Patent ID: 11906190
Assignee: nan
Field: Thermal processes and apparatus (Mechanical engineering)
Classification: CPC F  G  Y | IPC F

Claim 7:
8. The metering and distribution method according to claim 1, characterized in that: the heat metering and distribution method is extended to charge calculation and distribution of a centralized or household heating of other clean energy so that the room temperature is regulated by means of the on-off controller, and a monetary usage charge of a building heat meter is distributed to heat consumers according to the on-off control valve cumulative opening time (ratio), the building area and the ratio (matching coefficient) of radiator power to heat load of the heat consumers, as shown in the equation below:, q
   
    1
    ⁢
    i
   
  
  =
  
   
    Q
    1
   
   ×
   
    
     
      A
      i
     
     ×
     
      T
      
       1
       ⁢
       i
      
     
     ×
     
      X
      i
     
    
    
     ∑
     
      
       A
       i
      
      ×
      
       T
       
        1
        ⁢
        i
       
      
      ×
      
       X
       
         
        i
       
      
     
    
   
  
 

Q1: the monetary usage charge of electricity or gas measured by the master meter of the building in the set period of time (yuan);
Ai: the area of the i-th household (room) in the building (m2);
T1i: the cumulative opening temperature control time of the control valve of the i-th household (room) in the building in the corresponding period of time (h);
Xi: a ratio of the power of the heating equipment to the design load of the i-th household (room) in the building in the corresponding period of time, that is the matching coefficient;
Ei: the radiating power of the heating equipment of the i-th household (room) in the building in the corresponding period of time (kw·h);
Fi: the design heat load of the i-th household (room) in the building (kw·h);

X i=Ei/Fi;

q1i: the monetary usage charge of electricity or gas distributed to the i-th household (room) in the building in the corresponding period of time (yuan);
ΣAi×T1i×Xi: i=1 to n, n is the total number of households in the building, ΣAi×T1i×Xi refers to the summation from A1×T1i×X1 to An×T1n×Xn.