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26

N1-HV/AC Series

User Manual

27

N1-HV/AC Series

User Manual

The main screen as below.  Press  up or down for more information.

Press ‘OK’to enter the menu, check grid , solar, battery and EPS status of the inverter.
Press up and down to select, press ‘ESC’ to return to the Menu.

6.3 LCD operation

1. Main screen

2. Status

     ==User Verify==

0  0  0  0

OK

=====Settings=====

  PV Config

  Comm Addr

>Advanced*

     

====Battery====

   >Battery Awaken

     No

     OK

     ====Battery====

   >Dischr Max Curr

     25.0A

     OK

     

====Battery====

   >Chr Max Curr

     25.0A

     OK

====Battery====

   >Min On-Grid SOC

     000%

     OK

     

====Battery====

   >Min Capacity

     010%

     OK

     

===Advanced*===

    On-Grid

    Off-Grid

   >Battery

     

===Advanced*===

     Battery

     Feature

   >New Password

     ==New Password==

     Enter Password

          0  0  0  0

     OK

     

=====Reset=====

   >Reset Energy

     Reset Errlogs

     Factory Reset

     

===Advanced*===

     Feature

     New Password

   >Reset

   ==Reset Energy==

   

      >ESC<    ENT

     

=====Reset=====

     Reset Energy

   >Reset Errlogs

     Factory Reset

     =Reset Errlogs=

   

>ESC<    ENT

     

=====Reset=====

     Reset Energy

Reset Errlogs

   >Factory Reset

     =Factory Reset=

   

>ESC<    ENT

     

===Advanced*===

     New Password

   >Reset

   >USB

     

=====USB=====

     >Upgrade

     ====Upgrade====

     >DSPM Upgrade

       DSPS  Upgrade

       ARMC Upgrade

   ==DSPM Upgrade==

       >No<       Yes

     ====Upgrade====

       DSPM Upgrade

     >DSPS  Upgrade

       ARMC Upgrade

   ==DSPS Upgrade==

       >No<       Yes

     ====Upgrade====

       DSPM Upgrade

       DSPS  Upgrade

     >ARMC Upgrade

   ==ARMC Upgrade==

       >No<       Yes

     ====Safety====

    >AS4777

      OK

     ====On-Grid====

      Safety

    >Grid

      Export Control

     ====On-Grid====

    >Safety

      Grid

      Export Control

     

===Advanced*===

    >On-Grid

    Off-Grid

Battery

     ==Freq Protect==

     >Fac Upper Fast

       52.00Hz

       OK

     ==Freq Protect==

     >Fac Upper Slow

       52.00Hz

       OK

     ==Freq Protect==

      >Fac Lower Slow

        47.00Hz

        OK

     ==Freq Protect==

  >Fac Lower Fast

    47.00Hz

    OK

     

=====Grid=====

     Volt Protect

    >Freq Protect

     ==Volt Protect==

    >Vac Lower Fast

      000.0V

      OK

     ==Volt Protect==

    >Vac Lower Slow

      180.0V

      OK

     ==Volt Protect==

    >Vac Upper Slow

260.0V

OK

     ==Volt Protect==

    >Vac Upper Fast

      265.0V

      OK

     ==Volt Protect==

    >Vac 10M Avg

      255.0V

      OK

     

=====Grid=====

    >Volt Protect

      Freq Protect

     ====On-Grid====

      Safety

      Grid

    >Export Control

     =Export Control=

    >User Value

      10000W

      OK

     ===EPS System===

   >Mute

     No

     OK

     ===EPS System===

   >Frequency

     50Hz

     OK

     ===Advanced*===

    On-Grid

  >Off-Grid

    Battery

     ====Feature====

    >Remote Control

      DRM0

      Meter Setting

     

===Advanced*===

     Off-Grid

     Battery

   >Feature

     =Remote Control=

    >Disable

       

      OK

     

====Feature====

      Remote Control

     >DRM0

      Meter Setting

     =====DRM0 =====

      >Disable

       

        OK

     

====Feature====

      Remote Control

DRM0

     >Meter Setting

     =Meter Setting=

      >Disable

       

        OK

Normal

Power

W

Battery:                  %

XX-XX  XX:XX:XX

Normal

Ppv:                       W

Pbat

W

Normal

Pac:                      W

Pfeed

Pload:                   W                    

Normal

ENV_S:                  

Charger_S:             

                 

Inv_S

                

            Normal

WorkMode:

Self Use

Normal

Boost_S:                

            

=====Solar=====

Vpv1

V

Vpv2

V

  

=====Solar=====

Ipv1:                   A

Ipv2:                   A

  =====Solar=====

Ppv1:                  W

Ppv2:                  W

Imod: Independ

  =====Grid=====

Vac:                   V

Iac:                     A

Pac:                   W

  =====Grid=====

Fac:                      Hz

Pfeed:                   W

  

=====Battery=====

Bsoc:                   V

Btmp:                   

  =====BMS=====

Vbat:                     V

Ibat:                       A

Vchr:                      V

  =====BMS=====

Vdis:                      V

Ichr:                       A

Idis:                       A

  =====EPS=====

Veps:                      V

Ieps:                       A

Peps:                      W

  =====EPS=====

Feps:                      

Hz

======Menu======

>Status

  History

  Setting

  

=====Charger=====

 Vbat:                   V

 Ibat:

A

 Pbat:                   W

This status shows the real time PV parameters of the system. The input voltage, current and power of each PV input. Press 

up and down button to review the parameter. Press ‘ESC’ to return to Status. 

A) Solar

This status shows the real time grid parameters such as voltage, current, output power and frequency. Pac measures the 
output of the inverter, Pfeed measures the export to or import from the grid. Positive value means the energy feed into grid. 
Negative value means the energy used from grid. 

Press up and down button to review the parameter. Press ‘ESC’ to return to status. 

B) Grid  

=====Solar=====

Vpv1:                 V

Vpv2:                 V

  

=====Solar=====

Ipv1:                   A

Ipv2:                   A

  =====Solar=====

Ppv1:                  W

Ppv2:                  W

Imod: Independ

  =====Grid=====

Vac:                   V

Iac:                     A

Pac:                   W

  =====Grid=====

Fac:                      Hz

Pfeed:                   W

This status shows the charger situation of the system. Include the battery voltage, charge or discharge current. Charge or 

discharge power. ‘+’ means in charging; ‘-’ means in discharging. Press up and down button to review the parameter. Press 
‘ESC’ to return to Status.    

C) Charger

  

=====Charger=====

 Vbat:                   V

 Ibat:                     A

 Pbat:                   W

This status shows the battery situation of the system. Include the battery voltage and current, charge and discharge 

voltage, charge and discharge current, battery capacity and battery temperature. ‘+’ means in charging; ‘-’ means in 
discharging. Press up and down button to review the parameter. Press ‘ESC’  to return to Status.    

D) Battery

  

=====Battery=====

Bsoc:                   %

Btmp:

                   

  =====BMS=====

Vbat:                     V

Ibat:                       A

Vchr:                      V

  =====BMS=====

Vdis:                      V

Ichr:                       A

Idis:                       A

Bstat:

EPS will only have data when the iverter is working in EPS mode, it will show the real time data of the EPS output. As voltage 
, current , power, frequency. Press up and down button to review the parameter. Press ‘ESC’ to return to Status.  

E

EPS

  =====EPS=====

Veps:                      V

Ieps:                       A

Peps:                      W

  =====EPS=====

Feps:                      

Hz

Summary of Contents for N1-AC Series

Page 1: ...N1 HV 3 0 N1 HV 3 68 N1 HV 5 0 N1 HV 6 0 N1 AC 3 0 N1 AC 3 68 N1 AC 5 0 N1 AC 6 0 UserManual Series N1 HV AC...

Page 2: ...nsportdamage 13 5 3 Installationprecaution 13 5 4 Availablespace 13 5 5 Preparation 13 5 6 Installationsteps 15 5 7 ElectricalWiringConnection 16 5 7 1 PVWiringConnection 17 5 7 2 BatteryConnection 18...

Page 3: ...t 2 2Important safety instructions 1 2 Target group This manual is intended for quali ed electrical technical personnel who are responsible for hybrid inverte AC coupled installation and commissioning...

Page 4: ...ill void warranty and warranty claims and in most cases termi nate the operating license When the enclosure lid is removed live components can be touched which can result in death or serious injury du...

Page 5: ...rority 1 Generated solar energy 2 Load consumption 3 Storage in battery 4 Feed the excess solar energy into the grid 1 Load consumption 2 Feed into grid 3 Charge the battery 3 4 1 2 3 2 1 This mode ap...

Page 6: ...blackout 1 Generated solar energy 2 Storage in Battery 3 Load consumption 4 Grid supply power Figure 3 2 Terminals 2 4 1 3 WARNING Make sure the load powering rating in within the EPS s output rating...

Page 7: ...rated Duration s Max Efficiency Euro Efficiency MPPT Efficiency Max Battery Discharge Efficiency DC Insulation Monitoring Input Reverse Polarity Protection Anti island Protection Residual Current Moni...

Page 8: ...5 Make sure the installation site does not fall into one of the following conditions Do not install the inverter in direct sunlight Do not install the inverter on ammable construction material Do not...

Page 9: ...ake sure the 4 mounting bars on the back of the inverter is xed well with 4 grooves on the bracket Drill holes with 10 driller carefully make sure the holes are deep enough at least 45mm for install a...

Page 10: ...ugs are similar with PV plugs please con rm before use it 1 Turn off the DC switch 2 Prepare 2 5 4mm2 PV cable and PV plugs as below 3 Strip 7mm of the conductor with stripping plier Use a suitable st...

Page 11: ...tery Power Cable Connection 1 Prepare the tin plated cables with a conductor cross section of 4 to 6 mm AWG 10 2 Strip 15mm off the conductor Use a suitable stripping tool for this e g Knipex Solar 12...

Page 12: ...land torque 4 Nm 5 Nm Make sure that the rib of the terminal block and the groove on the housing engage perfectly until a Click is heard or felt 5 7 3AC Output Connection N1 HV AC series inverters hav...

Page 13: ...uirements of local Australian grid code AS NZS 4777 2 which among speci c requirements for connection calls for compatibility with Demand Response Enabling Devices DRED The DRED is under control of a...

Page 14: ...g Comm Addr PV Connection Comm OK PV Connection Multi OK Settings Data Time Work Mode PV Config Normal Power W Battery XX XX XX XX XX Normal Ppv W Pbat W Normal Pac W Pfeed W Pload W Normal ENV_S Char...

Page 15: ...OK Feature Remote Control DRM0 Meter Setting Meter Setting Disable OK Normal Power W Battery XX XX XX XX XX Normal Ppv W Pbat W Normal Pac W Pfeed W Pload W Normal ENV_S Charger_S Inv_S Normal WorkMo...

Page 16: ...Time Use OK Work Mode Backup Use OK Work Mode Feedin Use OK Work Mode FFR Use OK This function can set the mode of PV input There are two modes for selection Comm and Multi The Comm mode means single...

Page 17: ...Press up or down button to set the parameters of battery Press OK to con rm I Off Grid Battery Battery Awaken No OK Battery Dischr Max Curr 25 0A OK Battery Chr Max Curr 25 0A OK Battery Min On Grid S...

Page 18: ...k help from us if not go back to normal state Grid is lost System will reconnect if the utility is back to normal Or seek help from us if not go back to normal state Grid voltage out of range System w...

Page 19: ...seek help from us if not go back to normal state Other device fault Turn off the PV battery and grid reconnect them Or seek for help from us if cannot back to normal The residual current circuit is f...

Page 20: ...Have it carried out according to local waste handling regula tions Please be sure to deliver wasted inverters and packing materials to certain site where can assist relevant department to dispose and...

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