科技视界
科技視界
과기시계
Science&Technology Vision
2014年
6期
286-286,326
,共2页
蓄电池%温度控制%单片机
蓄電池%溫度控製%單片機
축전지%온도공제%단편궤
Battery packs%Temperature control%Single-chip
设计基于AVR单片机的蓄电池温度控制器设计方案,基本功能是采样蓄电池箱内实时温度,通过AVR单片机实现蓄电池温度的功率调节算法。实验证明,该控制器能有效地解决电池工作时对环境温度的敏感性问题。
設計基于AVR單片機的蓄電池溫度控製器設計方案,基本功能是採樣蓄電池箱內實時溫度,通過AVR單片機實現蓄電池溫度的功率調節算法。實驗證明,該控製器能有效地解決電池工作時對環境溫度的敏感性問題。
설계기우AVR단편궤적축전지온도공제기설계방안,기본공능시채양축전지상내실시온도,통과AVR단편궤실현축전지온도적공솔조절산법。실험증명,해공제기능유효지해결전지공작시대배경온도적민감성문제。
This thermal management controller is designed based on the AVR single-chip to fulfill the temperature requirement and act stably and efficiently. This controller samples the real-time temperature of the aviation battery packs and sends corresponding control signals, Experiments show that this controller has high stability performance, meets the environmental temperature requirements of the battery packs.