Introduction

The Solar Air Purifier Using High Voltage Generator is designed to demonstrate air purification using solar energy and high-voltage technology. The system uses a solar panel as its energy source and a high-voltage generator to create an electric field that can charge airborne particles for collection. This project explores renewable energy and air-cleaning technology for environmental applications.

Objectives

• Utilize solar energy to power an air purification system.

• Demonstrate high-voltage-based particle removal.

• Reduce selected airborne particulate matter.

• Monitor air quality before and after purification.

• Explore energy-efficient environmental technology.

• Promote cleaner indoor and outdoor air.

Methodology

• Generate electrical energy using a solar panel.

• Regulate the power supply for the purification circuit.

• Use a high-voltage unit to create an electric field.

• Pass air through the purification chamber using a fan.

• Collect or capture charged particles using a suitable collector.

• Measure air quality before and after the purification process.

Instrument List

• Solar Panel

• Battery

• Charge Controller

• High-Voltage Generator Module

• Air Quality Sensor

• Particulate Matter Sensor

• DC Fan

• Collection Plates or Electrostatic Filter

• Microcontroller

• LCD Display

• Insulated Enclosure

Working Principle

• The solar panel converts sunlight into electrical energy, which can be stored in a battery.

• The power circuit supplies the required energy to the air purifier.

• The high-voltage generator creates an electric field within the purification chamber.

• As air passes through the chamber, airborne particles become electrically charged and are attracted to a collector.

• The filtered air exits the chamber while collected particles remain on the collection surface.

• Air quality sensors measure selected pollution parameters to evaluate purification performance.

Advantages

• Utilizes renewable solar energy.

• Demonstrates electrostatic air-cleaning technology.

• Supports air quality monitoring.

• Can reduce selected airborne particles.

• Encourages environmental awareness.

• Offers potential for off-grid operation.

Conclusion

The Solar Air Purifier Using High Voltage Generator demonstrates the integration of renewable energy and electrostatic air-cleaning technology. Its effectiveness depends on the design of the electric field, airflow, particle collection system, and maintenance. High-voltage circuits can cause serious electric shock and may generate ozone, so the system requires proper insulation, interlocks, current limiting, and ozone monitoring. Testing is necessary to verify its safety and actual purification performance.