The Smart-Grid-Monitoring-System repository is a comprehensive and innovative solution for the development and implementation of state-of-the-art smart grid monitoring systems.

output: Port P1 is defined for receiving data from ADC808.
Channel selecting pins (add_a, add_b, add_c) determine which channel to read from.
al enables the selected channel.
rd and wr control reading and starting conversion.
INTR monitors the conversion process.
Pins (winding1, winding2, winding3, winding4) control a stepper motor.
motor controls another motor.

This code defines several functions, which are the magical spells that control the microcontroller's behavior. 🕰️ TimerDelay() Function:

This function casts a time-delay spell, allowing precise timing control.

⚡ Interrupt Service Routine (rec):

This wizardry responds to UART communication from a master device. Commands like 'V', 'P', and 'T' trigger sensor readings and data transmission.

🔌 ADC Functions:

adc1(), adc2(), and adc3() handle analog-to-digital conversions for different sensors and return their readings.

📡 Data Transmission Functions:

condition1(), condition2(), condition3(), condition2a(), and condition3a() send data back to the master device based on sensor readings.

🌡️ Temperature and Pressure Formulas:

Formulas for temperature and pressure conversion are applied to sensor data before transmission.

🔁 Main Loop:

In the main function, the code initializes necessary components and starts the timer.

🪄 Stepper Motor Control:

The code controls a stepper motor based on pressure conditions, rotating it to specific angles.

⚡ Endless Magic:

The code runs indefinitely, continuously reading sensor data and responding to master device commands, ensuring your microcontroller's capabilities are at your command.

📌 Microcontroller and Ports: The code starts with the definition of ports for various components such as an LCD, registers, keypad, and street lights. These ports serve as gateways for data and control. 🔌

👉 Function Prototypes: The code introduces function prototypes for fundamental operations like delay, LCD commands, LCD display, string manipulation, initialization, and timer delay. Functions are the building blocks of this magic! 🛠️

⏱️ TimerDelay() Function: This function conjures precise delays through timer control. In the world of embedded systems, timing is everything, and this function ensures accuracy! 🕰️

⏳ Delay() Function: Delays are like spells for timing and synchronization in microcontroller projects. This function grants you control over time.

👉 Command and Display Functions: These functions communicate with the LCD display, issuing commands and conjuring characters on the screen. The LCD becomes your visual storyteller! 🖥️

💡 Initialization (init) Function: The code commences by initializing the LCD, welcoming the world with "Starting...". Magic begins here! ✨

🎛️ Sensor Functions: These functions handle data from various sensors. Voltage, pressure, and temperature are revealed on the LCD, granting you insights into your environment. 🌡️

🔢 Keypad Function: The keypad function interprets keypresses and conjures signals. It's akin to a magic wand that allows you to cast different spells by pressing keys! 🪄

📡 UART Communication: The 8051 microcontroller communicates through UART, sending and receiving data. It's the microcontroller's language! 📬

💡 Street Lights Control: You can control street lights with the press of a button, enhancing safety and efficiency. Let there be light! 💡

👾 Main Function: The main function orchestrates it all. It's the master magician conducting the embedded symphony. 🎵