Hyundai motor company (20240194965). COLD WEATHER SMART BATTERY HEATING AND CHARGING STRATEGY UTILIZING MULTI-STAGE BATTERY HEATING CONTROL simplified abstract
COLD WEATHER SMART BATTERY HEATING AND CHARGING STRATEGY UTILIZING MULTI-STAGE BATTERY HEATING CONTROL
Organization Name
Inventor(s)
Kevin Lee of Los Angeles CA (US)
COLD WEATHER SMART BATTERY HEATING AND CHARGING STRATEGY UTILIZING MULTI-STAGE BATTERY HEATING CONTROL - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240194965 titled 'COLD WEATHER SMART BATTERY HEATING AND CHARGING STRATEGY UTILIZING MULTI-STAGE BATTERY HEATING CONTROL
The patent application describes systems and methods for preheating a battery heater of an electric vehicle based on the ambient temperature of the battery.
- The method involves determining the estimated vehicle start time and checking if the ambient temperature of the battery is below -5°C.
- Different heating functions (level 1, level 2, level 3) are performed based on the ambient temperature range of the battery.
- The system optimizes battery heating to ensure efficient performance of the electric vehicle in cold weather conditions.
Potential Applications: - Electric vehicles - Battery heating systems - Automotive technology
Problems Solved: - Ensuring optimal battery performance in cold weather - Improving efficiency of electric vehicles in low temperatures
Benefits: - Enhanced battery life - Improved driving range in cold climates - Energy efficiency
Commercial Applications: Title: "Efficient Battery Heating System for Electric Vehicles" This technology can be utilized by electric vehicle manufacturers to enhance the performance of their vehicles in cold weather conditions, attracting environmentally conscious consumers.
Prior Art: Prior research may exist on battery heating systems for electric vehicles, as this is a crucial aspect of electric vehicle technology. Researchers can explore existing patents and publications in the field of electric vehicle thermal management systems.
Frequently Updated Research: Researchers are constantly exploring ways to improve the efficiency of electric vehicle battery heating systems. Stay updated on the latest advancements in electric vehicle thermal management for potential innovations.
Questions about Battery Heating Systems for Electric Vehicles: 1. How does the ambient temperature affect the performance of electric vehicle batteries? 2. What are the key considerations in designing an efficient battery heating system for electric vehicles?
Original Abstract Submitted
systems and methods for preheating a battery heater of an electric vehicle (ev) are provided. the method may comprise determining an estimated vehicle start time for the ev, determining whether an ambient temperature of a battery is less than −5� c., when the ambient temperature of the battery is less than −5� c., performing a level 1 heating function, when the ambient temperature of the battery is not less than −5� c., determining whether the ambient temperature of the battery is between −5� c. and 5� c., when the ambient temperature of the battery is between −5� c. and 5� c., performing a level 2 heating function, when the ambient temperature of the battery is above −5� c. and not between −5� c. and 5� c., then, determining whether the ambient temperature of the battery is between 5� c. and 10� c., and when the ambient temperature of the battery is between 5� c. and 10� c., performing a level 3 heating function.
