LK-29 is a smart weather station supplemented with measurement of ambient radioactivity, featuring a web interface and support for storing measured values in a database. It runs on an ESP32-S3 microcontroller with firmware written in MicroPython. The system is designed for continuous operation with minimal power consumption and remote configuration capability.
Here is the English translation of the provided text (non-code portions): ***
I was led to realize this project by the need to replace my old Sony radio alarm clock. It turned out that despite the large number of products of this kind on the market, their reproduction quality and control method did not meet my needs.
And so this project was born.
More and more devices and equipment are being equipped with LCD displays for displaying values or entering input parameters. One of the basic disadvantages is the lack of automatic brightness adjustment. Multiple screens in close proximity are disruptive if they do not have approximately the same brightness level. The designed solution for the Raspberry Pi 3b+ and 7" DSI display is described in the following post. 
Every home laboratory or workshop inevitably needs a power supply with adjustable voltage and current for prototyping, testing personal projects, or repairs. Of course, such devices are commonly available for purchase in stores selling electronic components and measuring instruments.
The presented design of a laboratory power supply differs somewhat from the common concepts of such devices.
The enormous development of electronics over the past decades has also affected our homes. The term Smart Home is no longer a stranger to anyone. Home Assistant undoubtedly has its place among the various Smart Home systems. 
