The opposed-piston free-piston engine generator (FPEG) has high energy conversion
efficiency, but its thermodynamic performance is significantly affected by various system …

The free-piston linear generator is a new energy transformation technology with compact
structure, multi-fuel adaptability, low friction loss, and simple modular configuration. To …

Free-piston engine linear generator (FPELG) is an innovative energy conversion device,
offering multifuel adaptability and a simple structure. With the piston motion characteristics of …

Stable operation is a crucial challenge for opposed-piston free-piston engine generator
(FPEG). Due to the absence of mechanical constraints, variations position-based operation …

Linear hydrogen engine (LHE) is a new technology of hydrogen energy utilization due to its
flexible compression ratio coupling with ignition, fuel-air mixing, and combustion to optimize …

Free piston linear engine (FPLE) is a new potential alternative to conventional engine, and
the mechanical spring of the engine is a key energy storage device to maintain reciprocating …

Renewable fuels attract more attention owing to reduction of both air pollution and
greenhouse gas emissions compared to fossil fuels. The free‐piston engine generator is a …

Abstract Free Piston linear Generator (FPLG) engine fueled by compressed natural gas
(CNG) has recently gained increased research attention. However, due to the low-velocity …

A free-piston linear generator (FPLG) has a number of advantages compared to a traditional
crank-slider internal combustion engine, including better thermal and mechanical …

A free-piston linear generator (FPLG) is an energy conversion device that can generate
electrical energy utilizing different types of fuel. Natural gas fields with high carbon dioxide …