15% Less Surface Area. 40% Less Combustion Chamber Exposure.
The CVSI Engine's unique architecture reduces the total heat-exposed surface area by approximately 15% and slashes combustion chamber surface area at TDC by up to 40% — dramatically cutting thermal losses and boosting efficiency.
Fig 1. Reduced Heat Loss Architecture — Overview
Fig 2. Efficiency Comparison
Fig 3. CVSI Engine Section
* Placeholder diagrams shown. Actual engineering drawings are proprietary and patent-protected.
Section 01
In any internal combustion engine, heat transferred from burning gases to the cylinder walls, piston crown, and cylinder head is wasted energy. This heat rejection can account for 25-35% of total fuel energy in conventional engines. Reducing the surface area exposed to hot combustion gases directly translates to less heat loss and more mechanical output.
Section 02
The CVSI Engine architecture achieves a smaller combustion chamber surface-to-volume ratio at TDC compared to conventional engines. By redesigning piston geometry, combustion chamber shape, and the spatial relationship between moving components, KunwarMotors has engineered a system where hot gases contact significantly less metal surface area at the critical moment of peak combustion.
Section 03
Testing and simulation data indicate approximately 15% reduction in total heat-exposed surface area across the engine cycle, and up to 40% reduction in combustion chamber surface area specifically at TDC. This translates directly to reduced cooling system load, better fuel economy, and higher thermal efficiency.
// Key Parameters
Reach out for licensing opportunities, partnerships, or research collaboration.
// Explore More