$ Sample DOE2.2 Input File Snippets
$ ASHRAE 90.1-2007 PRM characterizations
$ Large Office New York City, Climate Zone 4A, New York Kennedy WSO AP

$---------------------------------------------------------------------------------------------------------------
$ Appendix G Envelope Constructions

$ EXTERIOR WALL

"R-eff wall" = MATERIAL        
   TYPE             = RESISTANCE
   RESISTANCE       = 7.2 $ASHRAE 4A - 7.2 eff R-value for R-13 batt in 4", 24"o.c. steel frame
                          $ Specify with parameter value - {#pa("R Stud Wall")}
   ..
"R-ci wall" = MATERIAL        
   TYPE             = RESISTANCE
   RESISTANCE       = 7.5 $ASHRAE 4A - 7.5 continuous insulation outside stud wall
                          $ Specify with parameter value - {#pa("R CI Wall")}
   ..


"ASHRAE EWall Cons Layers" = LAYERS          
   MATERIAL         = ( "GypBd 1/2in (GP01)", "Bldg Paper Felt (BP01)", 
         "R-ci wall", "R-eff wall", "GypBd 1/2in (GP01)" )
   THICKNESS        = ( 0.042 )
   ..

$ If proposed design is not a lightweight wall, can define additional wall types  
   "Block EWall Cons Layers" = LAYERS          
   MATERIAL         = ( "Conc HW 140lb 6in (CC04)", "Bldg Paper Felt (BP01)", 
         "R-ci wall", "R-eff wall", "GypBd 1/2in (GP01)" )
   ..

"E1 EWall Construction" = CONSTRUCTION    
   TYPE             = LAYERS
   ABSORPTANCE      = 0.6
   ROUGHNESS        = 1
   LAYERS           = "ASHRAE EWall Cons Layers"  $ substitute value with parameter name - e.g. ext_wall_layers[]
$ {SymIndex(#pa("Exterior Wall Layers"),"CONSTRUCTION","LAYERS")}


$ ROOF
"R-ci Roof" = MATERIAL        
   TYPE             = RESISTANCE
   RESISTANCE       = 20             $ Substitute value with parameter name - e.g. {#pa("R CI Roof")}
   ..

"Roof Cons Layers" = LAYERS          
   MATERIAL         = ( "Blt-Up Roof 3/8in (BR01)", "Bldg Paper Felt (BP01)", 
         "Plywd 5/8in (PW04)", "R-ci Roof" )
   ..

"Roof Construction" = CONSTRUCTION    
   TYPE             = LAYERS
   ABSORPTANCE      = 0.7     $ Reflectivity = 0.3; $ Substitute value with parameter name - {#pa("Roof Absorptance")}
   ROUGHNESS        = 1
   LAYERS           = "Roof Cons Layers"
   ..

$ ---------------------------------------------------------
$              Glass Types
$ ---------------------------------------------------------

"EL1 Window Type #1 GT" = GLASS-TYPE      
   TYPE             = SHADING-COEF
   SHADING-COEF     = {0.40 / 0.87}  $ use parameter substitution {#pa("Glass SHGC") / 0.87}
   GLASS-CONDUCT    = {1 / ((1/0.50) - 0.193)} $exclude ext film heat transfer coefficient; 
                                               $use parameter substitution {1/((1/#PA("Glass U VALUE"))-0.193)}
   ..

SET-DEFAULT FOR WINDOW          
   GLASS-TYPE       = "EL1 Window Type #1 GT"
   ..


$---------------------------------------------------------------------------------------------------------------
$ Appendix G Chiller and Boiler Plant


$ ****************************************************************************
$
$         ASHRAE APP G/PRM VALUES FOR BOILER SYSTEM  
$
$ *****************************************************************************


$ G3.1.3.4 Hot Water Supply Temperature Reset (System 1, 5, and 7)

"HW-RESET-ASHRAE-DAY" = DAY-SCHEDULE-PD
   TYPE             = RESET-TEMP
   OUTSIDE-HI       = 50
   OUTSIDE-LO       = 20
   SUPPLY-HI        = 180 $ need to check
   SUPPLY-LO        = 150 $ need to check
   ..

"HW-RESET-ASHRAE-WK" = WEEK-SCHEDULE-PD
   TYPE             = RESET-TEMP
   DAY-SCHEDULES    = ( "HW-RESET-ASHRAE-DAY" )
   ..

"HW-RESET-ASHRAE-SCH" = SCHEDULE-PD
   TYPE             = RESET-TEMP
   MONTH            = ( 12 )
   DAY              = ( 31 )
   WEEK-SCHEDULES   = ( "HW-RESET-ASHRAE-WK" )
   ..

"HW Loop Pump" = PUMP            
   NUMBER           = 1
   MOTOR-CLASS      = HI-EFF
   CAP-CTRL         = VAR-SPEED-PUMP $ ONE-SPEED < 120,000 SF < VAR-SPEED
   ..

"Hot Water Loop" = CIRCULATION-LOOP
   TYPE             = HW
   LOOP-DESIGN-DT   = 50   $ Design return temperature of 130 F
   DESIGN-HEAT-T    = 180
   HEAT-SETPT-CTRL  = OA-RESET 
   HEAT-RESET-SCH   = HW-RESET-ASHRAE-SCH
   LOOP-PUMP        = "HW Loop Pump"
   ..


"BB Loop Pump" = PUMP            
   LIKE "HW Loop Pump"   
   ..

"Baseboard Loop" = CIRCULATION-LOOP
   TYPE             = HW
   LOOP-PUMP        = "BB Loop Pump"
   LOOP-OPERATION   = SCHEDULED
   HEATING-SCHEDULE = "BB Schedule ON/OFF"
   ..

"Boiler-1" = BOILER    $ DUAL BOILER PLANT  1 boiler < 15,000 SF < 2 boilers      
   TYPE             = HW-BOILER
   CAPACITY-RATIO   = 0.65 $ two @ 125% of total load
   HEAT-INPUT-RATIO = { 1 / 0.75 }  $ Define efficiency as parameter variable -  {1/#pa("Boiler Eff")}
   HW-LOOP          = "Hot Water Loop"
   ..
"Boiler-2" = BOILER          
   LIKE Boiler-1
   ..

"Baseboard Boiler-1" = BOILER          
   LIKE Boiler-1
   HW-LOOP          = "Baseboard Loop"
   ..
"Baseboard Boiler-2" = BOILER          
   LIKE "Boiler-2"
   HW-LOOP          = "Baseboard Loop"
   ..


$ ****************************************************************************
$
$         ASHRAE APP G/PRM DEFAULTS FOR WATER-COOLED CHILLER SYSTEM  
$
$ *****************************************************************************


"CW Pump 1" = PUMP            
   CAP-CTRL         = ONE-SPEED-PUMP
   ..
"CW Pump 2" = PUMP            
   CAP-CTRL         = ONE-SPEED-PUMP
   ..

"Condenser Water Loop" = CIRCULATION-LOOP
   TYPE             = CW
   DESIGN-COOL-T    = 82 $ ashrae = lesser of ( wb +10, or 85  )
   COOL-SETPT-CTRL  = FIXED
   COOL-SETPT-T     = 70  
   LOOP-OPERATION   = STANDBY
   ..

"Cooling Tower 1" = HEAT-REJECTION  
   TYPE             = OPEN-TWR
   CAPACITY-RATIO   = 1
   NUMBER-OF-CELLS  = 2
   CELL-CTRL        = MIN-CELLS  

   ELEC-INPUT-RATIO = 0.013 $ BTU/BTU 
   CAPACITY-CTRL    = TWO-SPEED-FAN
   DESIGN-APPROACH  = 10  
   DESIGN-WETBULB   = 72  $ depends on climate, see ASHRAE 90.1 Table D-1
   CW-LOOP          = "Condenser Water Loop"
   ..

$ ===================================== CHW ==================================


"CHW-RESET-ASHRAE-DAY" = DAY-SCHEDULE-PD
   TYPE             = RESET-TEMP
   OUTSIDE-HI       = 80
   OUTSIDE-LO       = 60
   SUPPLY-HI        = 54
   SUPPLY-LO        = 44
   ..

"CHW-RESET-ASHRAE-WK" = WEEK-SCHEDULE-PD
   TYPE             = RESET-TEMP
   DAY-SCHEDULES    = ( "CHW-RESET-ASHRAE-DAY" )
   ..

"CHW-RESET-ASHRAE-SCH" = SCHEDULE-PD
   TYPE             = RESET-TEMP
   MONTH            = ( 12 )
   DAY              = ( 31 )
   WEEK-SCHEDULES   = ( "CHW-RESET-ASHRAE-WK" )
   ..



$ ****************************************************************************
$
$         ASHRAE APP G/PRM DEFAULTS FOR LARGE CHW SYSTEM & CHILLERS 
$
$ *****************************************************************************

"CHW Loop Pump" = PUMP            
   NUMBER           = 1
   MOTOR-CLASS      = HI-EFF
   CAP-CTRL         = VAR-SPEED-PUMP
   ..

"CHW Primary Pump 1" = PUMP            
   CAP-CTRL         = ONE-SPEED-PUMP
   ..
"CHW Primary Pump 2" = PUMP 
	LIKE "CHW Primary Pump 1"            
   ..

"Chilled Water Loop" = CIRCULATION-LOOP
   TYPE             = CHW
   LOOP-DESIGN-DT   = 12
   LOOP-OPERATION   = DEMAND
   DESIGN-COOL-T    = 44
   COOL-SETPT-CTRL  = OA-RESET 
   MAX-RESET-T      = 54
   COOL-RESET-SCH   = "CHW-RESET-ASHRAE-SCH"
   PIPE-HEAD        = 26
   LOOP-PUMP        = "CHW Loop Pump"
   ..


"Chiller-1" = CHILLER         
   TYPE             = ELEC-HERM-CENT
   CAPACITY-RATIO = 0.65
   ELEC-INPUT-RATIO = 0.141
   CHW-LOOP         = "Chilled Water Loop"
   CHW-PUMP         = "CHW Primary Pump 1"
   CONDENSER-TYPE   = WATER-COOLED
   CW-LOOP          = "Condenser Water Loop"
   CW-PUMP          = "CW Pump 1"
   VARIABLE-SPEED   = NO
   MIN-COND-T       = 60
  ..
"Chiller-2" = CHILLER         
   LIKE             = "Chiller-1"
   CHW-PUMP         = "CHW Primary Pump 2"
   CW-PUMP          = "CW Pump 2"
   ..