https://github.com/szabilukacs/smarthomerelay
SmartHome Relay is an IoT project using an ESP32 to remotely control a relay and monitor boiler temperature via the Blynk platform. 🌡️📱Features include real-time temperature monitoring, thermostat automation, and notification toggles. Includes custom PCB design (KiCAD) and Arduino IDE code.
https://github.com/szabilukacs/smarthomerelay
blynk ds18b20 esp32 iot
Last synced: about 2 months ago
JSON representation
SmartHome Relay is an IoT project using an ESP32 to remotely control a relay and monitor boiler temperature via the Blynk platform. 🌡️📱Features include real-time temperature monitoring, thermostat automation, and notification toggles. Includes custom PCB design (KiCAD) and Arduino IDE code.
- Host: GitHub
- URL: https://github.com/szabilukacs/smarthomerelay
- Owner: szabilukacs
- Created: 2024-11-19T11:08:58.000Z (over 1 year ago)
- Default Branch: main
- Last Pushed: 2024-11-19T13:02:44.000Z (over 1 year ago)
- Last Synced: 2025-03-16T06:14:47.154Z (over 1 year ago)
- Topics: blynk, ds18b20, esp32, iot
- Language: C++
- Homepage:
- Size: 244 KB
- Stars: 1
- Watchers: 1
- Forks: 0
- Open Issues: 0
-
Metadata Files:
- Readme: README.md
Awesome Lists containing this project
README
# SmartHome Relay 🌡️🔔
This project is a smart boiler control and monitoring system built on the **Blynk platform**. Using an **ESP32**, this system allows users to:
- **Remotely control a relay** to activate or deactivate the built-in heating resistance of the boiler.
- **Monitor the temperature** inside the boiler in real-time.
- **Automate boiler heating** using thermostat-like behavior based on a set temperature range.
- **Enable or disable notifications** for temperature changes or system events.
The project combines hardware design, embedded programming, and IoT integration for a seamless smart home experience.
---
## 📜 Table of Contents
- [✨ Features](#features)
- [🚀 Getting Started](#getting-started)
- [Hardware](#hardware)
- [Software](#software)
- [⚙️ Hardware Design](#Hardware-Design)
- [Circuit Diagram](#circuit-diagram)
- [PCB 3D View](#pcb-3d-view)
- [📲 Blynk App Interface](#blynk-app-interface)
- [🛠️ Code Overview](#code-overview)
- [Dependencies](#dependencies)
- [Uploading the Code](#uploading-the-code)
- [PCB Design](#pcb-design)
## Features ✨
- **Remote Control**: Control the heating resistance via the Blynk mobile app.
- **Real-time Temperature Monitoring**: Display temperature data from the boiler directly in the app.
- **Automated Thermostat Mode**: Set a target temperature range, and the system will automatically control the relay.
- **Notification Toggle**: Enable or disable notifications for system status and alerts.
- **Custom PCB Design**: Compact and efficient PCB for the ESP32 and relay circuit, designed in KiCAD.
- **User-friendly Interface**: Intuitive and easy-to-use Blynk app interface for controlling and monitoring.
---
## Getting Started
### Hardware
- **Microcontroller**: ESP32
- **Temperature Sensor**: DS18B20
- **Relay Module**: Controls the heating resistance
- **Custom PCB**: Designed to integrate the ESP32, relay, and sensor connections
### Software
- **Arduino IDE**: Development environment for the ESP32 firmware
- **Blynk**: Cloud-based platform for IoT app creation
- **KiCAD**: Used for designing the PCB
---
## Hardware Design📐
### Circuit Diagram
### PCB 3D View
---
## Blynk App Interface 📱
The Blynk app provides an intuitive interface for interacting with the SmartHome Relay system:
### Features:
- **Relay Control**: Toggle the relay to activate or deactivate the heating resistance.
- **Temperature Display**: Real-time temperature monitoring from the boiler.
- **Automation Mode**: Set a target temperature range for thermostat-like operation.
- **Notifications Toggle**: Enable or disable notifications for system status and alerts.
---
## Code Overview
### Dependencies
Ensure the following libraries are installed in Arduino IDE:
1. **Blynk**
2. **ESP32 Board Support**
3. **Temperature Sensor Library**
### Uploading the Code
1. Clone the repository.
2. Open the `.ino` file in Arduino IDE.
3. Configure your WiFi and Blynk credentials in the code.
4. Upload the code to the ESP32 using a USB connection.
---
## PCB Design
- The PCB design was created using **KiCAD**.
- It includes the ESP32, relay, and connectors for the temperature sensor.
- You can [link PCB ordering instructions here] if relevant.