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Envertech
EVT1600SE/EVT1800SE/EVT2000SE
Quick Installation Guide
Please read the safety and installation instruc-
tions below. More technical documents can be
found at
www.envertec.com .
1. Accessories
A
AC Connector
B
Wi-Fi Antenna
C
AC Extension Cable*
D
T-connector*
E
M8 x 25 mm Screws* (Prepared by Installer)
F
Trunk Cable*
G
End Cap* (Optional)
* Accessories are not included in the package
and can be purchased separately.
E
E
C
E n ve r t e ch ( S h a n g h a i ) Co r p or a ti o n L T D .
www . e n v e rt e c. co m
M PP T V o lt a g e Ra n g e (V d c ):
O p e r a ti n g Ra n g e ( Vd c ):
1 6 V ~ 6 0 V
2 2V ~ 5 0 V
Cu r r e n t ( M a x. Co n t i n u o u s ) ( A) :
L /N /P E ,2 2 0 V /2 3 0V
9 . 0 9A
O VE R 2 5 : 2 0 2 0 ,
IEC /EN 6 2 1 0 9
I EC/EN 5 5 0 1 4
NA/ EEA-N E7- CH : 2 0 2 2 ,
- 1 /-2 ,EN 5 0 5 4 9
-1 /- 2 , I EC/ EN 6 1 0 0 0
- 3- 2 /-3 , I E C/ EN 6 1 0 0 0 - 6 -1 /-2 /-3 /- 4
VD E- AR- N 4 1 0 5 : 2 0 1 8 ,
C 1 0 / 1 1 : 2 0 1 9 , U
- 1 : 2 0 1 9 ,
T E C1 5-7 1 2 - 1 : 2 0 1
T OR 2 0 1 9
3
M a x. DC In p u t ( V dc ):
M a x.
I n p u t Co n t i n u o u s Cu r r e n t ( A) :
6 0 V
2 0 A x4
No r ma l Fre q u e n c y ( Hz ):
Po we r Fa ct o r Ra n g e :
+ / -0 . 9 0
5 0 H z /6 0 H z
Ad dr es s:Bu i l d ing C , N o. 8 Shi y uan Ro a d ,So n gj i a n g D i s tr i c t , Sh a n g h a i
VF R 2 0 1 9 ,
C EI
0 -21:2019,2016/631
EU - ( NC Rf G)
I n g r e s s P r o t e ct i o n (I P) :
M a x.
I n p u t S h o r t- Ci r cu it Cu r re nt ( A) :
IP 67
2 5 A x4
P r o te c t iv e Cl a s s:
O ve r vo lt a g e Ca t e g or y :
O VC I II ( AC M a in ) ,O V C I I( PV)
Cl a ss I
U s e r I d e n t if ic a ti o n Nu m b e r
P o we r ( M a x. Co n t i n u o u s ) ( W ):
2 0 0 0 W
T e m p e r a t u re ( ℃ ) :
- 4 0℃ t o + 6 5 ℃
1
2
3
4
D
A
F
D A
B
2. Create an Installation Map
a. Download the installation map with this QR
code and print out the map.
Installation Map
b. Stick the serial number label from each mi-
croinverter to the installation map on the re-
spective locations of the array.
Operating Range (Vdc):
Normal Voltage (Vac):
Envertech(Shanghai)Corporation LTD.
16V~60V
www.envertec.com
MPPT Voltage Range (Vdc):
22V~50V
Current (Max. Continuous) (A):
IEC/EN 62109-1/-2,IEC/EN 61000-3-2/-3,IEC/EN 61000-6-1/-2/-3/-4
Max. DC Input (Vdc):
60V
Normal Frequency (Hz):
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
Max. Input Continuous Current (A):
20Ax4
Power Factor Range:
VFR 2019,CEI 0-21:2019,2016/631 EU - (NC RfG)
Max. Input Short-Circuit Current (A):
25Ax4
Protective Class:
Address:Building C, No. 8 Shiyuan Road,Songjiang District,Shanghai
Ingress Protection (IP):
IP67
Overvoltage Category:
Power (Max. Continuous) (W):
Temperature( ℃ ):
2000W
User Identification Number
1
2
3
c. Keep a copy of the map for future reference.
3. Installation Steps
Installation could only be implemented when the
system is disconnected from the grid, and the
solar panel has been covered or disconnected.
Step 1. Verify the voltage range
G
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 you can see the LED
light.
Envertech(Shanghai)Corporation LTD.
www.envertec.com
MPPT Voltage Range (Vdc):
Operating Range (Vdc):
22V~50V
16V~60V
Current (Max. Continuous) (A):
Normal Voltage (Vac):
L/N/PE,220V/230V
9.09A
IEC/EN 55014-1/-2,EN 50549-1:2019,VDE-AR-N 4105:2018,TOR 2019
IEC/EN 62109-1/-2,IEC/EN 61000-3-2/-3,IEC/EN 61000-6-1/-2/-3/-4
Max. DC Input (Vdc):
60V
Normal Frequency (Hz):
50Hz/60Hz
OVE R25:2020,NA/EEA-NE7-CH:2022,C10/11:2019,UTE C15-712-1:2013
VFR 2019,CEI 0-21:2019,2016/631 EU - (NC RfG)
Max. Input Continuous Current (A):
Max. Input Short-Circuit Current (A):
20Ax4
25Ax4
Protective Class:
Power Factor Range:
+/-0.90
Class I
Address:Building C, No. 8 Shiyuan Road,Songjiang District,Shanghai
Ingress Protection (IP):
IP67
Overvoltage Category:
Temperature( ℃ ):
OVC III(AC Main),OVC II(PV)
Power (Max. Continuous) (W):
2000W
-40 ℃ to +65 ℃
User Identification Number
1
2
3
4
Step 3. Ground the system
Microinverters and modules must be connected
to the ground. Fix the screws to the microinvert-
er installation hole. Make sure that the ground-
ing screw thread is firmly connected the bracket.
En v e r t e c h ( Sh a n g h ai) C o rp or a tio n LT D .
O p e r a t in g R a n g e ( Vd c ):
1 6 V ~ 6 0 V
N o r m a l Vo l ta g e ( V a c) :
L / N / PE,2 2 0 V/ 2 3 0 V
www .e n v e r te c . c o m
M PP T Vo lta g e R a n g e ( V dc ) :
2 2 V~ 5 0V
C u r re n t ( M a x . C o n t in u o us ) ( A) :
9 . 0 9 A
I EC /EN 6 21 0 9-1 /- 2 ,IEC/ EN 6 10 0 0-3 -2 /- 3, I E C/ EN 6 1 00 0- 6- 1 /-2 /- 3 /-4
M a x .
DC I n p ut ( V dc ) :
N o r m a l F r e q u e n cy ( H z ) :
IEC/ EN 5 501 4- 1 /-2 ,EN 50 54 9- 1 : 2 0 1 9, VDE-AR -N 4 10 5 : 2 0 18 ,T O R 2 0 1 9
6 0 V
5 0 Hz /6 0 H z
OVE R2 5: 2 0 2 0,NA/ EEA- NE7- CH:2 0 22 , C 1 0 /11 :2 0 19, U T E C 1 5-7 12 - 1: 2 0 1 3
M a x .
I n p u t C o n t in u o u s C u r re nt ( A ):
2 0 A x4
P o w e r F a c to r Ra n g e :
+ /- 0 . 9 0
VFR 2 019 ,CEI 0- 2 1 : 2 0 19 , 2 01 6/ 6 31 EU - (NC RfG)
M a x .
I n p u t
S h o r t- Ci r cu it C u r r e n t ( A) :
2 5 Ax 4
P r o te c t iv e C la s s:
C la s s I
Step 4. Install the Wi-Fi antenna
Add re ss: Build ing C , N o. 8 Sh iyu an R oa d ,So n g j i a n g D i s tr i c t , S h a n g h a i
In g r e s s Pr o t e c tio n ( I P) :
I P6 7
O v e r v o lt a g e C a t e g or y :
O V C I II ( AC M a in ) , O VC II (PV )
P o w e r ( M a x . C o n tin u o u s) ( W ) :
2 0 0 0 W
T e m p e r a t u r e (℃ ):
- 4 0 ℃
t o + 65 ℃
Us e r Id e n tif ic a t io n N u m b e r
1
2
3
4
Rotate the antenna clockwise until it is firmly
secured to the microinverter.
1
L/N/PE,220V/230V
9.09A
50Hz/60Hz
+/-0.90
Class I
OVC III(AC Main),OVC II(PV)
-40 ℃ to +65 ℃
4
Step 5. 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.
Mark the approximate centers of each PV mod-
ule on the PV racking.
Lay out the cabling along the installed racking for
the AC branch circuit.
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 6. Connect to the trunk cable
Connect female AC connector to the quick plug
T-connector of the trunk cable.
En v e r t e c h ( Sh a n g h ai) C o rp or a tio n LT D .
O p e r a t in g R a n g e ( Vd c ):
1 6 V ~ 6 0 V
N o r m a l Vo l ta g e (V a c) :
IEC/ EN 5 501 4- 1 /-2 ,EN 50 54 9- 1 : 2 0 1 9, VDE-AR -N 4 10 5 : 2 0 18 ,T O R 2 0 1 9
I EC /EN 6 21 0 9-1 /- 2 ,IEC/ EN 6 10 0 0-3 -2 /- 3, I E C/ EN 6 1 00 0- 6- 1 /-2 /- 3 /-4
www .e n v e r te c . c o m
M a x .
M PP T Vo lt a g e R a n g e ( V d c) :
DC I n p u t ( V d c) :
2 2 V~ 5 0V
6 0 V
N o r m a l F r e q u e n cy ( H z ) :
C u r re n t ( M a x . C o n t in u o us ) ( A) :
OVE R2 5: 2 0 2 0,NA/ EEA- NE7- CH:2 0 22 , C 1 0 /11 :2 0 19, U T E C 1 5-7 12 - 1: 2 0 1 3
Add re ss: Build ing C , N o. 8 Sh iyu an R oa d ,So n g jia n g D i s tr i c t , S h a n g h a i
VFR 2 019 ,CEI 0- 2 1 : 2 0 19 , 2 01 6/ 6 31 EU - (NC RfG)
I n p u t C o n tin u o u s Cu r re n t ( A ):
I n p u t
M a x .
M a x .
S h o r t - Cir c uit C u r re nt ( A ):
2 0 A x4
2 5 Ax 4
P o w e r F a c to r R a n g e:
In g r e s s Pr o t e c tio n ( I P) :
P o w e r ( M a x . C o n t in u o us ) ( W) :
2 0 0 0 W
I P6 7
O ve r v o lt a g e C at e g or y :
T e m p e r a t u r e (℃ ) :
Us e r Id e n tif ic a t io n N u m b e r
1
2
3
Step 7. Fasten cables
Fasten AC cables and trunk cables to the rack
with cable ties.
Step 8. Cover any unused connector with end
caps.
2
Insert the end cap into the connector on the
unused end, and check if it is inserted in place.
Step 9. Connect to the grid
1) Remove the skin of the two ends of the
extension cable by y=40mm and remove
the skin of internal wires by x=14mm. Set
the metal terminals onto the open parts
and clamp them to tighten the connection;
2) Connect the other side of the extension
cable to the air switch.
a. Connect more than one microinverters in
the system.
Grid
L / N / PE,2 2 0 V/ 2 3 0 V
5 0 Hz /6 0 H z
9 . 0 9 A
+ /- 0 . 9 0
C la s s I
O V C I II ( AC M a in ) , O VC II (PV )
- 4 0 ℃
t o + 65 ℃
4
Cable tie
b. Connect only one microinverter in the sys-
tem.
Step 10. Connect PV modules to microinverters
3
Y=40mmR
Y=14mmR
-
IEC/ EN 5 50 1 4-1 /- 2 , E N 5 0 549 -1 : 2 01 9, VDE- AR-N 4 10 5 :20 1 8, TO R 2 0 1 9
IEC/EN 6 210 9- 1 /-2 ,IEC/ EN 6 10 0 0- 3- 2/ -3 , I EC/ EN 61 00 0 -6 -1 /- 2 /-3 /- 4
E n v e rt e c h ( S h a n g h ai) Co r p o ra t io n L T D .
www . e n v e rt e c . c o m
O p e r a tin g R a n g e ( V dc ) :
M PP T
M a x .
Vo lt a g e R a n g e ( Vd c ):
DC I n p u t ( Vd c ):
2 2 V ~ 5 0 V
1 6 V~ 6 0V
6 0 V
C u r re n t ( M a x. C o nt in u o us ) ( A) :
N o r m a l F r e q u e n cy ( Hz) :
N o r m a l Vo lt a g e ( Va c ) :
L / N / PE, 2 2 0 V/ 2 3 0V
5 0 Hz / 6 0H z
9 . 0 9 A
OVE R2 5 : 2 0 2 0,N A/ EEA-NE7 -CH: 20 22 , C 1 0 /1 1 : 2 0 19 , U T E C 1 5- 7 12- 1 :2 0 1 3
Ad dr ess :Bui l d in g C, No . 8 Sh iyu a n Ro a d, Son g jia n g D i s tr i c t , S h a n g h a i
VF R 2 01 9 , C EI 0 -2 1 :20 19 , 2 0 1 6/6 31 EU - ( NC Rf G )
M a x .
I n g r e s s Pr o te c tio n ( I P) :
M a x .
I n p u t C o n ti n u o u s C u r r e n t (A ) :
I n p u t
S h o rt - Cir c u it C ur re n t (A ) :
I P6 7
2 0 A x 4
2 5 A x4
Po w e r F a c t o r R a n g e:
O v e r vo l ta g e C a te g o ry :
O VC II I( A C M a in ), O V C II ( PV )
+ / - 0 .9 0
C la ss I
P o w e r ( M a x . C o n t in u o us ) ( W ) :
2 0 0 0 W
T e m p e r a tu r e (℃ ) :
- 4 0 ℃
t o + 6 5℃
Us e r I d e n t ifi c a tio n N u m b er
1
2
3
4
En v e rt e c h( Sh a n g h a i)C o rp or a t i o n LT D.
O pe r a t i ng R a n g e (V dc ):
16 V ~ 60 V
No r m a l Vo l ta ge
( V ac ):
L / N / PE, 2 2 0 V/ 2 3 0 V
IEC/ EN 55 0 14 -1/ -2, EN 505 4 9- 1 : 2 0 19 , VD E-AR -N 41 0 5: 2 01 8 , TO R 2 0 1 9
IEC /EN 62 1 09 - 1/- 2, I E C/ EN 61 0 00 - 3-2 /- 3 , I EC/ EN 610 0 0- 6 - 1/ -2/ - 3/- 4
www .en ver te c. c o m
M a x. DC I n pu t ( Vd c) :
M PP T V o lt a g e R a n g e ( V d c ) :
22 V~ 5 0V
60 V
No r m a l Fr e q u en c y (H z ):
C urr en t ( M a x. C on t in u o u s) ( A) :
9 . 0 9 A
50 Hz / 6 0 H z
OVE R2 5 : 20 20 , N A/ EEA- NE7- CH: 202 2 , C10/ 11: 2 01 9, UT E C15 - 71 2- 1 : 2 0 1 3
Ad dre ss: Buil ding C, N o . 8 Sh i y u an R oa d , So n g jia n g D is t r ict ,Sh a n g h a
VFR 20 1 9,CE I 0 -2 1: 2 01 9 ,2 0 16 /63 1 EU - (NC Rf G)
i
Ing r e s sP
M a x. I n p u t S ho r t -C i rc u it C urr en t (A ):
M a x. I n p u t C on t i n u o u s Cu rr en t( A ):
ro te c t i on ( IP ) :
IP 6 7
20 A x 4
25 Ax 4
Po w e r F a c tor
O v e rv olt a g e C at e g o r y:
Ra n g e :
O V C I II ( AC M a i n) ,O VC I I (PV )
+ / - 0 . 9 0
C la ss I
P o w e r ( M a x . Con tin u o u s ) (W) :
2 0 0 0
W
T e m pe r a t u r e (℃ ) :
- 40 ℃ t o + 6 5℃
Us e r I d e n t i f i ca t ion N um be r
1
2
3
4
4
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