中低空系留浮空器电源智能BMS设计
Energy Storage Equipment BMS Design of the Mid-Low Altitude Tethered Aerostat
DOI: 10.12677/SG.2019.91002, PDF,    科研立项经费支持
作者: 廖闻迪, 何 为, 段 毅：东莞前沿技术研究，广东 东莞
关键词: 中低空系留浮空器；电池技术；电池管理系统；Mid-Low Altitude Tethered Aerostat； Battery Technology； Battery Manage System
摘要: 智能BMS储能装备BMS是中低空系留浮空器艇上储能装备的重要组成部分，因其使用环境、高可靠性设计需求而存在较多设计难点。根据浮空器特种供电装备的技术要求，对储能装备BMS进行研制，采用NXP主控芯片和LAPIS通信芯片为核心硬件架构，并自主研发控制软件。经充分功能和环境测试后，BMS自主研发的高密度储能装备在中低空系留浮空器上稳定使用超过2年，在线充放、不间断供电等各项功能满足设计要求。
Abstract: Energy storage equipment BMS was one of the most important equipments in the system of UPS system of the tethered aerostat. Because of its applicant environment and high reliability designing requirements, there were many technical difficulties. According to the requirements of the special power supply equipment technology of the tethered aerostat, the BMS for energy storage equipment was developed, using NXP master control chip and LAPIS communication chip as the core hardware architecture. And the control software was developed independently. By fully func-tional and environmental tests, the high density energy storage equipment which the BMS was fully independent developed in tethered aerostat has being used on line more than 2 years. The various functions of the BMS like online charge/discharge, uninterruptible power supply met the design requirements.
文章引用：廖闻迪, 何为, 段毅. 中低空系留浮空器电源智能BMS设计[J]. 智能电网, 2019, 9(1): 11-22. https://doi.org/10.12677/SG.2019.91002

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