Our free VirtualHub (for Web) tool lets you collect measures taken in the middle of nowhere with a YoctoHub-GSM-4G. By adding Yocto-Visualization (for Web), you can easily obtain a web interface for viewing measure graphs in real time. This week, we'll give you a few tips on how to get great results with this configuration, while minimizing the energy consumed by the YoctoHub-GSM-4G.
A few weeks ago, we shared with you the first steps in integrating an existing pool control system into Home Assistant. This post follows up on that project, with the replacement of the old fixed-speed pump with an IntelliFlo Whisterflo VSF variable-speed pump, which we control using a Yocto-RS485-V2.
As Yoctopuce modules can now be controlled by MQTT, we propose this week a concrete example of their use in a system entirely controlled by Home Assistant. The goal of this project is to obtain a control panel gathering all the important parameters to check the state of a private pool, and to implement some simple regulation automations that can then be easily refined to optimize the pool energy consumption.
Even if Yoctopuce devices are more often used for professional automation than for private home automation, we already had the opportunity to present you some home automation applications: a ventilation system to fight humidity, a system to optimize watering according to the weather, etc. So we decided to study the possibility of integrating the monitoring of these systems on a standard home automation console: Home Assistant.
This week we have built a small test bench to determine the autonomy of several bike lights. This post, quite short, aims to show you how to build this bench very quickly using Yoctopuce modules.
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