Envertech EVT1600SE Manuale utente

USM-SE-2023-V02

Envertech Corporation Ltd.

Tel: +86 21 6858 0086

Web: www.envertec.com

Email: info@envertec.com

Add: No.138, Xinjunhuan road, Minhang District, Shanghai, China

EVT1600SE

EVT1800SE

EVT2000SE

User Manual

USM-SE-2023-V02

Content

1. Important Safety Information............................... 1

1.1 Read It First ............................................................... 1

1.2 Safety Instructions .................................................... 1

2. Envertech Microinverter System .......................... 1

2.1 How it Works ............................................................ 2

2.2 Monitoring Device EnverBridge................................ 2

2.3 Optimal Reliability..................................................... 3

2.4 Simple Design............................................................ 3

3. Product Information............................................. 3

3.1 Overview ................................................................... 3

3.2 Major Characteristics................................................ 3

3.3 Datasheet.................................................................. 3

4. Preparation.......................................................... 6

4.1 Packing Checklist....................................................... 6

4.2 Product Description .................................................. 6

4.3 Further Information.................................................. 6

4.4 Symbols on Inverter.................................................. 6

4.5 Accessories................................................................ 7

5. Microinverter System Installation......................... 7

6. Debugging and Operating..................................... 14

6.1 Energize the System.................................................. 14

6.2 Microinverter Operation........................................... 14

7. Troubleshooting and Maintenance....................... 14

7.1 LED Status Indications and Error Reporting.............. 14

7.2 Troubleshoot an Inoperable Microinverter.............. 14

7.3 Disconnect Microinverters from PV Modules .......... 14

8. System Diagram ................................................... 16

9. Recycling and Disposal ......................................... 16

10. Contact ................................................................ 17

1. Important Safety Information

1.1 Read it First

This manual contains important instructions for the installation and maintenance

of the microinverter.

To reduce the risk of electrical shock, and to ensure safe installation and

operation of the microinverter, the following safety symbols appear throughout

this document to indicate dangerous conditions and important safety

instructions.

1.2 Safety Instructions

Do not use Envertech equipment in a manner not specified by the

manufacturer. Doing so may cause death or injury to persons, or damage to

equipment.

Be aware that only qualified personnel should install or replace the Envertech

microinverters and the cables and accessories.

Do not attempt to repair the Envertech microinverter; it contains no user-

serviceable parts. If it fails, contact Envertech customer service to start the

replacement process. Tampering with or opening the Envertech microinverter

will void the warranty.

If the AC cable on the microinverter is damaged or broken, do not install the

unit.

Before installing or using the Envertech microinverter, read all instructions and

cautionary markings in the technical description and on the Envertech

microinverter system and the PV equipment.

Connect the Envertech microinverter to the utility grid only after you have

completed all installation procedures and received approval from the electric

utility company.

Please be kindly note that the Envertech microinverter itself is a heat sink.

Under normal operating conditions, its temperature is 20°C above ambient, but

under extreme conditions, the microinverter can reach a temperature of 90°C.

Do not disconnect the PV module from the Envertech microinverter without

rusty disconnecting AC power.

2. Envertech Microinverter System

The Envertech microinverter system is an on-grid microinverter system with

world-top-class technology. This manual gives details about the safe installation

and operation of the Envertech microinverter.

The three key elements of an Envertech microinverter system include:

EVT1600SE/EVT1800SE/EV2000SE microinverter: Converting the DC of the PV

module into AC

DANGER

indicates a hazardous situation which, if not

avoided, will result in death or serious injury.

WARNING

indicates a hazardous situation which, if not

avoided, can result in death or serious injury or

moderate injury.

NOTICE indicates a situation that can result in property

damage, if not avoided.

EnverBridge (Optional): monitoring and protecting PV system.

EnverPortal: http://www.envertecportal.com

EnverView: IOS, Android App

You can view the real-time data from a web browser or Enverview app.

This integrated solar system maximizes energy harvest, increases system

reliability. Simplifies design, installation and management.

2.1 How it Works

The Envertech microinverter maximizes energy production from your

photovoltaic (PV) array. Each Envertech microinverter is individually connected

to one PV module in your array. This unique conjuration means that an individual

Maximum Peak Power Point Tracker (MPPT) controls each PV module. This

ensures that the maximum power available from each PV module is exported to

the utility grid regardless of the performance of the other PV modules in the

array. That is, although individual PV modules in the array may be acted by

shading, soiling, orientation, or PV module mismatch, the Envertech

microinverter ensures top performance for its associated PV module. The result

is maximum energy production from your PV system.

2.2 Monitoring Device: EnverBridge

Once you install EnverBridge and have it connected to your broadband router or

modem, Envertech microinverters automatically begin to report to EnverBridge’s

server. EnverBridge monitoring system presents both real-time and history

performance data.

2.3 Optimal Reliability

Microinverter systems are inherently more reliable than traditional inverters.

The distributed nature of a microinverter system ensures that there is no single

point failure in the PV system. Envertech Microinverters are designed to operate

at full power at ambient temperatures as high as +65 ℃(150 ℉). The

microinverter casing is designed for outdoor installation and complies with the

IP67 protection level.

Note: To ensure optimal reliability and to meet warranty requirements, the

microinverter must be installed according to the instructions in this manual.

2.4 Simple Design

PV systems using Envertech microinverters are very simple to design and install.

You can install a combination of PV modules of any type, at any orientation and

in any quantity. You won’t need to install cumbersome traditional inverters. Each

microinverter can be quickly mounted on the PV rack, directly beneath each PV

module. Low voltage DC wires connect from the PV module directly to the co-

located microinverter, eliminating the risk of personnel exposure to dangerously

high DC voltage.

3. Product Information

Note: For optimum reliability and to comply with warranty conditions, the

microinverter must be installed according to the instructions in this manual.

3.1 Overview

3.2 Major Characteristics

Envertech microinverters have the following characteristics which make

Envertech microinverters “Highly Efficient, Highly Reliable, Highly Cost Effective”.

Low DC input voltage.

Wide MPPT voltage range ensures high yield under various weather conditions.

High MPPT accuracy ensures minimum power loss during converting. Complete

set of protective functions.

Also, the following protective functions are integrated into Envertech

microinverters. Internal overvoltage/undervoltage protection

Faulty grounding protection Grid monitoring.

Current monitoring in grounding DC current monitoring.

Microinverter can be adapted to almost all modules. Before installation, please

check the parameters of the microinverters and modules to ensure that they are

compatible.

3.3 Datasheet

Model

EVT1600SE

EVT1800SE

EVT2000SE

Input Data（DC）

Recommended Module Power Range (W)

(250W

～

650W+)*4

(250W

～

650W+)*4

(250W

～

650W+)*4

Maximum Input Voltage (V)

60V

Minimum Start Voltage (V)

16V

Maximum Continuous Input Current (A)

20A*4

Maximum Input Short Circuit Current (A)

25A

Number of MPPT

Output Data（AC）

Maximum Continuous Output Power (VA)

1600VA

1800VA

2000VA

Nominal Output Voltage/Range (V)

220/230/ (189-260)

Maximum Continuous Output Current (A)

7.27A

8.18A

9.09A

Nominal Frequency/Range (Hz)

50Hz (47.5-52.5Hz)

60Hz (57.5-62.5Hz)

50Hz (47.5-52.5Hz)

60Hz (57.5-62.5Hz)

50Hz (47.5-52.5Hz)

60Hz (57.5-62.5Hz)

Power Factor(Adjustable)

+/-0.90

Total Harmonic Distortion

<3%

Maximum Units Per 12AWG Branch

3 Units

2 Units

Maximum Units Per 10AWG Branch

4 Units

3 Units

Efficiency

Peak Efficiency

96.5%

96.3%

96.0%

MPPT Efficiency

99.9%

Nighttime Power Consumption (mW)

<100mW

Features

Communication PLCC (Power Line Carrier Communication) / Wi-Fi

Compliance

IEC/EN 62109-1/-2,IEC/EN 61000-3-2/-3,IEC/EN 61000-6-1/-2/-3/-4,IEC/EN 55014-1/-

2, EN 50549- 1 :2019, IEC/EN 62920:2017, VDE-AR-N 4105:2018, TOR 2019,0VE

R25:2020, NA/EEA-NE7-CH2022, C10/11 :2019, UTE C15-712-1 :2013,VFR 2019, CEI 0-

21 :2019, 2016/631 EU – (NC RfG)

Inverter Isolation

High Frequency Isolated

Overvoltage Category

OVC III (AC Main), OVC II (PV)

Protective Class

Class |

Warranty

15 Years (20 Years Optional)

Mechanical and Environment Data

Ambient Temperature Range (°C)

-40

℃

to +65

℃

-40

℃

to +65

℃

-40

℃

to +65

℃

Relative Humidity

～

98%

～

98%

～

98%

Dimensions (W*H*D)

300*199.5*41mm

Weight

4.92kg

Ingress Protection (IP)

IP 67

Cooling

Natural convection

4. Preparation

4.1 Packing Checklist

After you receive the Envertech microinverter, please check if there is any

damage on the carton, and then check the inside completeness for any visible

external damage on the microinverter and accessories. Contact your dealer if

anything is damaged or missing.

4.2 Product Description

* Accessories are not included in the package and can be purchased separately.

Note: For 1 microinverter, use AC Extension Cable Plug.

4.3 Further Information

If you have any further questions concerning accessories or installation, please

check our website www.envertec.com or send an email to tech@envertec.com.

4.4 Symbols on Inverter

D D

BC05

ABC

www.envertec. com

Envertech(Shanghai) Corp orationLTD .

Address:BuildingC,No.8 ShiyuanRoad,SongjiangDistrict,Shanghai

Opera ting Rang e(Vd c) :

MPPTVoltage Range (V d c):

Max. DC Inpu t(V d c):

Max. Inpu t C on ti nuou s Curren t(A ) :

Max. Inpu tS hor t-Circuit Curren t(A ) :

Ingress Pro tection(IP):

Temperature (℃):Power(Max. Con ti nuou s)(W ):

16V~60V

22V~50V

60V

20Ax4

25Ax4

IP67

-40℃ to +65℃

NormalVol tage(Vac):

Current (Max. Con tinuou s) (A) :

Normal Frequ ency(Hz):

Power Factor Range :

Protect ive Cla ss:

Overvol tage Ca tegor y:

L/N/PE,220V/230 V

50Hz/60Hz

+/-0.90

ClassI

OVC III(A C M ain),OVC II (PV)

VFR2019,CEI0-21:2019,2016 /631E U - (NC RfG),IEC/EN62920:2017

IEC/EN62109-1/-2,IEC/EN61 000-3- 2/-3,IEC/EN6 1000-6-1 /-2 /-3/-4

IEC/EN55014-1/-2,EN50549-1:2019,VDE-AR-N 4105:201 8,TOR 2019

OVER25:2020,NA/EEA-NE7-CH:2022,C10/11:2019,UTEC15-712-1:2013

User Iden tific at ion N um ber

1 2 3 4

Item

Description

AC Extension Cable*

T Connector*

Trunk Cable*

M8 x 25 mm Screws* (Prepared by Installer)

Microinverter Disconnector*

BC01-BC05 Converter*

Trunk Cable Disconnector*

AC Connector

Wi-Fi Antenna

Male End Cap* (Optional)

Symbol Description

Dangerous electrical voltage

This device is directly connected to public grid, thus

all work related to the inverter shall only be carried

out by qualified person

NOTICE, danger!

This device directly connected with electricity generators and

public grid

Danger of hot surface

The components inside the inverter will release a lot of heat

during operation. DO NOT touch aluminum casing during

operating.

An error has occurred

Please go to Chapter 8 “Trouble Shooting” to repair the error.

This device SHALL NOT be disposed of in residential waste.

Please go to Chapter 10 “Recycling and Disposal” for proper

treatments.

No unauthorized perforations or modifications

Any unauthorized perforations or modifications are

strictly forbidden. If any defect or damage

(device/person) is occurred, Envertech shall not take

any responsibility for it.

4.5 Accessories

PV Module Module

AC Extension

Cable

To connect the AC side to

the grid.

AC Extension

Cable-T

Connect multiple

microinverters in the

system.

AC Connector

Connect the

microinverter's AC side to

the trunk cable.

T-Connector

For connecting the

microinverter's AC

connector to the trunk

connector.

Trunk Cable

with Trunk

Connector

Connect T-connectors

End Cap Male End Cap

BC01-BC05

Converter

To connect the

microinverter to the trunk

cable.

Microinverter

Disconnector

For disconnecting

microinverter AC connector

from the T-connector.

Trunk Cable

Disconnector

For disconnecting trunk

male and female

connectors from the T-

connector.

5. Microinverter System Installation

Installing Envertech microinverter system involves several key steps. Each

step listed here is elaborated on the following pages.

Step 1. Verify voltage

Step 2. Mount microinverters onto the rack

Step 3. Ground the system

Step 4. Install a Wi-Fi antenna

Step 5. Connect to the grid

Step 6. Connect PV modules to microinverters

Step 7. Switch on the PV system

Step 8. WIFI Configuration

Step 9. Monitoring through EnverPortal

Step 1. Verify the voltage range

Verify the grid and PV panel voltages are within the microinverter voltage

range.

Step 2. Mount microinverters

Mark out the estimated center of 4 PV modules on the rack to mount the

microinverter.

Mount all microinverters under modules to avoid rain and sun. Make sure

Only qualified personnel may connect the Envertech

microinverter to the utility grid after receiving prior approval

from the electrical utility company.

You must install the microinverter system under connection

neither to the grid nor to the PV modules (or if not

disconnected, the modules should be shaded).

Installation could only be implemented when the system is

disconnected from the grid, and the solar panel has been

covered or disconnected.

you can see the LED light.

Note: Please make sure that there are less than 2 units of

EVT1800SE/EVT2000SE or less than 3 units of EVT1600SE in each branch

(12AWG). The maximum number per 10 AWG branch is 3 for

EVT1800SE/EVT2000SE or 4 for EVT1600SE.

Step 3. Ground the system

Microinverters and modules must be connected to the ground. Fix the

screws to the microinverter installation hole. Make sure that the grounding

screw thread is firmly connected the bracket.

Step 4. Install the Wi-Fi antenna

Rotate the antenna clockwise until it is firmly secured to the microinverter.

Step 5. Connect to the grid

a. Connect one microinverter in the system.

1) Connect the AC connector of the micro-inverter to the female

connector of the AC extension cable plug, then insert the plug into the

socket.

b. Connect multiple microinverters in the system.

1) Connect the trunk cable with T-connector

Plan each cable segment to allow T-connectors on the trunk cable to align

with each PV module. Allow extra length for slack, cable turns, and any

obstructions.

2) Connect to the trunk cable

Connect the male AC connector to the BC01-BC05 converter. Connect the

BC01-BC05 converter to the T-connector of the trunk cable.

3) Fasten cables

Fasten AC cables and trunk cables to the rack with cable ties.

4) Cover any unused connector with end caps

Insert the end cap into the connector on the unused end, and check if it is

inserted in place.

www.envertec.com

Envertech(Shanghai)Corporation LTD.

Address:Building C, No. 8 Shiyuan Road,Songjiang District,Shanghai

Operating Range (Vdc):

MPPT Voltage Range (Vdc):

Max. DC Input (Vdc):

Max. Input Continuous Current (A):

Max. Input Short-Circuit Current (A):

Ingress Protection (IP):

Temperature(

℃

):Power (Max. Continuous) (W):

16V~60V

22V~50V

60V

20Ax4

25Ax4

IP67

-40

℃

to +65

℃

1600W

Normal Voltage (Vac):

Current (Max. Continuous) (A):

Normal Frequency (Hz):

Power Factor Range:

Protective Class:

Overvoltage Category:

L/N/PE,220V/230V

7.27A

50Hz/60Hz

+/-0.90

Class I

OVC III(AC Main),OVC II(PV)

VFR 2019,CEI 0-21:2019,2016/631 EU - (NC RfG),IEC/EN 62920:2017

IEC/EN 62109-1/-2,IEC/EN 61000-3-2/-3,IEC/EN 61000-6-1/-2/-3/-4

IEC/EN 55014-1/-2,EN 50549-1:2019,VDE-AR-N 4105:2018,TOR 2019

OVE R25:2020,NA/EEA-NE7-CH:2022,C10/11:2019,UTE C15-712-1:2013

User Identification Number

1 2 34

www.en vert ec .c om

Enverte ch (S hanghai )Co rpo r at ion L TD.

Address:Building C, No. 8 Shiyuan R oad, Songjiang District,Shangha i

Operating Range (V d c) :

MPPT V oltage Ra nge (V dc) :

Max.DC I np u t (Vdc):

Max. Inpu tC on tinuo us Cu rr en t(A ) :

Max. Inpu t Short-Ci rc u it Current(A ) :

Ingress Protection (IP):

Temper a t ur e (℃):Power(M ax . Continuou s) (W):

16V~60 V

22V~50 V

60V

20Ax4

25Ax4

IP67

-40℃to+6 5℃1 6 0 0 W

Normal Vol tag e(V ac) :

Curren t(M ax. Continuou s) (A) :

Normal F requen cy (Hz):

Power Fa c to r Range:

Protectiv e Class:

Overvol tage Catego ry :

L/N/PE,22 0V /230 V

7.27A

50Hz/60H z

+/-0.90

ClassI

OVC III (A C Main),O VC II (PV )

VFR 2019,CEI 0-21: 2019,2016/631 EU-(NC RfG),IEC/EN 62920:201 7

IEC/EN 62109-1/-2,I EC/EN 61000 -3-2/-3,IEC/EN 61000 -6 -1/-2/-3/- 4

IEC/EN 55014-1/ -2, EN 50549 -1:2019,VDE -AR- N 4105 :2018,TOR 2019

OVE R25:2020,N A/EEA- NE7- CH :2022,C10/11:2019,U TEC15-712-1:2013

User Iden tif ica t i on Number

1 2 3 4

www.envertec.co m

Envertech(Shanghai) Corporation LTD .

Address:BuildingC,No.8ShiyuanRoad,SongjiangDistrict,Shanghai

Operating R ang e(Vd c):

MPPTVoltage R ange (V d c):

Max. DC Input(V d c):

Max. Inpu t Con ti nuou s Curren t(A ) :

Max. Inpu tShor t-Circuit Curren t(A):

IngressP ro tection(IP):

Temperature (℃):Power(Max. Con tinuou s) (W ):

16V~60V

22V~50V

60V

20Ax4

25Ax4

IP67

-40℃ to+ 65 ℃

NormalVol tag e(V ac ):

Current ( M a x. C on ti nuou s)(A ) :

Normal Frequ en cy (Hz ):

Power Factor Range :

Protective Cla ss:

Overvoltage C ategor y:

L/N/PE,220V/230V

50Hz/60Hz

+/-0.90

ClassI

OVC III(A C M ain ) ,OV C II (P V )

VFR2019,CEI0-21:2019,2016/631EU -(NC RfG),IEC/EN62920:2017

IEC/EN62109-1/-2,IEC/EN61000-3- 2/-3,IEC/EN6 1000-6-1 /-2 /-3/-4

IEC/EN55014-1/-2,EN50549-1:2019,VDE-AR-N4105:201 8,TOR 2019

OVER25:2020,NA/EEA-NE7-CH:2022,C10/11:2019,UTEC15-712-1:2013

User Ident ific at ion N um ber

1 2 3 4

Cable t

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