Stirling Engine Waste Heat Powered Electricity Generator Prototype
High-precision gamma-type Stirling engine converting industrial flue gas temperature differentials into smooth rotary mechanical power.
Project Overview
A precision closed-cycle regenerative heat engine built with graphite pistons and aluminum cylinder heads. Operates across temperature differentials of 150°C, transferring gas cyclically between hot and cold reservoirs to drive a flywheel alternator that produces electrical power.
A precision closed-cycle regenerative heat engine built with graphite pistons and aluminum cylinder heads. Operates across temperature differentials of 150°C, transferring gas cyclically between hot and cold reservoirs to drive a flywheel alternator that produces electrical power.
High-precision gamma-type Stirling engine converting industrial flue gas temperature differentials into smooth rotary mechanical power.