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Battery-Pack-Modeling-Simulation
- 关于动力电池系统的模型建立、仿真分析和实时调度的资料。-Battery Pack Modeling Simulation and Real Time Deployment
BMS161119
- 本文挡是一个简单电池上位机监控系统软件，包括界面设计、电压电流的监测-This article is a simple cell block PC monitoring software system, including monitoring interface design, voltage and current
FM01BTS
- FM01BTS、 FM01BTD 是一款低功耗并具有高性能的电源管理 IC，主要针对锂电池充电器而设计，与简单低成 本的 RCC 电路相比省去碳膜电阻一个、绦纶电容一个、 IN4148 二极管一个、 SS8050 三极管一个、稳压管一个， 最大程度的节约了系统成本,除了为用户提供高性价比的 AC/DC 电源系统应用以外，而且 IC 内部高度集成了欠压 锁定，过压保护，过温保护，限流保护，开短路保护等功能，使得 IC 的工作寿命大大延长。-CURRENT MODE PWM CONTRO
PLiBatteryElements
- 锂离子电池的电池建模 2阶RC模型 包含5个参数-program of libattery elements
ETA6002
- ETA6002电池快速充管理IC.通过调试电流可以到2A-ETA6002 battery charge management IC. By debugging the current can be 2A.
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- 全钒液流电池是当今世界上规模最大、技术最先进、最接近产业化的液流电池，在风电、光伏发电、 电网调峰等领域有着极其良好的应用前景-Vanadium redox flow battery is the world' s largest and most technologically advanced, closest to the industrialization of the flow cell, wind power, photovoltaic power generation,
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- 全钒液流电池是一种新型蓄电储能设备，不仅可以用作太阳能、风能发电过程配套的储能装置，还可以 用于电网调峰，提高电网稳定性，保障电网安全。-Vanadium redox flow battery energy storage is a new storage device, not only can be used as solar energy, wind power energy storage devices supporting the process can also be used
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- :简要介绍了全钒氧化还原液流电池的工作原理, 并对钒电池的组成及其电解液的制备方法和钒电池 的分类及市场前景进行了简明叙述。-: An Introduction to vanadium redox battery works, and the market prospects and classification method for preparing the composition of vanadium battery and battery electrolyte and vanad
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- 全钒液流电池从1984 年问世以来, 经历了快速的发展并逐步走向商业化。由于其独有的优势, 近年来在固定型 储能系统上的应用得到了推广-Vanadium redox flow battery since 1984 inception, has experienced rapid development and gradually move toward commercialization. Because of its unique advantages, in recent years,
电源极性自动转换
- 电源极性自动转换，双向，可用于充电器或接到用电器，实现锂电池的随意接
liBatery
- 本文介绍智能电能表用锂亚电池故障分析及防钝化设计，对研究锂亚电池供电的系统有帮助。-This article describes the intelligent energy meter with lithium sub-battery failure analysis and anti-passivation design, the study of lithium sub-battery power supply system, help.
BMS
- 此文档是2008年奥运会电池管理的详细说明，包含对钜威电池管理的硬件和软件描述，方案雷同，估计他们之间有着千丝万绿的关系-This document is a detailed descr iption of the 2008 Olympic Games battery management, including hardware and software to describe the huge power of the same program, it is estimated that t
Peer_To_Peer_Operation
- 通过 MA TLAB/ Simulink 软件搭建光伏电池模型 、 简化燃料电池模型以及柴油发电机模型等微电源的 Simulink 模型 ,并利用 MA TLAB 自带的风机模型一起 , 构建简单的微电网模型-Through MA TLAB/ Simulink software to build photovoltaic cell model, The simplified fuel cell model and the Simulink model of the micro pow
EV_SOCBMS
- 动力蓄电池作为电动汽车的动力来源，其性能的好坏会对电动汽车的可靠性、安全和效率等方面起到重要作用。目前常用的电池有铅酸电池、镍氢电池、锂离子电池与燃料电池。-Power battery as a power source of electric vehicles, the reliability of its performance will have electric vehicles, safety and efficiency has played an important role. T
ccm-Battery-Simulation
- SCI文章，关于电池热失控 ccm ccm Battery Simulation.zip-ccm Battery Simulation.zip
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- 电池热失控与热管理SCI论文 monifangzhen shiyan-Battery thermal runaway and thermal management thesis
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- 电池热失控与热安全仿真实验sci论文 bucuode youyong-Battery thermal runaway and thermal safety simulation experiment sci paper
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- 电池热失控热安全仿真研究实验报告SCI henhaode a-Battery thermal runaway thermal safety simulation research lab reports SCI
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- 电池热失控与热安全保证技术论文仿真实验验证对比分析的-Battery thermal runaway comparative analysis and thermal safety assurance of technical papers simulation experiment
Solar-cottage-1
- 太阳能小屋光伏电池尺寸的选择优化算法，可以参考-Solar hut photovoltaic cell size selection optimization algorithm, you can refer it.