Core Insights - LiTime has launched an encrypted Bluetooth connectivity technology for lithium batteries, debuting with the 12V 320Ah Mini Smart Self-Heating Battery, enhancing security by ensuring only authorized users can connect and control the battery [1][10][11] Group 1: Product Features - The new 12V 320Ah Mini Smart Self-Heating Battery is 35% smaller than a standard 12V 300Ah LiFePO₄ battery and weighs only 57.3 lbs, making it up to 70% lighter than three 12V 100Ah lead-acid batteries [5] - It offers an energy capacity of 4096Wh and a maximum continuous output power of 2560W, with the capability to expand up to 65.5kWh and 40.96kW for home energy storage or off-grid applications [5] - The battery features smart heating modes that allow users to switch between Regular and Energy-Efficient Heating Modes via the LiTime app, improving preheating speed and reducing charging time in cold conditions [5] Group 2: Security Enhancements - The encrypted Bluetooth technology addresses vulnerabilities in traditional Bluetooth solutions, preventing unauthorized access and ensuring that only the battery owner can control the device [3][8] - Key security mechanisms include a password recovery system via SN code, automatic reconnection for authorized devices, and a device isolation mechanism to prevent unauthorized access [7][8] - The technology was developed in response to user feedback highlighting security risks associated with existing Bluetooth connections, demonstrating LiTime's commitment to user-driven innovation [10][12] Group 3: Company Philosophy and Future Direction - LiTime emphasizes that meaningful product optimization is driven by real user experiences, and the new technology is a direct result of user feedback [12] - The company aims to continue refining its products based on user input, ensuring a safer and smarter power experience for outdoor enthusiasts [12][13]
LiTime Introduces Encrypted Bluetooth Connectivity for Lithium Batteries: Exclusive Access for Authorized Smartphones to Protect Energy Data Privacy and Control Security
Globenewswire·2025-12-31 22:00