Hershgal, Dori Tri-Power Heat Driven HVAC System 2019 - Genova University Press P. 78-81 Ist Teil von Sustainable PolyEnergy generation and HaRvesting : Conference Proceedings : Savona (Italy) 4th - 6th September 2019. - ( Atti) Artikel aus derselben Ausgabe (einzeln erhältlich) Numerical Study of a Latent Heat Storage Unit with Cylindrically Encapsulated PCMs Artikel abrufen From Remote Monitoring to Predictive Diagnostic of Combined Cycle Power Plants Artikel abrufen Comparative analysis on applying two carbon capture methods in a novel power generation system Artikel abrufen Performance Evaluation of SOFC Cogeneration and Hybrid Heat Pump for Residential Use. Artikel abrufen Nano- and microstructured Riblet surfaces for centrifugal industrial compressors Artikel abrufen Turbine speed control in a direct-fired fuel cell hybrid system Artikel abrufen Advanced Power System Development using Cyber-Physical Components Integrated in Gas Turbine Cycle Artikel abrufen Derivation of Correlations Linking the Flow Rate Through a BIPV-T Ventilation Gap With Operating Conditions Based on CFD Results Artikel abrufen A Model-in-the-Loop platform for Model Predictive Controller setup in District Heating networks Artikel abrufen Improvement of Tesla Turbine Rotor Efficiency by Combining a Cascade Artikel abrufen Tri-Power Heat Driven HVAC System Dynamic Simulation of Hybrid Power Micro Gas Turbine Systems Artikel abrufen Sea–W.H.A.M. – A Novel Energy Harvesting Technology for Off-shore Applications Artikel abrufen Reducing Waste Heat to the Minimum : M-Power cycle concept applied to micro Gas Turbines Artikel abrufen Solar energy in Eastern Europe, the Romania case : assessment of the potential until 2030 Artikel abrufen Mehr anzeigen Informationen DOI: 10.1400/274698 Permalink: https://digital.casalini.it/10.1400/274698