Panasonic CZ256ESMC2 Operating Guide
86
10 Calculating air conditioner distribution
10.3 Calculating loaded distribution
Data fl ow
* “f” means function. For example:
Operation capacity ratio D = f (SH, SC)
means that the operation capacity ratio is calculated using super heat SH and sub cool SC.
Operation capacity ratio D = f (SH, SC)
means that the operation capacity ratio is calculated using super heat SH and sub cool SC.
Calculation parameter
Simple distribution Loaded distribution
Indoor unit capacity (kW)
Indoor unit operation time
Indoor fan speed ratio (high, medium, low)
Outdoor unit operation ratio
(Power: detected using CT, Gas: neuro-calculation)
Standing-by power and various heater powers
Indoor unit loaded ratio (Calculated using the values
detected by multiple internal thermo sensor of indoor unit)
(Overheat degree)
:parameters considered in distribution calculation
:parameters not considered in distribution calculation
:parameters not considered in distribution calculation
[Out door unit]
Calculation:
Calculation:
power T2
gas TG
gas for power generation PG
standing-by power TS
energy saving-consideration power T3
energy saving-consideration gas TG3
power at night by ice heat accumulation TC night
high-pressure saturated temperature HPS
gas TG
gas for power generation PG
standing-by power TS
energy saving-consideration power T3
energy saving-consideration gas TG3
power at night by ice heat accumulation TC night
high-pressure saturated temperature HPS
[Indoor unit]
Operation time by fan speed R
Heater ON time W
Indoor capacity PS
Heat exchanger outlet and inlet temperature E1,
E2, and E3
Actual fan speed
Heater ON time W
Indoor capacity PS
Heat exchanger outlet and inlet temperature E1,
E2, and E3
Actual fan speed
[Adaptor]
Calculation:
operation capacity ratio D = f (SH, SC)
fan speed converted value FI = f (actual wind speed)
super heat SH = f (E3, E1)
sub cool SC = f (HPS, E1)
fan speed converted value FI = f (actual wind speed)
super heat SH = f (E3, E1)
sub cool SC = f (HPS, E1)
Operation capacity PINb = f (D, FI, and PS), PINg = 0
CIN = f (D, FI, and PS)
Partially through
All through
[Intelligent Controller]
Setting:
Setting:
Heater capacity H
Fan current added value B
Pulse unit @ e, @ g
Calculation:
•
PIA = f (PS, T2, PINb, PINg)
PIA = f (PIA, TS, PS, W, H, R, B)
PGA = f (GIN, TG, PG)
•
Power distribution ratio RPI = f (PIA’)
Gas distribution ratio RGI = f (PGA)
•
Factor related to ice heat accumulation ICE = f (TC night, RPI)
Pice = f (Pc, @e)
•
Power usage PI = f (RPI, Pc, @e, ICE, Pice)
Gas usage GI = f (RGI, Gc, @g)
Count:
Power pulse count Pc
Gas pulse count Gc
Gas pulse count Gc
1
T2, TG, PG, TS
T3, TG3, and TC night
2
HPS
3
R
4
W
5
PS
6
E1, E2, and E3
Actual fan speed
7
T2, TG, PG, TS
T3, TG 3, and TC night
7
PINb
PINg
GIN
GIN
7
R, W
8
PS
9
Pc, Gc
CZ-256ESMC2_EN.indb 86
CZ-256ESMC2_EN.indb 86
3/31/2011 2:03:29 PM
3/31/2011 2:03:29 PM