Table des Matières
Publicité
CosPhi_Time_B2L_OSet
CosPhi_Time_S2W_OSet
CosPhi_Time_W2S_Mon
CosPhi_Time_W2S_WEnd
CosPhi_Time_W2S_Day
CosPhi_Time_W2S_Hour
(SW_Time)
CosPhi_Time_S2W_Mon
CosPhi_Time_S2W_WEnd
CosPhi_Time_S2W_Day
CosPhi_Time_S2W_Hour
P_Ca (kW)
P_Me (kW)
Q_U_U_LR
Q_U_U_HR
Q_U_U_Diff
(AvMM)
Q_U_PlChEn
U (PAC3200)
P_Ramp
P_Cont_Gain
P_Cont_TN
P_Cont_LLM
P_Cont
P_Cont_HLM
P_Cont_P_SP
Q_Max_CosPhi_Cap_Max
Q_Max_CosPhi_Ind_Min
Q_Max
Inv_P_SP
Inverter
Communication
Figure 8-4
Schéma fonctionnel de la régulation de la puissance active (figure 2 de 2)
PVS ControlBox 300
Instructions de service, 01/2013, A5E03642519A/003
CosPhi_Time_Num
CosPhi_Time_Time X (01≤X≤16)
CosPhi_Time_CosPhi X (01≤X≤16)
Time
CosPhi_P_Num
CosPhi_P_P X (01≤X≤16)
CosPhi_P_CosPhi X (01≤X≤16)
P
Q_U_Num
Q_U_UX (01≤X≤16)
Q_U_QX (01≤X≤16)
Q
P_Ramp_LockUp
P_Ramp_LockDn
P_Ramp_TimeUp
P_Ramp_TimeDn
P_Ramp_RampUp
P_Ramp_RampDn
P_Ramp_P_SP
P_Max
P_Delta_Enable
P_Delta_F_High
P_Delta_F_Norm
P_Delta_F_Min
P_Delta_F_Max
P_Delta
P(f)
P_Delta_TN
P_Delta_P_SP
P (kW)
P (kW)
P (kW)
P_Max_P_SP
EVU_Value1
Global_S_Plant
EVU_Value2
P_Mode_ExtRel
EVU_Value3
P_Mode_ExtAbs
EVU_Value4
P_Mode_ExtQC
EVU
E
V
U
_
C
S
F
P
_
M
o
d
e
_
n I
EVU_FltMode
P_Mode_IntAbs
EVU_FltValue
P_Mode_IntQC
P_Mode_ManRel
P_Mode_ManAbs
P_Mode_ManQC
(Poly16)
P_Mode_Source
Global_S_Plant
Q_Mode_Bypass
Q_Mode_CosPhi
(Poly16)
Q_Mode_CosPhiQC
Q_Mode_Q
Q_Mode_Q_QC
cos φ(Time)
(Poly16)
cos φ(P)
Q(U)
Q_Cont
Q_Cont_QC
Q_Cont_ParErr
Q_Cont_PacErr
Q_Cont_Auto
Q_Mode_IndMin
Q_Mode_CapMax
Q_Mode_Source
Global_S_Plant
Q_Cont_CosPhiSP
P_Max_P_SP
f (Hz)
PAC_PT1_Delay_T
P (kW)
PAC_Connect
PAC
PAC_MsgLck
(Pac3200)
8.4 Régulation du parc
R t
l e
P_Mode
Q_Cont_CosPhiSP
Q_Cont_Bypass
Q_Mode
PAC_PT1_Delay_T
PAC
(PT 1)
Σ
P_Ca (kW)
P_Me (kW)
PAC
(PT 1)
Logiciel
1
2
f (Hz)
P (Inv 1)
P (...)
P (Inv 120)
43
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