Goodwe GW60K-MT, MT Series, GW50K-MT, GW65KHV-MT, GW75KHV-MT Introduction Manual

MT Series （50kW~75kW）

INTRODUCTION

Contents

 Product Overview

 Development Background

 New Product Feature

 Installation Guide

 Internal Structure

 Trouble Shooting

 Technical Data

 Monitoring Configuration

 Certifications

Contents

 Product Overview

 Development Background

 New Product Feature

 Installation Guide

 Internal Structure

 Trouble Shooting

 Technical Data

 Monitoring Configuration

 Certifications

1.1 Product Overview

• MT Series Overview （50kW~75kW）

3

4

1

Buttons

1 2

2

Pilot Lamp

5

6

3

4

5

6

LCD Display

Handle

Cooling Fans

DC Switch

1.1 Product Overview

• MT Series Overview （50kW~75kW）

7

PV Input Terminals

8

RS485 Port

7

10

11

8

11

9

10

WiFi/GPRS Port

AC Output Terminal

USB Port

9

Contents

 Product Overview

 Development Background

 New Product Feature

 Installation Guide

 Internal Structure

 Trouble Shooting

 Technical Data

 Monitoring Configuration

 Certifications

1.2 Development Background

 Different regions in various countries in the world,the power grids were different;

An excellent inverter must have the power grid anti-interference ability;

Meanwhile ,the output current harmonic wave,PF and DCI value must conform to

different regions in different countries’ laws and regulations requirement.

Contents

 Product Overview

 Development Background

 New Product Feature

 Installation Guide

 Internal Structure

 Trouble Shooting

 Technical Data

 Monitoring Configuration

 Certifications

1.3 New Product Feature

1

5

Four MPP Trackers

2

3

4

Type Ⅱanti-thunder for AC & DC

Support RS485 & WiFi & GPRS communication

IP68 level fans

5 inch multi-function screen

Contents

 Product Overview

 Development Background

 New Product Feature

 Installation Guide

 Internal Structure

 Trouble Shooting

 Technical Data

 Monitoring Configuration

 Certifications

2.1 Installation Guide

1.Open package and check

6.RS485 wires

installation

3.Installation instructions

2.Accessory

package

4.Connection to Grid

(AC Side Connection)

5.DC Side

Connection

7.WiFi / GPRS

module installation

8.Monitoring

Configuration

2.1 Installation Guide

1.Open package and check

1 2

3 4

2.1 Installation Guide

2.Accessory package

2.1 Installation Guide

3.Installation instructions

Carry out the installation vertically or tilt backward no more than 15 degrees, no lateral

tilt, and wiring area should be downward, which is shown in below picture.

2.1 Installation Guide

3.Installation instructions

To ensure the good heat dissipation and convenient disassembly, the minimum gap

around the inverter should not be less than the following values, which are shown in

below picture.

2.1 Installation Guide

3.Installation instructions

(1) Drill 6 holes on the wall with the backboard as template positioning, whose

diameter is 13mm , depth is 65mm; the size of MT model is shown in below pictures.

(2) Fix the backboard on the wall with the expansion screws in accessory bag.

2.1 Installation Guide

3.Installation instructions

(3) Carry the inverter with the handles on both sides of the inverter of MT series, which

is shown in below pictures.

(4) Hang the inverter on the backboard, which is shown in below pictures.

2.1 Installation Guide

4.Connection to Grid (AC Side Connection)

Unscrew the inverter’s downside cover and take it way.

AC Side

2.1 Installation Guide

4.Connection to Grid (AC Side Connection)

Cable specifications of AC electric wire are shown in pictures.

2.1 Installation Guide

4.Connection to Grid (AC Side Connection)

N---Null Line

L1---Live Wire 1

---Earth Wire

L2---Live Wire 2

L3---Live Wire 3

Note: The N line of GW65KHV-MT / GW75KHV-MT should not be connected.

2.1 Installation Guide

4.Connection to Grid (AC Side Connection)

Supported power grid forms: The power grid forms supported by the three-phase machine type of GW50KMT/GW60K-MT series include TN-S, TN-C, TN-C-S, and TT, as shown in below picture.

Note:

For TT power grid form, the effective value of voltage between the null line and the earth wire is less than 20V.

2.1 Installation Guide

4.Connection to Grid (AC Side Connection)

The power grid form supported by the three-phase machine type of GW65KHVMT/GW75KHV-MT series is IT, as shown in below picture.

2.1 Installation Guide

5.DC Side Connection

Cable specifications of DC electric wire are shown in below picture.

2.1 Installation Guide

5.DC Side Connection

Note:

Before connecting PV string, make sure DC switch is turned off.

Installation instruction of PV+ wire of MC4 connectors please refer to below pictures.

Step 1

Step 2

Step 4 Step 3

Step 8

Step 7 Step 6

Step 5

2.1 Installation Guide

5.DC Side Connection

Installation instruction of PV- wire of MC4 connectors is the same with PV+ wire.

2.1 Installation Guide

6.RS485 wires installation

This function only applies to inverter with RS485 ports and communication lines must be

separated from other power lines to avoid communication interference.

2.1 Installation Guide

6.RS485 wires installation

The RS485 interface is used to connect EzLogger Pro only, please make sure the

connecting cables not exceed 1000m.

RS485 connection please refer to below picture.

2.1 Installation Guide

7.WiFi / GPRS module installation

If your inverter is WiFi / GPRS communication , please refer to below installation guide for WiFi / GPRS module:

1).Connect the white 5 pins connector to WiFi / GPRS module as picture a & b showed and fix the WiFi / GPRS module on the inverter as picture c showed.

a b c

2.1 Installation Guide

7.WiFi / GPRS module installation

2).Check the connection inside the inverter as below picture showed.

Contents

 Product Overview

 Development Background

 New Product Feature

 Installation Guide

 Internal Structure

 Trouble Shooting

 Technical Data

 Monitoring Configuration

 Certifications

2.2 Internal Structure

 Block Diagram of MT series inverter.

Input EMI Filter

MPPT Circuit1

MPPT Circuit2

MPPT Circuit3

MPPT Circuit4

DC/AC

LC

Filter

Output EMI Filter

Output Isolation Relay

L Filter

DC Switch

Contents

 Product Overview

 Development Background

 New Product Feature

 Installation Guide

 Internal Structure

 Trouble Shooting

 Technical Data

 Monitoring Configuration

 Certifications

2.3 Trouble Shooting

 Error Code

The error message in below diagram will be displayed on the LCD if a fault occurs.

2.3 Trouble Shooting

 Troubleshooting

Should any problems arise, the red (FAULT) LED indicator on the front panel lights up

and the LCD screen will display relevant information. Please refer to the following

table for a list of error message and associated solutions.

Error message display area

The red LED lights up

2.3 Trouble Shooting

 Troubleshooting

2.3 Trouble Shooting

 Troubleshooting

Contents

 Product Overview

 Development Background

 New Product Feature

 Installation Guide

 Internal Structure

 Trouble Shooting

 Technical Data

 Monitoring Configuration

 Certifications

Model

DC

Max. allowed PV Power (W)

Nominal. DC power (W)

Max. DC voltage (V)

MPPT voltage range (V)

Starting

Max

No

AC

Norminal

Max

Norminal

AC

Power

THDi

Grid

3.1 Technical Data — MT Series

Max

Euro

MPPT

GW50K-MT GW60K-MT GW65KHV-MT GW75KHV-MT

Input

voltage (V)

. DC current (A)

. of DC connectors

. of MPPTs

Output

AC power(W)

. AC power(W)

. AC current(A) 80 90 80 90

AC output

output range

65000 75000 75000 80000

51500 62000 67000 77000

1000 1000 1000 1000

260~850 260~850 260~850 260~850

250 250 250 250

28 / 28 / 19 / 19 28 / 28 / 28 / 28 28 / 28 / 28 / 28 28 / 28 / 28 / 36

10 12 12 13

4 4 4 4

50000 60000 65000 75000

55000 62100 66480 75000

50/60Hz; 400Vac 50/60Hz; 480Vac

45~55Hz/55~65Hz; 310~480Vac 45~55Hz/55~65Hz; 422~528Vac

factor

connection

. efficiency

efficiency

adaptation efficiency

0.80leading…0.80lagging

<3%

3W/N/PE 3W/N/PE 3W/PE 3W/PE

98.70% 98.8% 98.8% 98.8%

98.3% 98.5% 98.5% 98.5%

99.90% 99.90% 99.90% 99.90%

Protection

Residual

PV array string fault monitoring

Anti

DC Fuse

DC

DC SPD

AC SPD

SPD fault monitoring

AC

Insulation

General Data

Dimensions

Weight

Mounting

Ambient

Relative

Max

Protection

Topology

Cooling

Display

Communication

Standard

3.1 Technical Data — MT Series

current monitoring unit

-islanding protection

switch

over current protection

monitoring

(WxHxD)

(kg)

temperature range

humidity

. operating altitude

degree

warranty(years)

Integrated

66 68 68 68

USB2.0; RS485; WiFi/GPRS/LAN; Bluetooth

5/10/15/20/25 (Optional)

Integrated

Integrated (Optional)

Integrated

Integrated (Optional)

Type II

Type II(optional)

Integrated Integrated Integrated

586*915*263mm

Wall Bracket

-25~60℃ 0~95%

4000m

IP65

Transformerless

Fan cooling

LCD

Contents

 Product Overview

 Development Background

 New Product Feature

 Installation Guide

 Internal Structure

 Trouble Shooting

 Technical Data

 Monitoring Configuration

 Certifications

3.2 Monitoring Configuration

1.WiFi Inverter （Via laptop/Pad）

1). Preparation

1.1). Power WiFi inverter (or EzLogger Pro WiFi) on.

1.2). If you are configuring WiFi inverter, make sure the yellow LED on front cover is

blinking. Otherwise please set the communication to WiFi according to user manual of

inverter at first.

1.3). Power WiFi router on.

1.4). Switch on the WiFi of laptop.

2). Connect laptop to “Solar-WiFi”

2.1). Search WiFi network and connect to “Solar-WiFi” (Password: 12345678).

3.2 Monitoring Configuration

1.WiFi Inverter （Via laptop/Pad）

2.2). Browse website: http://10.10.100.253

2.3). Enter User Name: “admin”, Password: “admin”.

3.2 Monitoring Configuration

1.WiFi Inverter （Via laptop/Pad）

3). Click ‘Start Setup’

3

3.2 Monitoring Configuration

1.WiFi Inverter （Via laptop/Pad）

4). Select WiFi router’s SSID and click ‘Next’

3.2 Monitoring Configuration

1.WiFi Inverter （Via laptop/Pad）

5). Type in password and click ‘Next’

3

Note: If it fails, there will be a notice.

3.2 Monitoring Configuration

1.WiFi Inverter （Via laptop/Pad）

6). Click ‘OK’ and configuration process completes.

3.2 Monitoring Configuration

1.WiFi Inverter （Via laptop/Pad）

Note: If you want to modify the SSID and password of the inverter’s WiFi, please refer

to picture below.

3.2 Monitoring Configuration

1.WiFi Inverter （Via laptop/Pad）

7). Disconnect the inverter WiFi , and connect to the local WiFi , create a station in GoodWe portal with the SN and check code. System will be online in the portal.

Portal Website: www.goodwe-power.com.

3.2 Monitoring Configuration

1.WiFi Inverter （Via APP）

1). Preparation

1.1). Power WiFi inverter (or EzLogger Pro WiFi) on.

1.2). If you are configuring WiFi inverter, make sure the yellow LED on front cover is

blinking. Otherwise please set the communication to WiFi according to user manual of

inverter at first.

1.3). Power WiFi router on.

1.4). Download latest version monitoring APP from google play store or Apple store

and install it on smart phone or pad.Run it.(APP’s name can be found in user manual)

3.2 Monitoring Configuration

1.WiFi Inverter （Via APP）

2). Click “Settings” and connect to “Solar WiFi” . Password:12345678

3.2 Monitoring Configuration

1.WiFi Inverter （Via APP）

3). Run App and press “Configure Wi-Fi Quickly”

3.2 Monitoring Configuration

1.WiFi Inverter （Via APP）

4). The normal connection of Wi-Fi module

If it is not shown like this

Reconnect your smart device to Solar-WiFi again and

back to step 3.

3.2 Monitoring Configuration

1.WiFi Inverter （Via APP）

5). Press “Router SSID” to choose your Wi-Fi router network.

3.2 Monitoring Configuration

1.WiFi Inverter （Via APP）

6). Enter password then press “Start”.

3.2 Monitoring Configuration

1.WiFi Inverter （Via APP）

7). Configured successfully

3.2 Monitoring Configuration

2.RS485 Inverter with EzLogger Pro

Please follow the steps below to configure the monitoring.

• Unpack the Ezlogger Pro , check if any missing accessary;

1

• Install the Ezlogger Pro to the target position;

2

• Connect the adapter;

3

• Device Connection;

4

5

• A: Connect the inverter to the Ezlogger Pro ;

• B: Connect the COM port to PC.

• Start to configure the Ezlogger Pro.

3.2 Monitoring Configuration

2.RS485 Inverter with EzLogger Pro

Please follow the steps below to configure the Ezlogger Pro to communicate the router

with fixed IP address.

1). Check and record the IP Address, Subnet Mask, and Gateway after the laptop joins

the local area network;

Fig 1. Click ‘Start’, and Click ‘Control Panel’.

Fig 2. Click ‘View network status and tasks.’

3.2 Monitoring Configuration

2.RS485 Inverter with EzLogger Pro

• Local Area Connection • Wireless Connection

Fig 3. Click ‘Local Area Connection’.

Note: The “Local Area Connection” option will

only appear when the

net port is connected.

3.2 Monitoring Configuration

2.RS485 Inverter with EzLogger Pro

Fig 4. Click ‘Details’

3.2 Monitoring Configuration

2.RS485 Inverter with EzLogger Pro

Fig 5. Record the 3 items

in Fig 5, which will be useful later.

3.2 Monitoring Configuration

2.RS485 Inverter with EzLogger Pro

2). Connect the Ezlogger with laptop via STP cable;

3). Set the local area IP Address to 192.168.1.100 on the laptop;

3.2 Monitoring Configuration

2.RS485 Inverter with EzLogger Pro

1、Run program ProMate on the laptop;

a).The program is in the USB disk in Ezlogger box.

b).If the USB disk is missing, please download ProMate from GoodWe website and

install the program on the laptop.

2、The connection status display as ‘Connection Succeeds’, and EzLogger Pro SN and software version will come out soon;

3.2 Monitoring Configuration

2.RS485 Inverter with EzLogger Pro

6). Click the refresh button, then all inverter’s SN will be listed;

If any inverter is missing, please check the cable connection off

the inverter.

3.2 Monitoring Configuration

2.RS485 Inverter with EzLogger Pro

7、 Modify the IP Address, Subnet Mask, Gateway to the one recorded (Refer to Page 12);

8、 Press ‘Set’, find ‘Set IP Successfully!’ in ‘Log Info’;

3.2 Monitoring Configuration

2.RS485 Inverter with EzLogger Pro

9). Then Disconnect the laptop, and connect the net port to the router, create a station

in GoodWe portal with the SN and check code. System will be online in the portal.

Portal Website: www.goodwe-power.com.

(Refer to picture as below)

3.2 Monitoring Configuration

3.GPRS Inverter

GPRS inverter is unnecessary to configure for now , just to create a station in GoodWe

portal with the SN and check code. System will be online in the portal.

Contents

 Product Overview

 Development Background

 New Product Feature

 Installation Guide

 Internal Structure

 Trouble Shooting

 Technical Data

 Monitoring Configuration

 Certifications

3.3 Certifications

MT series relevant certifications:

THANKS