A Hybrid Dynamical Modelling and Control Approach for Energy Saving of Central Air Conditioning

Table 1

Thermal parameters.

Parameter	Value	Remark
(kg)	67.725, 90.3, 158.025	Rooms A, B, and C, respectively
(kg/s)	0.02
(kg/s)	0.013
(kg/s)	0.655, 0.655, 0.655	Rooms A, B, and C, respectively
(kg/s)	0.025
(m^2)	36, 8, 0	Room A
(m^2)	52, 9, 0	Room B
(m^2)	66, 12, 6	Room C
(J/kgk)	1010
(J/kgk)	4180
	0.214, 0.286, 0.5	Rooms A, B, and C, respectively
()	0.2
	0.0037, 0.286, 0.0026	Rooms A, B, and C, respectively
	-0.061	Whole system
(W/m^2k)	0.049, 0.051, 0.05
(J)	19, 28, 31	Rooms A, B, and C, respectively
	0.82
()	5
	0.86
()	30, 30, 30	Rooms A, B, and C, respectively
()	25, 25, 25	Rooms A, B, and C, respectively
()	35, 35, 36	Room A
()	35, 35, 36	Room B
()	35, 35, 36	Room C
()	25.8, 26.1, 25.9	Rooms A, B, and C, respectively