18745815. METHOD FOR STARTING ELECTRIC VEHICLE BY USING EXCHANGEABLE BATTERY PACK EMPLOYING WIRELESS COMMUNICATION SCHEME simplified abstract (LG Energy Solution, Ltd.)
METHOD FOR STARTING ELECTRIC VEHICLE BY USING EXCHANGEABLE BATTERY PACK EMPLOYING WIRELESS COMMUNICATION SCHEME
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METHOD FOR STARTING ELECTRIC VEHICLE BY USING EXCHANGEABLE BATTERY PACK EMPLOYING WIRELESS COMMUNICATION SCHEME - A simplified explanation of the abstract
This abstract first appeared for US patent application 18745815 titled 'METHOD FOR STARTING ELECTRIC VEHICLE BY USING EXCHANGEABLE BATTERY PACK EMPLOYING WIRELESS COMMUNICATION SCHEME
The present invention involves a method for turning on an electric scooter by supplying power to the ECU through an interchangeable battery pack, eliminating the need for an auxiliary battery that traditionally powers the ECU.
- The innovation includes the use of interchangeable battery packs that communicate wirelessly, allowing for easy swapping and efficient power delivery.
- The driving signal for the interchangeable battery pack is received wirelessly from a smart device, simplifying the process of activating the electric scooter.
- By removing the reliance on a dedicated auxiliary battery, the system becomes more streamlined and user-friendly.
- The use of wireless communication technology enhances the overall efficiency and convenience of the electric scooter's power system.
Potential Applications: - Electric scooter industry - Battery technology sector - Smart device integration market
Problems Solved: - Eliminates the need for an auxiliary battery - Simplifies the process of turning on an electric scooter - Enhances the efficiency of power delivery
Benefits: - Improved user experience - Streamlined power system - Enhanced convenience and ease of use
Commercial Applications: The technology can be applied in electric scooter manufacturing, battery technology development, and smart device integration, offering a competitive edge in the market.
Questions about the technology: 1. How does the wireless communication system improve the efficiency of the power delivery in electric scooters? 2. What are the potential implications of eliminating the auxiliary battery in terms of cost and maintenance?
Original Abstract Submitted
The present invention relates to a method of turning on an electric scooter by supplying power to the ECU when the interchangeable battery pack is driven by eliminating the auxiliary battery that always supplies power to the ECU that turns on the start of the electric scooter, providing an interchangeable battery packs using wireless communication type, and using a wireless communication signal received from a smart device as a driving signal of the interchangeable battery pack.
