HOW IT WORKS
Huse Mobility introduces cutting-edge wireless charging technology, designed for seamless operation and efficiency. Charging zones and Electric Roads empower e-fleets to stay powered throughout the day without interruptions, eliminating the dependency on bulky batteries and ensuring a balanced electricity demand.
Our integrated solution includes:
🔹Underground infrastructure for discreet and reliable power delivery.
🔹 Vehicle-side technology to enable smooth and efficient charging.
🔹 Advanced charging management software to optimize performance and operations.
Wireless Charging Technology Powering the Future | Huse Mobility
Designed for both static and dynamic charging, our Wireless Charging Solutions enable rapid and seamless deployment for electric vehicles using advanced wireless charging technology. Powered by a proprietary copper coil system, the infrastructure is installed just beneath the road surface, along highways, at bus stops, in parking areas, and within logistics hubs. Once embedded, the coils are sealed with asphalt, creating an intelligent Electric Road that wirelessly charges EVs in motion or at rest through cutting-edge wireless charging technology.
Key Offerings of Wireless Charging Solutions
Static Inductive Charging
Enables effortless charging while EVs are parked at homes, offices, or public spaces.
Dynamic Inductive Charging
An advanced wireless charging solution that enables seamless vehicle charging while in motion, perfect for highways and transit routes
Key Benefits of wireless charging technology
Delivers energy without physical connectors
Offering a hands-free, automated solution that keeps vehicles powered without downtime.
Enhanced Safety & Longevity
Wireless charging technology reduces wear and tear on connectors, while wired charging delivers a stable, high-power boost when needed.
Key Advantages of Wireless Charging Solutions
Pioneering Technology
Powered by next-generation wired systems and wireless charging solutions, experience seamless energy transfer for truly uninterrupted mobility.
Seamless Integration
Easy adoption into existing roadways and infrastructure.
Sustainability Focus
Reduces reliance on heavy-duty chargers and promotes clean energy use.
How Advanced Wireless Charging Technology Works
Roadway System
A management unit transfers power from the electricity grid to the in-road wireless charging coil segments when an authorized vehicle is directly above an in-road segment. Communication with vehicles is managed in real time.
Vehicle Kit
A vehicle unit receives the wireless energy from the wireless charging coils and transfers it to the vehicle battery.
Cloud based Management
Cloud-based management software enables live monitoring, and provides smart charging insights.
Our wireless charging solutions empower e-fleets to charge seamlessly during operation via dedicated zones and Electric Roads. Utilizing advanced wireless charging technology, this system reduces battery size, balances grid demand, and integrates in-road coils, vehicle hardware, and intelligent charging software for a complete end-to-end solution.
- Above-ground Management Unit (AMU): Transfers energy from the grid to the charging infrastructure.
- Underground Management Unit (UMU): Provides the same functionality as the AMU without any visual impact.
- In-road copper coils: Deliver power directly to the vehicle’s receiver.
- Vehicle receiver: Installed on the EV to transfer energy efficiently to the engine.
Management software: Monitors and manages optimal EV charging in real time, ensuring maximum efficiency.
Experience Next-Level Efficiency with Dynamic Wireless Charging Technology
Our wireless charging solutions are engineered for large-scale operations, allowing dozens of vehicles to charge simultaneously without adding strain to the electric grid. Quick and seamless infrastructure deployment ensures minimal disruption, while discreet underground installation maintains aesthetics and requires minimal real estate or building adaptations. By leveraging advanced wireless charging technology, our system maximizes electric vehicle utilization, significantly reducing charging downtime and eliminating range anxiety. Smaller battery sizes are possible, making vehicles lighter, more sustainable, cost-efficient, and providing extra space for passengers or cargo
Infrastructure Deployment Steps
-Management Unit (MU) installation
-MU Grid Connection
-Asphalt Milling
-Asphalt Base Layer
-Cable Trench Milling
-Laying Coils and Cables
-System Test
-Filling Trench with CLSM
-Asphalt Top Layers
Static Inductive Charging
For vehicles at rest, our Wireless Charging Solutions utilize advanced wireless charging technology to provide effortless energy transfer. Using underground coils, power is delivered safely and efficiently between a charging pad and a receiver, ensuring seamless operation for all types of electric vehicles.
Applications of Wireless Charging Solutions
Public Charging Stations
Ideal for urban areas and commercial spaces.
Residential Charging Pads
Convenient and compact for home setups.
Fleet Depots
Simplify fleet management with consistent, hands-free charging
FAQs On Wireless Charging Solutions
Roadway System
A management unit transfers power from the electricity grid to the in-road wireless charging coil segments when an authorized vehicle is directly above an in-road segment. Communication with vehicles is managed in real time.
Vehicle Kit
A vehicle unit receives the wireless energy from the wireless charging coils and transfers it to the vehicle battery.
Cloud based Management
Cloud-based management software enables live monitoring, and provides smart charging insights.
Wireless charging technology is basically a wireless charger that charges an electric vehicle without plugging in any cable. This technology uses magnetic fields to transfer electricity from the magnetic pad on the ground to a receiver on the car. It’s very easy to charge the vehicle as the car needs to be parked only and charging begins automatically without any effort.
Wireless EV charging works using copper coils that are buried just under the road or parking spot. When a car is parked over these points, then the wireless charging technology creates a magnetic loop that transfers energy right into the battery. It’s like how a wireless phone charger works, just scaled up for a whole vehicle.
It’s definitely safe because the energy transfer only happens when the system detects the car is perfectly aligned. This wireless charging technology is tucked underground, so there are no exposed wires or tripping hazards. It’s even designed to work perfectly fine in the rain or when the road is messy.
The biggest win is the pure convenience of never having to plug in a heavy, dirty cable again. Due to the wireless charging technology, a car has smaller, lighter batteries, which results in topping up while waiting at red lights or driving along specially equipped “electric roads” nearby.
Yes, wireless EV charging affects battery life. It can be better for a car because it encourages “snacking” on power in small bursts. Using wireless charging technology regularly keeps the battery in a healthy mid-range instead of letting it deep discharge. It stays much cooler than some high-power wired fast chargers, which helps longevity.
There are two main Wireless Charging Solutions, depending on needs: static and dynamic. Static is for when a car is parked at home or work, while dynamic charges a vehicle while it’s in driving mode. Both systems help eliminate range anxiety and keep the fleet moving without any stopping.
Right now, most cars need a small hardware kit installed to work with the system. While not every factory model has it yet, this wireless charging technology is becoming a popular add-on for fleets. But due to the increase in the growth of infrastructure, the number of manufacturers is increasing, which results in more vehicles supporting wireless charging.