Exciting News; Unveiling Our New IoT Kit.
We're excited to introduce our kit crafted to inspire creators, learners, enthusiasts and experts to turn their visions into reality. Our IoT kit comes fully loaded with functionalities that make it an ideal companion, for exploring experimenting and creating Internet of Things projects.
1.Key Features:
Comprehensive Components: Complete set of electronic components and microcontroller to start embedded systems and IoT projects from scratch.
Hands-On Tutorials: Step-by-step tutorials for tasks like soldering, component assembly, programming, and testing.
Software and Mobile Apps: Tools for testing and connecting projects via HTTP, Bluetooth, MQTT, TCP socket, etc.
Project Handbook: Detailed guidance on creating projects and understanding key IoT topics.
24/7 Support: Around-the-clock assistance for troubleshooting project issues.
Career Opportunities: Internships and job opportunities based on performance.
Funding for Innovation: Financial and logistical support for selected innovative ideas.
2.Versatile Components:
ESP32
MPU6050
Voltage Sensor
Current Sensor
Active Buzzer
LDR Sensor
LEDs
Screwdriver
Breadboard
Jumper Wires
Gear Motor
Resistor Box
Multimeter
Thermistor Sensor
DHT11 Sensor
GY-302 Light Intensity Module
9V Battery
Female Berg Strip
Pitch Male Berg Strip
Wire Cutter
Soldering Station
Soldering Wire
De Soldering Wire
Soldering Iron
Soldering Paste
Forceps
3.Powerful Microcontroller:
ESP32 Overview
ESP32 is a powerful, low-cost microcontroller with integrated Wi-Fi and Bluetooth capabilities, making it an ideal choice for IoT applications. It is developed by Espressif Systems and is known for its versatility and performance.
i.Microcontroller Core:
Dual-core (or single-core) Tensilica Xtensa LX6 microprocessor.
Clock speed up to 240 MHz.
Up to 600 DMIPS (Dhrystone MIPS).
ii.Connectivity:
Wi-Fi: 802.11 b/g/n/e/i, support for both 2.4 GHz and 5 GHz bands.
Bluetooth: Bluetooth v4.2 BR/EDR and BLE.
4.Extensive Compatibility:
Cross-Platform Support: Compatible with popular platforms like Arduino, espIDF, VS code, Platform IO and others.
5.Expandable and Customizable:
Modular Design: Easily add or remove components to customize your projects.
Support for Advanced Projects: Suitable for both beginner and advanced IoT projects.
6.Projects that can be made with these components:
1. Smart Home Automation System-
Components: ESP32, DHT11 sensor, LDR sensor, LEDs, active buzzer, relays (optional).
Description: Build a smart home system to control lights based on ambient light and temperature. The DHT11 can monitor temperature and humidity, while the LDR sensor can detect light levels. The ESP32 can control LEDs and buzzers based on sensor data.
Project Steps:
Connect the DHT11 and LDR sensors to the ESP32.
Program the ESP32 to read sensor data and control LEDs and buzzers.
Set thresholds for temperature and light to automate lighting and alert systems.
2. Environmental Monitoring Station-
Components: ESP32, DHT11 sensor, GY-302 light intensity module, thermistor sensor.
Description: Create a station to monitor environmental conditions like temperature, humidity, and light intensity.
Project Steps:
Interface the DHT11, GY-302, and thermistor with the ESP32.
Log the sensor data to an online server or display it on a local screen.
Analyze the data to observe environmental trends.
3. IoT-Based Health Monitoring System-
Components: ESP32, MPU6050 sensor, DHT11 sensor, LEDs, active buzzer.
Description: Develop a system to monitor health parameters like body temperature and movement (for fall detection).
Project Steps:
Connect the MPU6050 and DHT11 sensors to the ESP32.
Program the ESP32 to detect falls using MPU6050 and monitor temperature with DHT11.
Use LEDs and buzzers to alert in case of abnormal readings.
4. Smart Lighting System-
Components: ESP32, LDR sensor, LEDs, GY-302 light intensity module.
Description: Automate lighting based on ambient light levels using LDR and GY-302 sensors.
Project Steps:
Connect the LDR and GY-302 sensors to the ESP32.
Control LEDs based on the light intensity data from sensors.
Implement a feedback loop to maintain consistent lighting conditions.
5. Energy Monitoring System-
Components: ESP32, Voltage sensor, current sensor, multimeter.
Description: Monitor and log energy consumption using voltage and current sensors.
Project Steps:
Connect voltage and current sensors to the ESP32.
Calculate power consumption using sensor data.
Display or log the data for energy usage analysis.
6. Automated Plant Watering System-
Components: ESP32, soil moisture sensor (additionally required), gear motor, relays (optional).
Description: Automatically water plants based on soil moisture levels.
Project Steps:
Interface a soil moisture sensor with the ESP32.
Use a gear motor to control a water pump.
Automate the watering process based on soil moisture readings.
7. Motion-Controlled Device-
Components: ESP32, MPU6050 sensor, LEDs, active buzzer.
Description: Control devices like LEDs and buzzers based on motion detection.
Project Steps:
Connect the MPU6050 to the ESP32.
Program the ESP32 to respond to motion data by activating LEDs or buzzers.
Use the motion data to trigger specific actions.
8. Weather Station-
Components: ESP32, DHT11 sensor, GY-302 light intensity module, thermistor sensor, active buzzer.
Description: Create a weather station that reports temperature, humidity, and light intensity.
Project Steps:
Connect the DHT11, GY-302, and thermistor to the ESP32.
Program the ESP32 to read and log weather data.
Optionally, send alerts using the active buzzer for extreme conditions.
9. IoT Security System-
Components: ESP32, MPU6050 sensor, active buzzer, LEDs.
Description: Develop a security system that detects motion and alerts users.
Project Steps:
Connect the MPU6050 sensor to the ESP32.
Program the ESP32 to detect unusual motion and trigger the buzzer and LEDs.
Optionally, send notifications to a mobile device.
10. DIY Robotics-
Components: ESP32, gear motor, MPU6050 sensor, LEDs, jumper wires, breadboard.
Description: Build a simple robot that can move and sense its environment.
Project Steps:
Connect the gear motor and MPU6050 to the ESP32.
Program the ESP32 to control the motor based on sensor data.
Add LEDs for visual feedback and enhance robot capabilities.
WHY YOU SHOULD BUY THIS KIT:
i. Comprehensive Learning Tool-
This IoT kit is designed to provide a complete learning experience, covering fundamental concepts and advanced applications. The included course outline ensures a structured approach to learning IoT.
ii. Hands-On Experience-
Students gain practical, hands-on experience with a variety of sensors and actuators. Projects range from basic to advanced, helping students understand real-world applications of IoT technology.
iii. Easy to Use-
With detailed instructions, sample code, and essential tools like a multimeter and breadboard, students can quickly start building and experimenting with IoT projects.
iv. Cost-Effective-
The all-in-one kit is more economical than purchasing components separately, making it an affordable option for students looking to explore multiple projects.
v. Future-Ready-
Featuring the ESP32 microcontroller with Wi-Fi and Bluetooth capabilities, this kit ensures that students are working with future-proof technology relevant to the latest IoT advancements.
Benefits:
Educational Value: Ideal for learning IoT concepts, programming, and electronics.
Project Variety: Enables a wide range of projects, from simple experiments to complex automation systems.
Special Launch Offer:
To celebrate the launch, we are offering a special discount for early adopters. Order your IoT kit and start building your own smart projects!
Comentarios