搜索资源列表
CSY
- 针对锂离子电池的抗过充、过放能力弱,应用中要求有较为完善的保护措施和较高精度的充放电控制电路而设计的测试仪汇编原代码。-Lithium-ion battery for the anti-overcharge, over discharge, low application requires a more comprehensive protection measures and high precision charge and discharge control circuit tester
4TD
- 是一个单片机8051F410控制锂电池充放电的程序-Is a lithium battery charge and discharge control microcontroller 8051F410 procedures
55851545655
- 本文从电动自行车能源转变趋势论述了采用超低功耗、高性 能MSP430F20X3设计电动自行车的锂电池充、放电保护电 路的方案。该方案从系统架构、充放电电路、检测及保护电 路设计的每一个细节论述设计的全过程,为电动自行车电源 的设计者提供了比较全面的参考。-L._ion Battery Charge—discharge Protection Scheme of Electric Bicycle
2711-Li-charger-online
- 2711锂电池充放电监控,用于松翰2711制作的锂电充放电监控,内含工程代码,ADC,电压电流代码等。-2711 Li-ion battery charge and discharge control for the production of lithium Sonix 2711 discharge monitoring, including project code, ADC, voltage and current codes.
222.ZIP
- 基于锂电池充放电状态的混合储能系统控制策略设计-Li-ion battery hybrid energy storage system based on the state of charge and discharge control strategy design
Battery_li_ion_model
- 锂电池模型 主要对电池的外围电路,充放电特性做了sinmulink环境下的模拟,是锂电池初学者一个很好的入门学习-Lithium battery model is mainly peripheral circuit battery charge and discharge characteristics do simulation sinmulink environment, is a good place to start for beginners lithium learning
GPR程序
- 基于高斯过程回归的锂电池充放电性能的预测(Prediction of Charge and Discharge Performance of Lithium Batteries Based on Gaussian Process Regression)
tida00449
- TI MSP430+BQ76930锂电池充放电管理代码(BMS code by using TI MSP430+BQ76930)
LIGHT-SUN-RX803
- 太阳能路灯控制器二进制烧写代码,应用于太阳能路灯控制系统锂电池充放电控制。(Binary burning code for solar street lamp controller)
Stm8_Driver_BQ24295
- 用于STM8系列芯片的BQ24295芯片驱动代码,用于控制单节锂电池的充放电管理,使用了“STM8S_StdPeriph_Lib_V2.2.0”库函数用于IO配置,使用了虚拟I2C和虚拟SPI端口控制(code be used to drive bq24295 on stm8, can control one li-on battery charge and discharge, the code based on "STM8S_StdPeriph_Lib_V2.2.0" l
锂电电量测试充放电对应公里
- 测试48v锂电池的充放电电流和骑行过程中剩余里程数。(Test the charging and discharging current of 48V lithium battery and the remaining mileage during riding.)
新建文件夹
- 该MATLAB仿真程序用于锂电池的充电和放电控制(24/5000 The MATLAB simulation program is used for charging and discharging control of lithium battery.)
锂电池模型、优化设计和仿真Simscape Language
- 该文件包含锂离子电池模型参数估计和仿真。 1)估计。SLX锂离子电池包含一个等温的单电池模型,具有1-RC等效电路 2)单细胞模拟(SSCL锂离子电池1RC.SLX)。该模型利用在等效电路元件内布置为查找表的估计实例的参数,模拟单电池在简单脉冲充放电循环下的电热响应。 3)电池组,抽象版本(SSCLILIUMUBATYYY1CELL。SLX)。 4)电池组,详细版本(SSCLILIUMUBATTYYY80CCELL,S
FJ-B005-4850-H0_20171027
- 锂电池保护板规格说明书,16串锂电池,50A充放电。(Specification for lithium battery protection panel)
lithium battery
- 锂离子电池储能的一阶响应仿真模型,能基本实现电池储能的充放电。(The first-order response simulation model of Li-ion battery energy storage can basically realize the charge and discharge of battery energy storage.)
锂电池模型
- 锂电池simulink仿真模型,充放电电流、温度、电池初始电量为输入,电压、电流、SOC等参数为输出。(Lithium battery simulink simulation model, charge and discharge current, temperature, initial battery charge are input, voltage, current, SOC and other parameters are output.)
lidianchi_190322
- 锂电池模型,这个模型可用于锂电池充电和放电的仿真,输入充放电电流,即可输出端电压和开路电压(This model can be used to simulate the charging and discharging of lithium batteries. The input charging and discharging current can be used to output terminal voltage and open circuit voltage)