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Ireneusz Zielinski
2019-08-26 23:15:45 +01:00
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@ -5,34 +5,36 @@ It it's a great starting point to integrate battery with your home automation.
** I ACCEPT NO RESPONSIBILTY FOR ANY DAMAGE CAUSED, PROCEED AT YOUR OWN RISK **
Features:
- Low cost (around 20$ in total).
- Adds WiFi capability to your Pylontech US2000B battery.
- Device exposes web interface that allows to:
# Features:
* Low cost (around 20$ in total).
* Adds WiFi capability to your Pylontech US2000B battery.
* Device exposes web interface that allows to:
* send console commands and read response over WiFi (no PC needed)
* battery information can be retrevied also in JSON format for easy parsing
- Easy to modify code using Arduino IDE and flash new firmware over WiFi (no need to disconnect from the battery).
* Easy to modify code using Arduino IDE and flash new firmware over WiFi (no need to disconnect from the battery).
See the project in action on [Youtube](https://youtu.be/7VyQjKU3MsU):
[![See the project in action on YouTube](https://img.youtube.com/vi/7VyQjKU3MsU/1.jpg)](https://www.youtube.com/watch?v=7VyQjKU3MsU)
[![See the project in action on YouTube](https://img.youtube.com/vi/7VyQjKU3MsU/0.jpg)](https://www.youtube.com/watch?v=7VyQjKU3MsU)
Parts needed:
- [Wemos D1 mini microcontroller](https://www.amazon.co.uk/Makerfire-NodeMcu-Development-ESP8266-Compatible/dp/B071S8MWTY/).
- [SparkFun MAX3232 Transceiver](https://www.sparkfun.com/products/11189).
- Cable with RJ10 connector (some RJ10 cables have only two wires, make sure to buy one that has all four wires present).
- Capacitors C1: 10uF, C2: 0.1uF (this is not strictly required, but recommended as Wemos D1 can have large current spikes).
# Parts needed:
* [Wemos D1 mini microcontroller](https://www.amazon.co.uk/Makerfire-NodeMcu-Development-ESP8266-Compatible/dp/B071S8MWTY/).
* [SparkFun MAX3232 Transceiver](https://www.sparkfun.com/products/11189).
* Cable with RJ10 connector (some RJ10 cables have only two wires, make sure to buy one that has all four wires present).
* Capacitors C1: 10uF, C2: 0.1uF (this is not strictly required, but recommended as Wemos D1 can have large current spikes).
![Schematics](Schemetics.png)
How to get going:
- Get Wemos D1 mini
- Install arduino IDE and ESP8266 libraries as [described here](https://averagemaker.com/2018/03/wemos-d1-mini-setup.html)
- Open [PylontechMonitoring.ino](PylontechMonitoring.ino) in arduino IDE
- Specify your WiFi login and password at the top of the file (line 13-14)
- Upload project to your device
- Connect Wemos D1 mini to the MAX3232 transreceiver
- Connect transreceiver to RJ10 as descibed in the schematics (all three lines need to be connected)
- Connect RJ10 to the serial port of the Pylontech US2000 battery. If you have multiple batteries - connect to the master one.
- Connect Wemos D1 to the power via USB
- Find what IP address was assigned to your Wemos by your router and open it in the web-browser
- You should be able now to connunicate with the battery via WiFi
# How to get going:
* Get Wemos D1 mini
* Install arduino IDE and ESP8266 libraries as [described here](https://averagemaker.com/2018/03/wemos-d1-mini-setup.html)
* Open [PylontechMonitoring.ino](PylontechMonitoring.ino) in arduino IDE
* Specify your WiFi login and password at the top of the file (line 13-14)
* Upload project to your device
* Connect Wemos D1 mini to the MAX3232 transreceiver
* Connect transreceiver to RJ10 as descibed in the schematics (all three lines need to be connected)
* Connect RJ10 to the serial port of the Pylontech US2000 battery. If you have multiple batteries - connect to the master one.
* Connect Wemos D1 to the power via USB
* Find what IP address was assigned to your Wemos by your router and open it in the web-browser
* You should be able now to connunicate with the battery via WiFi