Compressed Air Engine

8000 ~~10000~~

You Save 20% (Inclusive of all taxes)

Availibility: In Stock

Product Specification:

Engine Type:
- Single/Multiple Cylinder Compressed Air Engine
- Piston-type reciprocating engine
Power Output:
- Varies based on engine size (e.g., 1 HP, 5 HP)
- Max RPM: Up to 3000 RPM
Operating Pressure:
- 7 to 10 bar (100 to 150 psi)
Fuel Source:
- Compressed air stored in high-pressure tanks
Air Consumption:
- 30-50 liters per minute at full load
Material:
- Cylinder: Aluminum alloy or Cast Iron
- Piston: Steel or Aluminum alloy
- Valves: Stainless steel
Cooling System:
- Air-cooled system
Transmission:
- Direct drive or belt-driven
Noise Level:
- < 75 dB
Environmental Impact:
- Zero emissions during operation
Applications:
- Small-scale vehicles (e.g., bicycles, motorcycles)
- Stationary applications (e.g., pumps, generators)

Qty

Description

Product Description:

The Compressed Air Engine is an innovative, environmentally friendly power source that operates using compressed air as the primary energy carrier. Unlike conventional internal combustion engines, this engine produces no harmful emissions, making it an ideal solution for sustainable transportation and stationary power generation.

The engine operates by allowing high-pressure compressed air to enter the cylinder, where it expands and pushes the piston, converting the stored energy into mechanical work. The engine's simple design minimizes moving parts, reducing maintenance needs and enhancing reliability. The cooling system ensures that the engine runs efficiently without overheating.

Available in various configurations, from single-cylinder to multi-cylinder designs, the Compressed Air Engine can be adapted for different power outputs and applications. Whether used in lightweight vehicles or as a stationary power source, this engine provides a clean, quiet, and efficient alternative to traditional fossil fuel-powered engines.

Its potential for integration with renewable energy systems further enhances its appeal, offering a path toward greener, more sustainable energy solutions.