Page 30
successfully. Otherwise, it won't show. -28 -...
Page 31
Power: Power: State: Standby State: Com.Error Total DC POWER: PV1: 0.0V 0.0A Power: UA: 234V 0.0A 0V 0.0A 0V 0.0A Freq: 0.00Hz 21 - 05 - 2020 Meter 15 : 57 : 08 Power: ImpEp: 0.00KWh Total : 0.00KWh ExpEp: 0.00KWh Total : 0.00KWh - 29 -...
Page 32
LoadEp: 0.00KWh Total : 0.00KWh E-Day : E-Total : 134KWh 8.2 Submenus in the Main Menu Device Info. << GL3000 SN-01 Fault Record ID:2222224332 ID:2222224332 Inv1400 Inv1400 Lcd0235 Device Info. 1 F35 220125 08 Fault Record << 2 F56 220124 20 -30 -...
Page 33
ON / OFF << Turn ON << Setup Turn OFF Turn ON Turn OFF << Cancel << Cancel Setup Branch 1 : 0.0A PV VA << Branch 2 : 0.0A Setup << System Param << PV VA Param Protect Param Comm.
Page 34
Time Set << Display Set Language Set Factory Reset << Factory Reset Set Restore << 20200522 OK English << Polski 08:11:21 Cancel Bright Keep << Polski P CCK << Delay time 05S Delay time 05S Confirm Reset << OK << Cancel Cancel I Confirm <<...
Page 35
PassWord Vref 0.0V ActiveP ReactP 0.0% << Q-Mode OFF << Fun RCD OFF << -1.000 Fun ISO OFF << SelfCheck Island OFF << Limiter Feed-in 0% << Meter MPPT Num - 33 -...
Page 36
NAME WindTurbine WindTurbine OFF << CLR <- WindTurbine ON <- - 34 -...
Page 37
OF-Derate OFF <- OF-Derate HYS <- OF-Derate ON <- UF-Uprate OFF <- UF-Uprate HYS <- WGra 0.000% WGRa 0.000% UF-Uprate ON <- WGra 0.000% WGra 0.0% << WGraStr 0.0% PowerLim << LVRT HVRT OFF << Sunspec OFF << Sunspec OFF << Cancel <<...
Page 39
Over-frequency Response OFDMode HYS <- OF-Derate ON <- OF-Derate OFF <- Tab. 11-4 Definition of Over- frequency Response Parameters Range Parameter Description 45HZ-65HZ Fstr The Start frequency value for over-frequency response. Fstop 45HZ-65HZ The Stop frequency value for over-frequency response. In hysteresis mode, power is restored only when RecPT 45HZ-65HZ...
Page 40
Frec 50.10Hz RecDly 0.00 OK << Cancel RecGra 0.00% << The inverter provides a reactive power regulation function. Tap Reactive Power Regulation Mode to select proper regulation mode and set the corresponding parameters. ActiveP ActiveP Q-Mode Q(P) << Q-Mode OFF << ActiveP ActiveP Q-Mode PF(P) <<...
Page 41
"Q(U)" Mode "Q(P)" Mode The reactive power output by the inverter is controlled by the active power of the inverter. "PF(P)" Mode The PF is controlled by the active power of the inverter. “Q(U)” Mode ActiveP Pstart 0.0% << QMode Pstop Q(U) <-...
Page 42
(U1,Q1) Upper Q/Pn lnd (U2,Q2) (U4,Q4) Grid Voltage (U3,Q3) (U5,Q5) Lower Q/Pn Cap (U6,Q6) - 40 -...
Page 43
parameter Range descrption The QU mode starts when the active power Pstart 0%-130% Rate out power is greater than this value The QU mode stops when the active power Pstop 0%-130% Rate out power is less than this value Value of Q/Pn at point (U1,Q1) on the Q(U) -60% -60% Q/Pn mode curve Grid voltage limit at point (U1,Q1) on the...
Page 44
“Q(P)” Mode Upper Q/Pn lnd (P1,Q1) The reactive power output by the inverter is controlled by the active power of the inverter. P2(P2,Q2) P/Pn P4(P4,Q4) P3(P3,Q3) P5(P5,Q5) Lower P6(P6,Q6) Q/Pn Cap ActiveP 20.0% 0.0% << QMode QP <- 0.0% 0.0% << 0.0% <<...
Page 45
parameter Range descrption Value of Q/Pn at point (P1,Q1) on the Q(P) mode 0%-100% Pn curve Grid voltage limit at point (P1,Q1) on the Q(P) mode -60% -60% Q/Pn curve Value of Q/Pn at point (P2,Q2) on the Q(P) mode 0%-100% Pn curve Grid voltage limit at point (P2,Q2) on the Q(P) mode...