Piston expanders are well suited for small scale power generation (<50kW) using heat engines such as Ericsson engine or Organic Rankine Cycle (ORC) system. Both systems offer the possibility to use renewable energy sources and are increasingly considered in light of the economic and environmental context. This thesis aims at contributing to the knowledge and the development of piston expanders by presenting modeling, simulation and experimental investigations. Two types of piston engine models are proposed. The first type (denoted as “detailed”) describes the shaft angle (or time) evolution of the state of the fluid in the control volume limited by the cylinder wall and the piston. The second type of model (denoted as “semi-empirical”) is ...
This paper presents an experimental study conducted on an oil-free steam piston expander for micro c...
In this paper, a full experimental characterization of a micro-scale ORC system is presented. The fa...
The Organic Rankine Cycle (ORC) is currently one of the most suitable technologies to convert waste ...
peer reviewedVolumetric expanders are suitable for more and more applications in the field of micro...
Requirements of recycling low temperature waste heat energy from internal combustion engines drive t...
The design of expanders for organic fluids is gaining an increasing attention due to the large oppor...
The design of expanders for organic fluids is gaining an increasing attention due to the large oppor...
The current trend for ever increasing energy prices acts as an important driver for improved efficie...
Renewable energy sources, such as solar-thermal or geothermal heat, and low-/medium-grade industrial...
Renewable energy sources, such as solar-thermal or geothermal heat, and low-/medium-grade industrial...
This paper describes a dynamic model developed for control purposes of a novel free piston expander ...
This paper describes a dynamic model developed for control purposes of a novel free piston expander ...
The structural design and operating strategy of a free piston expander–linear generator (FPE–LG) has...
peer reviewedA 195 cm³ swash-plate piston expander was tested in an ORC using R245fa as working flui...
peer reviewedA 195 cm³ swash-plate piston expander was tested in an ORC using R245fa as working flui...
This paper presents an experimental study conducted on an oil-free steam piston expander for micro c...
In this paper, a full experimental characterization of a micro-scale ORC system is presented. The fa...
The Organic Rankine Cycle (ORC) is currently one of the most suitable technologies to convert waste ...
peer reviewedVolumetric expanders are suitable for more and more applications in the field of micro...
Requirements of recycling low temperature waste heat energy from internal combustion engines drive t...
The design of expanders for organic fluids is gaining an increasing attention due to the large oppor...
The design of expanders for organic fluids is gaining an increasing attention due to the large oppor...
The current trend for ever increasing energy prices acts as an important driver for improved efficie...
Renewable energy sources, such as solar-thermal or geothermal heat, and low-/medium-grade industrial...
Renewable energy sources, such as solar-thermal or geothermal heat, and low-/medium-grade industrial...
This paper describes a dynamic model developed for control purposes of a novel free piston expander ...
This paper describes a dynamic model developed for control purposes of a novel free piston expander ...
The structural design and operating strategy of a free piston expander–linear generator (FPE–LG) has...
peer reviewedA 195 cm³ swash-plate piston expander was tested in an ORC using R245fa as working flui...
peer reviewedA 195 cm³ swash-plate piston expander was tested in an ORC using R245fa as working flui...
This paper presents an experimental study conducted on an oil-free steam piston expander for micro c...
In this paper, a full experimental characterization of a micro-scale ORC system is presented. The fa...
The Organic Rankine Cycle (ORC) is currently one of the most suitable technologies to convert waste ...