Advanced Power System Development using Cyber-Physical Components Integrated in Gas Turbine Cycle

P. 39-49

• Informationen

  DOI: 10.1400/274694

  Permalink: http://digital.casalini.it/10.1400/274694
• In derselben Datei

  • Numerical Study of a Latent Heat Storage Unit with Cylindrically Encapsulated PCMs
  • From Remote Monitoring to Predictive Diagnostic of Combined Cycle Power Plants
  • Comparative analysis on applying two carbon capture methods in a novel power generation system
  • Performance Evaluation of SOFC Cogeneration and Hybrid Heat Pump for Residential Use.
  • Nano- and microstructured Riblet surfaces for centrifugal industrial compressors
  • Turbine speed control in a direct-fired fuel cell hybrid system
  • Advanced Power System Development using Cyber-Physical Components Integrated in Gas Turbine Cycle
  • Derivation of Correlations Linking the Flow Rate Through a BIPV-T Ventilation Gap With Operating Conditions Based on CFD Results
  • A Model-in-the-Loop platform for Model Predictive Controller setup in District Heating networks
  • Improvement of Tesla Turbine Rotor Efficiency by Combining a Cascade
  • Tri-Power Heat Driven HVAC System
  • Dynamic Simulation of Hybrid Power Micro Gas Turbine Systems
  • Sea–W.H.A.M. – A Novel Energy Harvesting Technology for Off-shore Applications
  • Reducing Waste Heat to the Minimum : M-Power cycle concept applied to micro Gas Turbines
  • Solar energy in Eastern Europe, the Romania case : assessment of the potential until 2030