The seasonality of wind energy and the periodicity of sunrise and sunset of solar energy must be overcome in order to make better use of new energy, and energy storage systems can play a big role here. A common energy storage station is equivalent to tens of thousands of batteries together. The system's requirements for performance, stability, and safety can be imagined, among which high-performance BMS plays an indispensable key role. ADI covers the entire process of energy generation, transmission, utilization and storage. It empowers the green energy cloud through system and chip technology including battery BMS, making the use of renewable energy more reasonable. Its latest high-precision 18-channel battery management chip ADBMS1818 can measure up to 18 series-connected battery cells and has a system design optimized for energy storage applications. Next, we will explore the hard-core technology behind energy storage applications with Littleshrimp, a senior netizen of the EEWorld forum!
I am just starting to learn this, and I hope someone can provide me with the next template. The Keil version I am using now is 4.70A. I created a new project and there are many problems. And I don't k
In the original post [url]https://en.eeworld.com/bbs/thread-469733-1-1.html[/url], there are three MSP430 boards, 100 yuan for free shipping in Jiangsu, Zhejiang and Shanghai. Why are there four board
My boss doesn't want to buy a PC keyboard, he wants to make one himself. Everything else can be done, but how to write the code in the chip that is like a plaster in the keyboard? I would like to ask
May I ask what download program can be used for LM3S811? What simulation can be used? Now there is only a minimum system [[i] This post was last edited by ming1006 on 2013-1-18 13:18 [/i]]
iar 430 In the timer interrupt, a global variable is constantly ++. Why is the value of this variable always zero in the interrupt during simulation? Has anyone encountered the same problem? Thank you