battery status

And, comparing with the previous battery charge status model, the new model could reflect the released energy of the current battery power status under the conditions of the actual discharge exactly. That meet the actual needs of determining the battery status to the battery management system.

同时，对以前的蓄电池荷电状态模型进行比较，新模型能准确地反映电池现行能量状态在实际放电条件下所能放出的能量，满足了电池管理系统对蓄电池状态判断的实际需要。

Besides, the battery under and over temperature protection module, battery status detection module, and power status detection module are also added in the system to allow the intelligent control of the charging process.

此外本文还增加了电池温度保护功能、电池状态检测功能、电源状态检测功能等，实现了对充电过程的智能化控制。

All functions modules, including the power supply circuit, the configuration circuit, the communication link circuit, the necessary circuit and external hardware circuits combined by the application characteristics of portable battery status device.

结合便携式电池状态检测设备的应用特点，对各功能模块进行了包括供电电路、配置电路、通信连接电路等相关外围硬件电路的设计与连接。

The detection terminal display output waveform, harmonic analysis, the battery charge/ discharge status and battery remaining.

本论文实现了输出波形显示、谐波分析、电池充/放电状态显示和电池剩余电量显示等重要功能。

Cpufreqd: This daemon can be configured to react to battery level, AC status, temperature, running programs, processor usage, and more.

cpufreqd：这个守护进程可以对电池电压、AC状态、温度、正在运行的程序、处理器使用量等做出反应。

The engine is smoothly re-engaged whenever the battery status approaches a low charge level or the electronic throttle opening requires acceleration beyond the50 kph operating limit.

发动机是顺利re-engaged每当电池状态接近低收费的层面上或电子节气门开需要加速50公里以外的操作限制。

Examine the battery status regularly.

对电池进行定期的检查。

Examine the battery status regularly. Inspection Made Easy

对电池进行定期的检查。钢丝绳的检查

Press to check the battery status.

按此键可电池状态。

All the real-time parameters such as temperature, current, voltage, capacity and the battery status, can be read through the SMBus.

可以通过接口读出系统的一些参数和过程、状态参数。

By providing the ability to communicate with the BMS interface and algorithm management system is capable of charging the battery charging status changes, to achieve intelligent charging.

由于提供了能够与BMS进行通信的接口及算法，充电管理系统能够根据电池的状态改变充电方式，实现充电方式的智能化。

Moreover, in order to control system operation and monitor real-time battery status effectively, it also develops a centralized computer control system interface based on CAN communication network.

此外，为了有效地控制系统运行及实时监测电池状态，还设计了以CAN通信网络为基础的集中式计算机监控系统界面。

Moreover, the management system could pre-estimate succeeding running capability of EV according to battery status.

并根据电池的工作状态来实时预测电动汽车的后续工作能力。

The method of fast battery charging is put forward based on battery status change.

提出了可根据蓄电池状态变化的智能型快速充电方法。

For the PV battery charging system, research on the MPPT algorithm about converter duty cycle regulation based on the character of battery and work status of the circuit. From the research result shows that the system can catch the 90% energy from the input.

针对光伏蓄电池充电系统，根据对蓄电池充电特性的研究结合主电路工作特性，研究调节变器占空比的MPPT算法，在实现系统中得到验证其能源利用率可达90%以上。

The former four chapters form the first part, the first part starts from recognizing green battery, by analyzing the developing situation of battery in the world, summarizes the developing trait of battery industry, affirms the green battery industry's status in battery industry.

前四章为第一部分，第一部分从认识绿色电池出发，通过分析世界电池的发展状况，总结出电池产业的发展特点，从而确认绿色电池产业在电池产业中的重要地位。

It has a much improved charging case with a battery status indicator.

它有一个电池充电状态指示灯的情况大有改善。

This includes the time of seal closure, the time of seal opening and the battery status.

主要包括密封的起始时间，密封的开启时间和电池的状态。

The receiver indicates the baby's breathing, as well as the state of the wireless connection with the monitor and the battery status.

接收器显示出婴儿的呼吸情况，同时也显示出接收器与监视器的无线连接状态以及电池使用状况。

Study on Operating Battery Management System and Status Measurement of Batteries in an Electric Vehicle

电动汽车蓄电池组电池管理及其状态检

The host computer acquires the capacity data of battery and AC status from UUT through the network, and then compared it with the control limits thus to control the output status of the power box.

主控机通过网络读取测试机的AC状态和电池电量与控制限值比较，进而控制电源箱的输出状态达到充放电测试的目的。