In the scenarios of intelligent warehousing and last-mile delivery, unmanned forklifts and unmanned express delivery vehicles are becoming the final key nodes connecting warehouses and users. However, their large-scale application has always been constrained by a fundamental issue: energy autonomy. The traditional model of "people looking for vehicles to plug in electricity" or "vehicles looking for charging stations to queue up" runs counter to the original intention of "unmanned operation". The mobile wireless charging solution of WIRELESSPT is leading a profound transformation from "people and vehicles finding power" to "smart power following the vehicle".

The Energy Dilemma of mobile Devices: The Stumbling block of the "last Mile" for unmanned operations

Whether it is unmanned forklifts in warehouses or unmanned delivery vehicles in parks and buildings, the current situation of their energy supply is worrying

Efficiency black hole: Unmanned forklifts need to travel back and forth to fixed charging areas for charging, with long empty running distances. Delivery vehicles need to be recalled manually or have their batteries replaced on duty, which seriously shortens the effective service time.

Intelligent disconnection: The ideal unmanned system should be able to make all decisions independently, but the charging process still requires human intervention, resulting in a "break point" in the entire automated process.

Environmental challenges: Outdoor delivery vehicles are exposed to rain, snow and dust. Warehouse forklifts are exposed to oil stains and vibrations. Traditional charging interfaces are prone to erosion and malfunction frequently.

Low asset utilization rate: A large number of devices are idle due to charging or waiting for charging, diluting the return on fixed asset investment.

WIRELESSPT's distributed "energy microgrid" solution

What we have built for mobile robots is a distributed and intelligently accessible micro-network for energy replenishment.

System innovation composition

1. Adaptive "Energy Hotspot" : For unmanned forklifts, the transmitting end can be simply deployed at the end of the shelf aisle, the waiting area of the platform or the ground of the charging room to form a network. For unmanned delivery vehicles, they can be deployed at essential "nodes" such as park gates, elevator lobbies, and delivery stations, forming an invisible energy network covering the service area.

2. Super compatibility with vehicle-mounted end: The receiving end module has a wide voltage adaptability and can be compatible with lithium battery packs of different brands of forklifts and delivery vehicles. The structure is sturdy, shock-resistant and anti-shake, meeting the harsh working conditions of vehicle operation.

Core Advantages and Value Reshaping

1. Achieve a true "unmanned" closed loop: Completely liberate people from the energy management cycle and enable the "unmanned fleet" to achieve full-process autonomy from execution to maintenance.

2. Maximize asset utilization: Through "opportunity charging", the standby time of equipment approaches zero, and the daily processing capacity of a single vehicle increases by more than 25%, significantly reducing the cost per operation.

3. Ultimate environmental adaptability: Fully enclosed wireless transmission, fearless of wind, rain, oil stains, and dust. The equipment can operate stably in more complex environments, expanding application boundaries.

4. Elastic expansion and lean Management: Energy hotspots can be flexibly added according to business growth without the need to modify the main power facilities. All charging behaviors and data are precisely recorded, providing solid data for energy consumption analysis and cost accounting.

WIRELESSPT's mobile wireless charging solution has freed unmanned forklifts and delivery vehicles from the "battery anxiety disorder". It endows mobile robots not only with the ability to act continuously, but also with the "awareness" to manage energy autonomously. This marks that logistics automation has moved from "execution automation" to a higher-dimensional stage of "survival and decision-making automation".