ZCS Azzurro HYD3000-ZP1 Manual de usuario

QUICK GUIDE

HYD3000-HYD6000-ZP1 HYBRID

INVERTER

Rev. 1.0 –23/10/2023

Always wear protective

clothing and/or personal

protective equipment

General notice -

Important Safety

Instructions

Always consult the

manual

TABLE OF CONTENTS
TABLE OF CONTENTS
INSTALLATION AND DISTANCES
INSTALLATION
DISPLAY & BUTTONS 
MAIN MENU
CONNECTING TO THE GRID
PHOTOVOLTAIC CONNECTIONS
COMMUNICATION CONNECTION –COM PORT
BATTERY CONNECTION 
1 SETTING PHOTOVOLTAIC CHANNELS
2 SETTING BATTERY CHANNEL 
1 MEASURING EXCHANGE VIA CT SENSOR
2 MEASURING EXCHANGE VIA DDSU METER
2.1 DDSU METER SETTING ON EXCHANGE AND INVERTER
2.2 MEASURING EXTERNAL PRODUCTION VIA DDSU METER
2.3 DDSU METER SETTING ON EXTERNAL PRODUCTION
2.4 CONFIGURING DDSU EXCHANGE METER AND DDSU PRODUCTION METER
2.5 CHECKING CORRECT DDSU METER READING
3 READING VIA DDSU METER
3.1 SETTING DTSU METER
3.2 CHECKING CORRECT DTSU METER READING
INITIAL SET UP PROCEDURE
INITIAL SET-UP
CHECKING THE CORRECT OPERATION
CHECKING THE INVERTER SETTINGS
ZERO FEED-IN MODE
LOGIC INTERFACE (DRMS0) 
1 EPS MODE (OFF GRID) 
2 EPS MODE (OFF GRID) - WIRING PROCEDURE AND INSTALLATION TYPES
3 EPS MODE (OFF GRID) –OPERATION
4 EPS MODE (OFF GRID) - MENU ENABLING 
1 OFF GRID MODE ONLY 
2 OFF GRID MODE ONLY - START UP
1 PARALLEL INVERTER MODE - CONFIGURATION
2 PARALLEL INVERTER MODE - SETTINGS
FIRMWARE UPDATE
SELF-TEST
% CHARGE MODE
QUICK INFO ON SYSTEM STATUS
OPERATING STATUSES IN AUTOMATIC MODE
2

1. INSTALLATION

1. INSTALLATION AND DISTANCES

Dimensions and distances to be

observed:

To guarantee adequate room for both installation and effective heat dissipation, make sure there is ample space

around the 1PH HYD3000-HYD6000-ZP1 residential energy storage inverter.

1. INSTALLATION

2. INSTALLATION

Installing the base:

If holes cannot be drilled on the ground,the battery

expansion modules must be secured on the wall

Levelling instrument

Wall

Ground

Baseboard

60mm

10~25mm

Left Right

Enlarged drawing A

5 N·m

First Battery

PACK

Second Battery

PACK

Third Battery

PACK

Inverter

①

②

③

Step 1: Place the base against a wall,

leaving a gap of 10-25 mm between the

base and the wall. Adjust the position of

the holes using a level and mark them

with a felt-tip pen.

Step 2: To install the base, remove it, and

drill the holes using an impact drill with

an 8mm diameter bit, drilling to a depth

of 60-65 mm. Tighten the expansion

screws to firmly secure the base in place.

Step 3: Use a felt-tip pen to mark the

holes for attaching the battery modules

and inverters, following the dimensions

shown in the figure below.

Installing the modules:

Step 1: Align the first battery

module to the base.

Step 2: Install the connectors on

both sides and tighten the six

screws using a cross screwdriver.

Step 3: Install the remaining

battery modules and inverter from

bottom to top. (Before installing the

next module, ensure that the

screws on the side connectors of

the previous module are firmly

tightened).

1. INSTALLATION

Installing the support panel:

Step 1: Use an impact drill (φ 8mm,

depth 60-65 mm) to drill the holes.

Reposition and drill the holes in case of

significant deviation.

Step 2: Install support panel B on the

wall and fasten the expansion bolt.

Step 3: Adjust support panel A, making

sure that the holes on both panel A and B

are perfectly aligned.

Step 4: Connect and secure panel A and B

using M6*16 screws.

Installing the cover:

After ensuring the correctness and reliability of the electrical connections, install the outer protective cover

and secure it with the screws.

1. INSTALLATION

3. DISPLAY & BUTTONS

1 System power indicator 3 Button

2 System status indicator 4 LCD screen

MENU/BACK

DOWN

ENTER/FORWARD

System status Indicator

Blue LED Green LED Red LED

On-Grid On

Standby (On-Grid) Intermittent

Off-Grid On

Alarm Intermittent

Icon Battery capacity

80-100%

60-80%

40-60%

20-40%

0-20%

4. MAIN MENU

Main menu

1. Basic settings

2. Advanced settings

3. Statistics

4. System Info

5. Event list

5. Software Update

7. Real-time battery info

From the main menu, press

“Menu/Back” to enter the main

menu.

. Language

. Date and Time

. Safety parameters

Working mode

5. Self

-test

. Config. input Channels

. EPS Mode

. Commun. Address

Select

. Battery parameters

. Active battery

.Feed-in limit

.IV Curve Scan

. Logic interface

. Factory reset

. Parallel settings

. Bluetooth Reset

.CT Calibration

.Set electricity meter

. Neutral Point Grounding

PWD: 0715

. List of current events

. List of historical events

Start Update ...

PWD: 0715

Today

Week

Month

Year

Life

Cycle

PV prod. PV prod. PV prod. PV prod. PV prod.

AutoCon AutoCon AutoCon AutoCon AutoCon

Export Export Export Export Export

Consumption Consumption Consumption Consumption Consumption

AutoCon AutoCon AutoCon AutoCon AutoCon

Import Import Import Import Import

. Inverter Info

. Battery Info

. Safety parameters

. Debug info

. PCU info

. BMS info

Statistics:

5. CONNECTING TO THE GRID

Step 0: Select the

suitable cable type

and specifications.

Step 1: Thread the

wire through the

terminal.

Step 2: Align the wire

with the marking, insert

it into the hole on the

terminal and tighten it.

Step 3: Push the

terminal forward

until a "click" is

heard.

Step 4: Connect the attached load

terminal to the inverter's load port and

push the terminal forward until it clicks

into place.

Item Description Recommended

cable type

Recommended cable

specification

AC Grid

L (U)

Multi-core copper

cable for outdoor

use

Cross-section area of the

conductor: 8 AWG

N (W)

PE (O)

LOAD

L (U)

Multi-core copper

cable for outdoor

use

Cross-section area of the

conductor: 8 AWG

N (W)

PE (O)

6. PHOTOVOLTAIC CONNECTIONS

Cross-sectional area (mm2)

Outer cable area (mm2)

Range Recommended

value

4.0~6.0 4.0 4.5~7.8

Recommended specifications for

DC input cables

Insert the crimped positive and negative cables into the corresponding photovoltaic connectors.

1. Positive contact

2. Negative contact

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.

Before removing the positive and negative PV connectors, make

sure that the DC rotary circuit breaker is in the OFF position.

3. Positive connector

4. Negative connector

Prepare the positive and negative photovoltaic cables.

Use a MC4 wrench to disconnect the

photovoltaic connectors

NOTE: Both MPPT inputs of the inverter must be populated, even if the system has only one string. Use a

“Y” cable or a square to split the string.

Configure the inverter in parallel mode:

Basic settings

→

Channel configuration

→

Input Channel 3: PV1 Input;

Input Channel 4: PV1 Input

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.

7. COMMUNICATION CONNECTION –COM PORT

Icon Definition Function Note

1Link Port 1 Parallel Signal Output

Parallel Signal Port (RJ 45)

2Link Port 0 Parallel Signal Input

3Dip switch Link Port 1 Enables and disables the

resistor

The selector can be set to 0

(selector UP) or 1 (selector

DOWN) A setting of 1 enables

the resistor, while a setting of 0

disables it

4Dip switch Link Port 0

Connections for master/slave mode:

Port connection of COM communication:

PIN Definition Function Remark

1N/D N/D

2UC-A RS485 -A differential signal Inverter monitoring signal 485

3UC-B RS485 -B differential signal

4EN+ RS485 + differential signal Battery signal 485

5EN- RS485- differential signal

6MET-A RS485 -A differential signal Intelligent counter signal 485

7MET-B RS485 -B differential signal

8CAN-H CAN high-speed data CAN battery communication signal

9CAN-L CAN low-speed data

10 N/D N/D

11 N/D N/D

12 GND

Logical interface signal

(DRMS) Logical interfaces for Australia lower

than standard (AS4777), General Europe

(50549), Germany (4105)

13 D1/5

14 D4/8

15 D2/6

16 D0

17 D3/7

CT+

Positive output terminal of

current transformer Current transformer communication signal (CT)

CT-

Negative pole of current

transformer output

20 N/D N/D

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