ready EV charging innovation

You May Also Like

dynamic charging of electric vehicles
on

Dynamic Charging of Electric Vehicles: The next step in Electric Mobility

on

Wireless Charging Roads Companies: Making EV Charging Seamless & Smart

wireless charging for electric vehicles
on

How Is Wireless Charging for Electric Vehicles Revolutionizing the EV Industry?