Abstract:

The global effort to battle climate change and improve air quality has resulted in stricter emission limits and regulations being implemented by governments and regulatory agencies across the globe. Manufacturers of automobiles are feeling the heat to create cleaner, more efficient technology in order to meet these standards. A revolutionary free piston engine with multi-fuel capabilities offers a way to potentially achieve these strict standards while also reducing emissions significantly. Sustainable transportation is a global priority, thus new technologies must be created to lessen our reliance on fossil fuels and lessen our negative effects on the environment. Transitioning to a greener transportation system is simplified by using a free piston engine that can run on multiple fuels, which is in line with the larger aims of decarbonisation and sustainability. New ideas like the free piston engine have been made possible by vast improvements in engine design, materials, and control systems. In a free piston engine, precise and efficient combustion control is made possible by the integration of modern electronics, sensors, and control algorithms. Because of these developments, the potential for multi-fuel use and high thermal efficiency can be realized, prompting the need for much more study in this field.

Description:

Free Piston, Engine Test, Development, thermal efficiency, combustion control