摘要
针对镍氢电池化成测试过程中电池放电以热能形式消耗的现象,提出一种基于MSP430单片机实现的能量回收装置,采用高效AC/DC和DC/DC变换、卡尔曼滤波技术等对传统电路进行改进和算法优化,有效解决系统测试过程中能量回收效率低的问题。
Aiming at the phenomenon that the discharge of Ni-MH batteries consumes heat energy in the process of formation test, an energy-recovery device based on MSP430 MCU is proposed. The traditional circuit is improved and the algorithm is optimized by using high efficiency AC/DC and DC/DC convertor, Kalman filter technology, which effectively solves the problem of low energy-recovery efficiency in the process of batter-formation test.
作者
林金亮
胡新福
赖月华
黄钟森
LIN Jin-liang;HU Xin-fu;LAI Yue-hua;HUANG Zhong-sen(Department of Information & Manufacturing Minxi Vocational And Technical College,Longyan Fujian 364021, China;Research Institute of Information Technology Fujian Weidong Environmental Protection Science and Technology Co., Ltd., Longyan Fujian 364000, China)
出处
《装备制造技术》
2019年第5期8-12,21,共6页
Equipment Manufacturing Technology
基金
福建省教育厅中青年研究课题资金资助(JB14189)
龙岩市科技局重点项目资金资助(2018LYF8016)
闽西职业技术学院校级科研创新团队资金资助(2016MZ08)
