Full-fledged Embedded System for Efficient Indoor Climate Control

NIX created a full-fledged embedded system for efficient climate control, including a prototype device, web platform, and mobile app.

Business Domain

Internet Services and Computer Software, Electronics
Service

Mobile Development, Web Development, Embedded Development
Technologies

NodeJS, JavaScript, HTML5, CSS, C#

Business Overview

Our client provides end customers with IoT products such as smart home solutions, sophisticated fire alarms, advanced security devices, and more. To expand the target audience and better meet customer needs, the company decided to create a system for monitoring, control, and analysis of the microclimate in the premises of office and residential buildings.

The client needed a qualified tech partner, so they chose the NIX team as a highly-skilled vendor with vast experience developing sophisticated IoT solutions. We had to create a complete, full-fledged climate control system, including a prototype device based on off-the-shelf hardware parts, which would optimize future production.

Solution

We developed an indoor climate control system consisting of the following components:

A climate station prototype that allows checking the device’s functionality and performance at the early stages. In addition, the client can use this prototype as an example of how the finished device should look to start production.
A mobile app for connecting and managing devices via Wi-Fi. Users connect their phones to the station’s built-in WiFi using the app, after which they can set up the station’s connection to the building’s WiFi network.
Web portal for displaying information. The user can control the devices using the web interface and work with the indoor climate data.

How the System Operates

How the System Operates

Our first priority was to choose the best board for connecting sensors for measuring and controlling CO2, temperature, humidity, and other environmental parameters on the premises. After analyzing the existing solutions, we selected WEMOS D1 R2, as this board provides an excellent price-performance ratio, particularly the built-in WiFi module.

Based on this board, we developed a prototype of a climate station device, which the user must install in the room and configure in a few simple steps.

Web Portal

To complete the IoT system, we developed a user-friendly web portal for monitoring and managing all devices and analyzing climatic data. This portal is available to all customers who purchased and installed climate control stations.

Web Portal Features

1

Registration of climatic stations in systems
2

Combining stations into groups under certain parameters
3

Viewing live data of microclimate indicators
4

Analysis of the dynamics of changes in microclimate indicators
5

Studying the correlations of system readings in different rooms

Outcome

The client received a full-fledged IoT ecosystem that allowed them to establish the production and sale of climate stations, which users can operate via a user-friendly website. The primary target audience focused on office managers monitoring the indoor microclimate and maintenance staff responsible for fine-tuning the building’s HVAC systems.

With this system, the company not only added another market-demanded product to their portfolio but also offered a solution that meets their customers’ need for a conducive working environment.