ZCS AZZYRRO 3-6-ZSS-HP Quick Manual
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ZCS AZZYRRO 3-6-ZSS-HP Quick Manual

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3-6-ZSS-HP HYBRID INVERTER
Always wear protective
clothing and/or personal
protective equipment
Rev. 2.0 – 26/04/2023
QUICK GUIDE
Always consult the
manual
General notice -
Important Safety
Instructions

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Summary of Contents for ZCS AZZYRRO 3-6-ZSS-HP

  • Page 1 QUICK GUIDE 3-6-ZSS-HP HYBRID INVERTER Always wear protective General notice - Always consult the clothing and/or personal Important Safety manual protective equipment Instructions Rev. 2.0 – 26/04/2023...

  • Page 2: Table Of Contents

    TABLE OF CONTENTS TABLE OF CONTENTS 1. INSTALLATION AND DISTANCES 2. WALL INSTALLATION 3. DISPLAY & BUTTONS 4. MAIN MENU 5. CONNECTING TO THE GRID 6. PHOTOVOLTAIC CONNECTIONS 7. BATTERY CONNECTION 8.1.1 SINGLE PYLONTECH US2000 BATTERY 8.1.2 PYLONTECH US2000 BATTERIES IN PARALLEL 8.1.3 PYLONTECH US2000 BATTERY SETTINGS ON INVERTER 8.2.1 SINGLE PYLONTECH US5000 BATTERY 8.2.2 PYLONTECH US5000 BATTERIES IN PARALLEL...

  • Page 3: Installation And Distances

    1. INSTALLATION AND DISTANCES Maximum height from ground permitted: 180 cm Distances for installation of multiple inverters 1. INSTALLATION Distances for installation of a single inverter 2. WALL INSTALLATION Step 1: Position the mounting bracket on the wall, mark the fixing points.

  • Page 4: Display & Buttons

    3. DISPLAY & BUTTONS Status of On-Grid Off-Grid Alarm INVERTER STATUS WI-FI/METER the HYD-ES METER/WI-FI Green light Green light Red light PV2 FIELD STATUS PHOTO PV1 FIELD STATUS inverter BATT STATUS On-Grid Standby Intermittent GRID POWER (On-Grid) PV PRODUCTION Off-Grid Standby Intermittent (Off-Grid)

  • Page 5: Connecting To The Grid

    Make sure that the DC parameters of the strings are acceptable according to the technical specifications given in the datasheet and in the Azzurro ZCS configurator. In addition, check that the polarities of the photovoltaic cables are correct. Use a MC4 wrench to disconnect the...

  • Page 6: Battery Connection

    ATTENTION Before connecting/disconnecting the strings to the inverter, check that the DC circuit breaker on the side of the inverter is in the OFF position. NOTE: Both MPPT inputs of the inverter must be populated, even if the system has only one string.

  • Page 7: Single Pylontech Us2000 Battery

    3.1 Battery connection 8.1.1 SINGLE PYLONTECH US2000 BATTERY Maximum DoD programmable 80% Communication cable pinout between Pylontech battery and Inverter, from left to right Inverter PIN 1: CAN H (blue wire) PIN 2: CAN L (white-blue wire) The communication cable is located inside the kit in the inverter box.

  • Page 8: Pylontech Us2000 Batteries In Parallel

    8.1.2 PYLONTECH US2000 BATTERIES IN PARALLEL NOTE: For a parallel connection, use the appropriate cables (power and communication) supplied in the kit. Master Slave 1 Slave n Communication connections between batteries and inverter: Batteries are connected IN PARALLEL to each other. •CAN of Master Battery ...

  • Page 9: Pylontech Us2000 Battery Settings On Inverter

    8.1.3 PYLONTECH US2000 BATTERY SETTINGS ON INVERTER Set the battery channels in the inverter. To set the battery parameters: Advanced settings 0715 Battery parameters:   Type: Pylon; Depth of discharge: 80%. 1.Battery type Pylon-AH US2000 4.Depth of Discharge 6.Save...

  • Page 10: Single Pylontech Us5000 Battery

    3.1 Battery connection 8.2.1 SINGLE PYLONTECH US5000 BATTERY Note: Maximum DoD programmable 80% Communication cable pinout between Pylontech battery and Inverter, from left to right Inverter PIN 1: CAN H (blue wire) PIN 2: CAN L (white-blue wire) The communication cable is located inside the kit in the inverter box.

  • Page 11: Pylontech Us5000 Batteries In Parallel

    3.1 Battery connection 8.2.2 PYLONTECH US5000 BATTERIES IN PARALLEL NOTE: For a parallel connection, use the appropriate cables (power and communication) supplied in the kit. Master Slave 1 Slave n Communication connections between batteries and inverter: Batteries are connected IN PARALLEL to each other. •CAN of Master Battery ...

  • Page 12: Pylontech Us5000 Battery Settings On Inverter

    8.2.3 PYLONTECH US5000 BATTERY SETTINGS ON INVERTER Set the battery channels in the inverter. To set the battery parameters: Advanced settings 0715 Battery parameters:   Type: Pylon; Depth of discharge: 80%. 1.Battery type Pylon-AH US5000 4.Depth of Discharge 6.Save...

  • Page 13: Single Weco 4K4 Battery

    9.1.1 SINGLE WECO 4K4 BATTERY 8.2 PYLONTECH BATTERIES IN PARALLEL DO NOT CHANGE DIP Maximum DoD SWITCH POSITION WITH 3.1 Battery connection THE BATTERY ON!! programmable 90% Communication cable pinout between WeCo battery and Inverter, from left to right Inverter PIN 1: CAN (White-Orange) PIN 2: CAN (Orange) The communication cable is located...

  • Page 14: Weco 4K4 Batteries In Parallel

    9.1.2 WECO 4K4 BATTERIES IN PARALLEL 8.2 PYLONTECH BATTERIES IN PARALLEL 3.1 Battery connection In case of MULTIPLE BATTERIES, connect the communication cable from the COM port of the inverter to the BMS-CAN port of the MASTER battery, after having defined the correct positioning of the DIP Switches (see following pages).
  • Page 15 Connecting 2 batteries MASTER SLAVE 1 Connecting 3 batteries SLAVE 1 MASTER SLAVE 2 Connecting 4 batteries MASTER SLAVE 1 SLAVE 3 SLAVE 2 Connecting 5 batteries SLAVE 1 SLAVE 3 MASTER SLAVE 2 SLAVE 4...

  • Page 16: Weco 4K4 Battery Settings On Inverter

    9.1.3 WECO 4K4 BATTERY SETTINGS ON INVERTER Set the battery channels in the inverter. To set the battery parameters: Advanced settings 0715 Battery parameters:   Type: WeCo; Depth of discharge: 80%. 1.Battery type WeCo 4.Depth of Discharge 6.Save...

  • Page 17: Single Weco 4K4Pro Battery

    9.2.1 SINGLE WECO 4K4PRO BATTERY 8.2 PYLONTECH BATTERIES IN PARALLEL DO NOT CHANGE DIP Maximum DoD SWITCH POSITION WITH 3.1 Battery connection THE BATTERY ON!! programmable 90% Communication cable pinout between WeCo battery and Inverter, from left to right Inverter PIN 1: CAN (White-Orange) PIN 2: CAN (Orange) The communication cable is located...

  • Page 18: Weco 4K4Pro Batteries In Parallel

    9.2.2 WECO 4K4PRO BATTERIES IN PARALLEL 8.2 PYLONTECH BATTERIES IN PARALLEL 3.1 Battery connection In case of MULTIPLE BATTERIES, connect the communication cable from the COM port of the inverter to the CAN-A port of the MASTER battery, after having defined the correct positioning of the DIP Switches (see following pages).
  • Page 19 Connecting 2 batteries MASTER SLAVE 1 Connecting 3 batteries SLAVE 1 MASTER SLAVE 2 Connecting 4 batteries MASTER SLAVE 1 SLAVE 3 SLAVE 2 Connecting 5 batteries MASTER SLAVE 1 SLAVE 3 SLAVE 2 SLAVE 4...

  • Page 20: Weco 4K4Pro Battery Settings On Inverter

    9.2.3 WECO 4K4PRO BATTERY SETTINGS ON INVERTER Set the battery channels in the inverter. To set the battery parameters: Advanced settings 0715 Battery parameters:   Type: WeCo; Depth of discharge: 80%. 1.Battery type WeCo 4.Depth of Discharge 6.Save...

  • Page 21: Single Weco 4K4-Lt Battery

    9.3.1 SINGLE WECO 4K4-LT BATTERY 8.2 PYLONTECH BATTERIES IN PARALLEL DO NOT CHANGE DIP Maximum DoD SWITCH POSITION WITH 3.1 Battery connection THE BATTERY ON!! programmable 90% Communication cable pinout between WeCo battery and Inverter, from left to right Inverter PIN 1: CAN (White-Orange) PIN 2: CAN (Orange) The communication cable is located...

  • Page 22: Weco 4K4-Lt Batteries In Parallel

    9.3.2 WECO 4K4-LT BATTERIES IN PARALLEL 8.2 PYLONTECH BATTERIES IN PARALLEL 3.1 Battery connection In the event of MULTIPLE BATTERIES, connect the communication cable from the COM port of the inverter to the CAN-A port of the MASTER battery, after having defined the correct positioning of the DIP Switches (see following pages).
  • Page 23 Connecting 2 batteries MASTER SLAVE 1 Connecting 3 batteries SLAVE 1 MASTER SLAVE 2 Connecting 4 batteries MASTER SLAVE 1 SLAVE 3 SLAVE 2 Connecting 5 batteries MASTER SLAVE 1 SLAVE 3 SLAVE 2 SLAVE 4...

  • Page 24: Weco 4K4-Lt Battery Start-Up

    9.3.4 WECO 4K4-LT BATTERY START-UP In order to carry out the correct start-up procedure: 1. The batteries must all be switched off (side switch to 0); 2. Inverter DC rotary switch set to OFF; 3. Set all batteries, via the side switch, to 1 without switching them on (do not press the round metal button);...

  • Page 25: Weco 4K4-Lt Battery Settings On Inverter

    9.3.5 WECO 4K4-LT BATTERY SETTINGS ON INVERTER Set the battery channels in the inverter. To set the battery parameters: Advanced settings 0715 Battery parameters:   Type: WeCo; Depth of discharge: 80%. 1.Battery type WeCo 4.Depth of Discharge 6.Save...

  • Page 26: Mixed Connection Between Weco, Weco 4K4Pro And Weco 4K4-Lt Batteries

    9.4 MIXED CONNECTION BETWEEN WECO, WECO 4K4PRO and WECO 4K4-LT BATTERIES For a new system, we do not recommend installing a mixed solution with WeCo 4k4PRO and WeCo 4k4- LT batteries. When using WeCo 4k4PRO and WeCo 4k4-LT batteries, the WeCo 4k4-LT batteries must be installed first and then the 4k4PRO batteries as shown in the figure.

  • Page 27: Single Weco 5K3 Battery

    9.5.1 SINGLE WECO 5K3 BATTERY 8.2 PYLONTECH BATTERIES IN PARALLEL DO NOT CHANGE DIP Maximum DoD SWITCH POSITION WITH 3.1 Battery connection THE BATTERY ON!! programmable 90% ATTENTION! This battery is usually used for three-phase hybrid Communication cable pinout between WeCo inverters (HYD 3PH).

  • Page 28: Weco 5K3 Batteries In Parallel

    9.5.2 WECO 5K3 BATTERIES IN PARALLEL 8.2 PYLONTECH BATTERIES IN PARALLEL 3.1 Battery connection In the event of MULTIPLE BATTERIES, connect the communication cable from the COM port of the inverter to the CAN-A port of the MASTER battery, after having defined the correct positioning of the DIP Switches (see following pages).
  • Page 29 Connecting 2 batteries MASTER SLAVE 1 Connecting 3 batteries MASTER SLAVE 1 SLAVE 2 Connecting 4 batteries SLAVE 3 SLAVE 2 SLAVE 1 MASTER Connecting 5 SLAVE 4 SLAVE 3 SLAVE 2 batteries SLAVE 1 MASTER...

  • Page 30: Weco 5K3 Battery Settings On Inverter

    9.5.3 WECO 5K3 BATTERY SETTINGS ON INVERTER Set the battery channels in the inverter. To set the battery parameters: Advanced settings 0715 Battery parameters:   Type: WeCo; Depth of discharge: 80%. 1.Battery type WeCo 4.Depth of Discharge 6.Save...

  • Page 31: Single Weco 5K3Xp Battery

    9.6.1 SINGLE WECO 5K3XP BATTERY 8.2 PYLONTECH BATTERIES IN PARALLEL DO NOT CHANGE DIP Maximum DoD SWITCH POSITION WITH 3.1 Battery connection THE BATTERY ON!! programmable 90% ATTENTION! This battery is usually used for three-phase hybrid Communication cable pinout between WeCo inverters (HYD 3PH).

  • Page 32: Weco 5K3Xp Batteries In Parallel

    9.6.2 WECO 5K3XP BATTERIES IN PARALLEL 8.2 PYLONTECH BATTERIES IN PARALLEL 3.1 Battery connection In case of MULTIPLE BATTERIES, connect the communication cable from the COM port of the inverter to the CAN-A port of the MASTER battery, after having defined the correct positioning of the DIP Switches (see following pages).
  • Page 33 Connecting 2 batteries MASTER SLAVE 1 Connecting 3 batteries MASTER SLAVE 1 SLAVE 2 Connecting 4 batteries SLAVE 3 SLAVE 2 SLAVE 1 MASTER Connecting 5 batteries SLAVE 4 SLAVE 3 SLAVE 2 SLAVE 1 MASTER...

  • Page 34: Weco 5K3Xp Battery Settings On Inverter

    9.6.3 WECO 5K3XP BATTERY SETTINGS ON INVERTER Set the battery channels in the inverter. To set the battery parameters: Advanced settings 0715 Battery parameters:   Type: WeCo; Depth of discharge: 80%. 1.Battery type WeCo 4.Depth of Discharge 6.Save...

  • Page 35: Mixed Connection Between Weco 5K3 And Weco 5K3Xp Batteries

    9.7 MIXED CONNECTION BETWEEN WECO 5K3 AND WECO 5K3XP BATTERIES In case of WeCo 5K3XP and WeCo 5K3 in parallel: Always set the WeCo 5K3XP battery as the master battery (set them as slaves first if there is more than one); The DIP switches of the last WeCo 5K3 battery must be set as shown in the example table - Slave 4;...

  • Page 36: Single Azzurro Zsx 5000 Battery

    3.1 Battery connection 10.1.1 SINGLE AZZURRO ZSX 5000 BATTERY Maximum DoD programmable 90% Communication cable pinout between Azzurro battery and Inverter, from left to right Inverter PIN 1: CAN H (blue wire) PIN 2: CAN L (white-blue wire) The communication cable is located inside the kit in the inverter box.

  • Page 37: Azzurro Zsx 5000 Batteries In Parallel

    10.1.2 AZZURRO ZSX 5000 BATTERIES IN PARALLEL NOTE: Both AZZURRO 5000 and AZZURRO 5000 PRO batteries can be connected to the same inverter. AZZURRO 5000 batteries and AZZURRO 5000 PRO batteries CANNOT be connected to AZZURRO ZSX 5120 batteries. In case of MULTIPLE BATTERIES, connect the communication cable from the COM port of the inverter to the CAN-A port of the MASTER battery.

  • Page 38: Azzurro Zsx 5000 Battery Settings On Inverter

    10.1.3 AZZURRO ZSX 5000 BATTERY SETTINGS ON INVERTER Set the battery channels in the inverter. To set the battery parameters: Advanced settings 0715 Battery parameters:   Type: Azzurro; Depth of discharge: 80%. 1.Battery type AZZURRO 4.Depth of Discharge 6.Save...

  • Page 39: Single Azzurro Zsx 5000 Pro Battery

    3.1 Battery connection 10.2.1 SINGLE AZZURRO ZSX 5000 PRO BATTERY Maximum DoD programmable 90% Communication cable pinout between Azzurro battery and Inverter, from left to right Inverter PIN 1: CAN H (blue wire) PIN 2: CAN L (white-blue wire) The communication cable is located inside the kit in the inverter box.

  • Page 40: Azzurro Zsx 5000 Pro Batteries In Parallel

    10.2.2 AZZURRO ZSX 5000 PRO BATTERIES IN PARALLEL NOTE: Both AZZURRO 5000 and AZZURRO 5000 PRO batteries can be connected to the same inverter. AZZURRO 5000 batteries and AZZURRO 5000 PRO batteries CANNOT be connected to AZZURRO ZSX 5120 batteries. In case of MULTIPLE BATTERIES, connect the communication cable from the COM port of the inverter to the CAN-A port of the MASTER battery.

  • Page 41: Azzurro Zsx 5000 Pro Battery Settings On Inverter

    10.2.3 AZZURRO ZSX 5000 PRO BATTERY SETTINGS ON INVERTER Set the battery channels in the inverter. To set the battery parameters: Advanced settings 0715 Battery parameters:   Type: Azzurro; Depth of discharge: 80%. 1.Battery type AZZURRO 4.Depth of Discharge 6.Save...

  • Page 42: Single Azzurro Zsx 5120 Battery

    3.1 Battery connection 10.3.1 SINGLE AZZURRO ZSX 5120 BATTERY Maximum DoD programmable 90% Communication cable pinout between Azzurro battery and Inverter, from left to right Inverter PIN 1: CAN H (blue wire) PIN 2: CAN L (white-blue wire) The communication cable is located inside the kit in the inverter box.

  • Page 43: Azzurro Zsx 5120 Batteries In Parallel

    10.3.2 AZZURRO ZSX 5120 BATTERIES IN PARALLEL NOTE: Both AZZURRO 5000 and AZZURRO 5000 PRO batteries can be connected to the same inverter. AZZURRO 5000 batteries and AZZURRO 5000 PRO batteries CANNOT be connected to AZZURRO ZSX 5120 batteries. In case of MULTIPLE BATTERIES, connect the communication cable from the COM port of the inverter to the CAN-A port of the MASTER battery.

  • Page 44: Azzurro Zsx 5120 Battery Settings On Inverter

    10.3.3 AZZURRO ZSX 5120 BATTERY SETTINGS ON INVERTER Set the battery channels in the inverter. To set the battery parameters: Advanced settings 0715 Battery parameters:   Type: Azzurro; Depth of discharge: 80%. 1.Battery type AZZURRO 4.Depth of Discharge 6.Save...

  • Page 45: Measurement Of Exchange Via Current Sensor

    11.1 MEASUREMENT OF EXCHANGE VIA CURRENT SENSOR Phase 2 Phase 3 + + + + + 10 11 + + + + + + + + + + 13 14 15 16 Definition CT- (black/yellow) CT+ (red) Use for distances of less than 50 metres between the inverter and CT Connect negative and positive in the sensor respectively to inputs 13 and 14 of the COM connector...

  • Page 46: Measurement Of Exchange Via Meter Ddsu

    The sensor must include all phase cables entering or leaving the meter 11.2 MEASUREMENT OF EXCHANGE VIA METER DDSU PIN INVERTER PIN METER Note Communication of the Exchange Meter PV panels Grid Meter Meter Loads Battery...

  • Page 47: Meter Ddsu Setting On Exchange And Inverter

    Meter DDSU connections 1. Connect Meter and inverter via the RS485 serial port. On the Meter side, this port is identified by PINs 24 and 25. On the inverter side, use the connection port identified as “COM” by connecting PINs 16 and 15. 24 25 Meter on 15 16...

  • Page 48: Measurement Of External Production Via Meter Ddsu

    11.4 MEASUREMENT OF EXTERNAL PRODUCTION VIA METER DDSU PV panels Grid Inverter Meter Meter PIN INVERTER PIN METER Note Communication of the External Production Meter Loads Battery Meter DDSU connections 1. Connect Meter and inverter via the RS485 serial port. On the Meter side, this port is identified by PINs 24 and 25.

  • Page 49: Meter Ddsu Setting On External Production

    11.5 METER DDSU SETTING ON EXTERNAL PRODUCTION 1.1 Press the button to check that the Meter address is set to 002. In addition to what is described above, the display shows the values of:  Current;  Voltage;  Power factor; ...

  • Page 50: Checking Correct Reading Of Meter Ddsu

    11.7 CHECKING CORRECT READING OF METER DDSU In order to verify the correct reading of the meter on exchange, make sure that the hybrid inverter and any other PV production sources are switched off. Switch on loads greater than 1 kW. Stand in front of the meter and use the keys to scroll through the items, making sure that:...
  • Page 51 Meter DTSU connections – with COM port Meter on production HOME GRID 1. Connect Meter and inverter via the RS485 serial port. On the Meter side, this port is identified by PINs 15 16 On the inverter side, use 24 and 25. the connection port identified as “COM”...

  • Page 52: Meter Dtsu Setting

    11.9 METER DTSU SETTING To configure the device in read mode on the exchange, enter the settings menu as shown below: •Press SET and the word CODE will appear •Press SET again •Enter the number “701”: 1. From the first screen where the number “600” will appear, press the ”→” key once to write the number “601”.

  • Page 53: Initial Set Up Procedure

    12. INITIAL SET UP PROCEDURE HYD 3-6-HP GRID Make sure that the AC switch of the inverter is open and that no voltage is present on the inverter's terminal block. Check that the DC circuit breaker of the inverter is in the OFF position.

  • Page 54: First Configuration

    13. FIRST CONFIGURATION IMPORTANT: Use a PC and USB in case of update requests and correct country code settings. 1. Language option The default setting is English. Parameter Note If the inverter is connected to the host computer as the App of the *2.

  • Page 55: Checking For Correct Operation

    ***4. Importing battery parameters 1. PYLONTECH 4.3 Initial settings - Battery 1.Advanced “Password 0715” settings 2.AZZURRO 1.Battery parameters 4. WECO 1. Battery type 2. Depth of Discharge * After setting the parameters, Depth of discharge confirm by moving the cursor to 3.
  • Page 56 Hybrid Inverter 4) Switch on the photovoltaic system by turning the GRID DC circuit breaker to the ON position Once the photovoltaic system has been activated, check that: The consumption value remains constant as the photovoltaic power increases. * Check that the power of the loads in use does not change: •...

  • Page 57: Checking Of Inverter Settings

    15.1 CHECKING OF INVERTER SETTINGS To check whether the parameters set are correct, enter the display menu under “Inverter Info” and check the data, especially those highlighted: Inverter Info (1) Inverter Info (4) Serial Serial number of the machine IV Curve Scan : ZM2ES060MBG265 number: Disabled...

  • Page 58: Zero Feed-In Mode

    16. ZERO FEED-IN MODE 2. Advanced settings Enter 0715 2. Anti-reflux (Limit. –feed-in) Active 1. Anti-reflux control → The “Anti Reflux Control” mode can be enabled to limit Inactive the maximum power exported to the grid. The set reflux 2. Reflux power →...

  • Page 59: Eps Mode (Off Grid) - Operation

    CHANGE-OVER SWITCH In case of maintenance of components of the photovoltaic system or in case of an inverter that cannot be used, it is recommended to install a change-over switch so that the loads normally connected to the inverter's load line can be powered directly by the grid.

  • Page 60: Eps Mode (Off Grid) - Menu Enabling

    In the event of a blackout, the alternating voltage supplied by the grid will be lost; this condition will cause the internal contacts of the hybrid inverter to switch over which, once the set activation time has expired, will continue to supply an alternating voltage of 230V to the LOAD output, supplying power only to the critical loads according to the availability of the batteries and PV system.

  • Page 61: Off Grid Mode Only

    19.1 OFF GRID MODE ONLY By switching on the HYD-HP inverter when there is no grid, it will be able to supply the energy coming from the PV system and stored in the batteries to the pre-defined critical loads. To do this, it is necessary to activate the EPS (Emergency Power Supply) mode.

  • Page 62: Parallel Inverter Mode - Configuration

    20.1 PARALLEL INVERTER MODE - CONFIGURATION The terminating resistors (supplied) must be connected to the first and last inverters 2.5 long parallel connection cable supplied 1.The inverters must be interconnected using the cable supplied, making sure to populate the inputs as follows: •Link port 0 of Master inverter →...

  • Page 63: Firmware Update

    21. FIRMWARE UPDATE Main menu 1. Basic settings 2. Advanced settings 3. Event list 4. System Info PWD 0715 5. Software Update 6. Energy statistics To update the firmware, upload the unzipped folder called “firmwareHYD-EP” to the USB drive. This folder can be downloaded from the website https://www.zcsazzurro.com/it/documentazione/azzurro-hybrid-storage-inverter-single- phase-ep5kw...

  • Page 64: Quick Info On System Status

    24. QUICK INFO ON SYSTEM STATUS Press from the main menu to access the instant information on the battery and AC grid. Press from the main menu to access the instant information on the DC-side of the inverter. 25. OPERATING STATUSES IN AUTOMATIC MODE Charge When the power produced by the photovoltaic system is greater than the energy required by the loads, the...
  • Page 65 Standby Standby The inverter will remain in Standby until: •the difference between the photovoltaic production and the power required by the loads is less than 100W Standby •the battery is fully charged and the photovoltaic production is higher than the consumption (with tolerance of 100W) •the battery is flat and the photovoltaic production is lower than the consumption (with tolerance of...

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