case 210:

As for case 200 except that all external surfaces have emissivity
of 0.9 instead of 0.1.

Results (all energy in kWh)
-----------
timesteps    	 heating energy (hrs)   cooling energy(hrs)
------------------------------------------------
 4 ts/hour		6510 (7771)		149 (989)


Results (all loads in kW)
-----------
timesteps       Peak heating load               Peak cooling load
---------------------------------------------------------------------------
 4 ts/hour	 2.73 (4 Jan@00h52)     	0.47 (16 Aug@15h52)
 

Diff 210-200
Date:		heating energy    cooling energy
------------------------------------------------
 28/7/04	1260			-425
 DM (1993)	1204			-408


Diff 210-200
Date:	       Peak Heating          Peak cooling
--------------------------------------------------------
 28/7/04	  0.05		 	 -0.4
 DM (1993)	  0.05			 -0.387




Diff 220-210:
Date:		heating energy    cooling energy
------------------------------------------------
 28/7/04	504			25
 DM (1993)	488			24


Diff 220-210
Date:	       Peak Heating          Peak cooling
--------------------------------------------------------
 28/7/04	  0.16		 	  0.11
 DM (1993)	  0.166			  0.084

