Power plant design is done with the help of numerical models. For binary power plants using other working fluids than water numerical models were set up and applied on settings describing typical geothermal resources in Germany. Charts come along with the numerical results and aid in understanding the principles of the cycles. Parameter variations show that installation of a geothermal power plant in the North German Basin requires brine temperature above 100°C and that mass flow rates over 50 m/h are favourable to get to a commercial application
The paper contains an overview of the technologies used for generation of electricity from low-tempe...
Program GEOTHM is a thermodynamic process program now under development for the LBL Geothermal Energ...
The research discussed in this report was performed at the University of Oklahoma during the period ...
The performance of binary geothermal power plants can be improved through the proper choice of a wor...
Abstract-- Currently, 100 % of brine at direct-steam geothermal power plant is injected into injecti...
Exploitation of lower temperature, water-dominated geothermal fields is analyzed, and a methodology ...
Geothermal binary power plants are generally designed and optimized considering only the ...
Die tiefe Geothermie in Deutschland erschließt Reservoirs in 3 bis 5 km Tiefe mit Temperaturen von 1...
In this study, the availability of waste heat in a power generating capacity of 47.4 MW in Germencik...
Low-temperature geothermal heat sources can be found in many regions in the world, but despite their...
ABSTRACT This paper will analyze a special energy conversion system of geothermal power generation w...
In this report, conceptual models of two types of power plants are presented for a geothermal projec...
This study presents the thermodynamic and mathematical analysis of the different cooling systems for...
Maximum power output and thermal conversion efficiency are the goals of ORC thermodynamic analysis. ...
A comparison is made of the performance and cost of geothermal power cycles designed specifically, u...
The paper contains an overview of the technologies used for generation of electricity from low-tempe...
Program GEOTHM is a thermodynamic process program now under development for the LBL Geothermal Energ...
The research discussed in this report was performed at the University of Oklahoma during the period ...
The performance of binary geothermal power plants can be improved through the proper choice of a wor...
Abstract-- Currently, 100 % of brine at direct-steam geothermal power plant is injected into injecti...
Exploitation of lower temperature, water-dominated geothermal fields is analyzed, and a methodology ...
Geothermal binary power plants are generally designed and optimized considering only the ...
Die tiefe Geothermie in Deutschland erschließt Reservoirs in 3 bis 5 km Tiefe mit Temperaturen von 1...
In this study, the availability of waste heat in a power generating capacity of 47.4 MW in Germencik...
Low-temperature geothermal heat sources can be found in many regions in the world, but despite their...
ABSTRACT This paper will analyze a special energy conversion system of geothermal power generation w...
In this report, conceptual models of two types of power plants are presented for a geothermal projec...
This study presents the thermodynamic and mathematical analysis of the different cooling systems for...
Maximum power output and thermal conversion efficiency are the goals of ORC thermodynamic analysis. ...
A comparison is made of the performance and cost of geothermal power cycles designed specifically, u...
The paper contains an overview of the technologies used for generation of electricity from low-tempe...
Program GEOTHM is a thermodynamic process program now under development for the LBL Geothermal Energ...
The research discussed in this report was performed at the University of Oklahoma during the period ...