Long-term high-power battery system with intelligent management
OwnerKuo-Hsin Su, Ta-Yu Su +1inventors
InventorsKuo-Hsin Su, Ta-Yu Su, Hsun-I Lee
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OwnerKuo-Hsin Su, Ta-Yu Su +1inventors
InventorsKuo-Hsin Su, Ta-Yu Su, Hsun-I Lee
Estimating the term…
A long-term high-power battery system with intelligent management includes a battery cell, and a battery management system including a secondary control system, a low-power switching element, a high-capacity relay and a battery cell voltage balancing system. When the secondary control system detects a high current load generated by the vehicle startup, the low-power switching element first interrupts the high load connected to the battery management system, and immediately starts the high-capacity relay, so that the large current passes through the high-capacity relay to provide the large current required by the vehicle load equipment. Through the battery cell voltage balancing system, the voltage difference between each battery cell is effectively controlled.
A long-term high-power battery system with intelligent management, comprising a battery and a battery management system, a high-power current circuit for charging and discharging and a low-power load current circuit, said battery comprising at least one battery cell therein, said battery management system comprising a secondary control system, a low-power switching element, a high-capacity relay and a battery cell voltage balancing system, said battery management system and said low-power switching element being connected to said low-power load current circuit, said high-capacity relay being capable of carrying a large current and being set on said high-power current circuit to divide the high-current and low-current circuits, wherein when said secondary control system detects the high current load generated by the vehicle startup, said low-power switching element first interrupts the high load connected to said battery management system, and immediately activates said high-capacity relay set on said high-power current circuit through said secondary control system, so that the large current is allowed to pass through said high-capacity relay to provide the high current required by the vehicle load equipment such as the engine starter motor when starting the engine, so as to protect said low-power switching element.
Dependencies are inferred from the claim text.