Summary of SMART PARKING SYSTEM
This project introduces a "Smart Parking System" utilizing modern technology to optimize parking space. It features a 2-storey structure with four total slots (two per floor). The system uses IR sensors and LEDs to detect occupancy, displaying status on an LCD. When the first floor is full, a motor lifts the platform to make the second-floor slots available, effectively doubling capacity in a small area.
Parts used in the SMART PARKING SYSTEM:
- Arduino
- Eight LEDs
- LCD
- I2C Module
- IR Sensors
- Motor
- Motor Driver
- Push Button
Recently from few years people have started focusing on modernization. So in this project “SMART PARKING SYSTEM” everything is based on modern idea, and through this project we also tried to short out space related problem which usually occurs in parking.
What’s all about the Project?
- As we know, now the time is changing and World is opting modernization.This project “SMART PARKING SYSTEM” is all about the modern techniques for parking the vehicles.
The main purpose of this project is to make use of advance technology for parking large number of vehicles without occupying more area.
In this system,there are 4 slots which indicates whether they are free or booked. When all the vehicles will occupy the slots then it will indicate as, All slots are booked.
It is 2-storey Parking system, 2 slots are at first floor and 2 slots are at second floor. After filling the first two slots, the system will lift it up and the next two slots will be available for another vehicle.
Connection::-
Led’s:
- All the Eight led’s are connected to digital pin of Arduino ,from 2 to 9.
Lcd is Connected with Arduino with I2C Communication with the help of I2C Module.
- SCL — A5
- SDA — A4
IR Sensor:
- IR Sensor are connected with digital pin from 10 to 13.
Motor:
- Motor is connected with 1st slot of motor driver.
- Input is given to the motor driver with the help of Push Button.
- Another pin of both Button is connected with 5 Volt of Arduino.
Source: SMART PARKING SYSTEM
- What is the main purpose of this project?
The main purpose is to use advanced technology to park large numbers of vehicles without occupying more area. - How many parking slots does the system have?
The system has four slots in total, with two located on the first floor and two on the second floor. - How are the LEDs connected to the Arduino?
All eight LEDs are connected to the digital pins of the Arduino from pin 2 to pin 9. - How is the LCD connected to the Arduino?
The LCD is connected via I2C Communication using an I2C Module where SCL connects to A5 and SDA connects to A4. - Which digital pins are used for the IR Sensors?
The IR Sensors are connected to digital pins ranging from 10 to 13. - How is the motor controlled in this system?
The motor is connected to the first slot of the motor driver, which receives input through a push button connected to 5 Volts. - What happens when all slots are occupied?
When all vehicles occupy the slots, the system indicates that all slots are booked. - How does the system utilize vertical space?
After the first two slots on the first floor are filled, the system lifts the platform so the next two slots on the second floor become available.
