- Posts: 1
How to simulate various Solar Multiple in "parametrics" in CSP Molten Salt Power Tower
- b.gourhand
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                06 Mar 2013 09:50                #1393
        by b.gourhand
    
    
            
            
            
            
            
                                
    
                                                
    
        How to simulate various Solar Multiple in "parametrics" in CSP Molten Salt Power Tower  was created by b.gourhand            
    
        I am studying LCOEs for various Solar Multiple, locations and hours of TES. But on the contrary of Fresnel and parabolic through technologies, I can't use the SM as a variable in "parametrics". How can I simulate it (without using the solar wizard)???
At the moment, I am using the wizard, then I simulate for a given SM with location and hours of TES (in parametrics) and then I do it again for an other multiple.
Thanks a lot.
    At the moment, I am using the wizard, then I simulate for a given SM with location and hours of TES (in parametrics) and then I do it again for an other multiple.
Thanks a lot.
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- Paul Gilman
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                06 Mar 2013 14:36                #1394
        by Paul Gilman
    
    
            
            
            
            
            
                                
    
                                                
    
        Replied by Paul Gilman on topic How to simulate various Solar Multiple in "parametrics" in CSP Molten Salt Power Tower             
    
        Hello,
Unlike the parabolic trough and linear Fresnel models, running a simulation for the power tower models is a two-step process: First you run the Circular Field Optimization Wizard to calculate the receiver dimensions, tower height, and quantity and placement of heliostats in the field, then you run simulations to calculate the system's electrical output.
Because the solar multiple is an input to the optimization wizard, it is not available as a parametric variable for simulations. You can calculate results for a range of solar multiple values (optimizing the field for each value) by using a SamUL script. For an example, see the Power Tower and Storage Optimization with SamUL.zsam sample file (you can display a list of sample files from the File menu).
Best regards,
Paul.
    Unlike the parabolic trough and linear Fresnel models, running a simulation for the power tower models is a two-step process: First you run the Circular Field Optimization Wizard to calculate the receiver dimensions, tower height, and quantity and placement of heliostats in the field, then you run simulations to calculate the system's electrical output.
Because the solar multiple is an input to the optimization wizard, it is not available as a parametric variable for simulations. You can calculate results for a range of solar multiple values (optimizing the field for each value) by using a SamUL script. For an example, see the Power Tower and Storage Optimization with SamUL.zsam sample file (you can display a list of sample files from the File menu).
Best regards,
Paul.
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