SCOP and heat dissipation according to EN14825
             
                       
  Customer data:                    
  Select area - drop down menu
               
  Annual heating demand kWh                
  Percentage as base load %                
  Heat power base load kW                
                       
  Heat pump data: kW heat COP                
  At -7 outside temperature                
  At 2 outside temperature
             
  At 7 outside temperature                
  At 12 outside temperature                
                       
  Scaling heat pump size %                
                       
  Results heat data:                    
  Heat demand kWh                
  Heat pump covers kWh                
  Heat pump covers %                
  Heat pump electricity consumption kWh                
  Backup consumption kWh                
  SCOPE      Investment:        
          Flow temp. level 60, 70 or 90 C  
  Economy calculation:       Key figure price 60 degrees system Euro/kW ( std. 773 )  
  Existing heating price Euro/MWh   Key figure price 70 degrees system Euro/kW ( std. 920 )  
  Back up heating price Euro/MWh   Key figure price 90 degree system Euro/kW ( std. 1066 )  
  Electricity price Euro/MWh   Annual service price Euro/kW  
  Saved existing heat Euro.   Investment heat pump system Euro.  
  Consumption backup heat Euro.   Service price per year Euro/year  
  Electricity consumption Euro.   Return of investment %  
  Annual savings Euro.   Present value over 10 years Euro  
                       
                       
  Basic data for standard heat pump: (can be copied into heat pump data)    
  * Data given includes brine pump and fan consumption for air coolers. COP data are minimum values ​​for estimating potential.    
  Flow temperature 60 60 60        
  Return temperature 30 40 50        
    kW heat COP kW heat COP kW heat COP        
  At -7 outside temperature 661 2,26 627 2,14 588 2,01        
  At 2 outside temperature 815 2,78 770 2,63 719 2,45        
  At 7 outside temperature 923 3,14 871 2,96 811 2,75        
  At 12 outside temperature 1.051 3,54 987 3,32 920 3,09        
                       
  Flow temperature 70 70 70 70    
  Return temperature 30 40 50 60    
    kW heat COP kW heat COP kW heat COP kW varme COP    
  At -7 outside temperature 1.423 2,50 1.347 2,39 1.270 2,27 1.195 2,13    
  At 2 outside temperature 1.739 2,86 1.640 2,75 1.536 2,62 1.432 2,46    
  At 7 outside temperature 1.940 3,08 1.825 2,97 1.705 2,84 1.583 2,67    
  At 12 outside temperature 2.194 3,29 2.061 3,19 1.923 3,06 1.780 2,89    
                       
  Flow temperature 80 80 80 80    
  Return temperature 40 50 60 70    
    kW heat COP kW heat COP kW heat COP kW varme COP    
  At -7 outside temperature 804 2,23 748 2,17 691 2,11 631 2,04    
  At 2 outside temperature 956 2,45 890 2,39 821 2,32 750 2,24    
  At 7 outside temperature 1.070 2,57 996 2,51 919 2,44 840 2,35    
  At 12 outside temperature 1.194 2,68 1.112 2,62 1.027 2,55 938 2,47    
                       
  Flow temperature 90 90 90 90    
  Return temperature 50 60 70 80    
    kW heat COP kW heat COP kW heat COP kW varme COP    
  At -7 outside temperature 749 2,07 694 2,00 637 1,93 578 1,84    
  At 2 outside temperature 891 2,28 825 2,21 757 2,13 686 2,03    
  At 7 outside temperature 998 2,40 924 2,33 847 2,24 767 2,14    
  At 12 outside temperature 1.115 2,52 1.032 2,44 946 2,36 857 2,26    
  * Performance data can be optimized according to heat pump version and equipment level and when several are connected in series.