PRODUCT CATALOGUE
Wise power, wise choice
PRODUCT CATALOGUE
American Wise Power Technologies, INC.
Add: 8 CORPORATE PARK SUITE 300, IRVINE CA 92606
E-mail: [email protected]
Website: http://www.wisepowerusa.com
American Wise Power Technologies, INC.
COMPANY
PROFILE
CONTENTS
About us
Grid-connected PV Inverter
American Wise Power Technologies (AWP), an innovative
high-tech corporation founded in California, specializes in
R&D, manufacturing and marketing of power supplies
products and provides green, low cost and intelligent
energy and solutions to various applications such as data
center, PV power plants.
PHX 1K / 1K5-TL
01-02
PHX 1K / 1K5 / 2K-TL
03-04
Our Products
Combined with German technology, American
administration and Chinese manufacturing, our products
reach the balance of quality and cost. Our main products
include:
Data Center Solutions (UPS included)
PV System (Solar inverter included)
PHX 2K5 / 3K-TL
05-06
PHX 3K / 4K / 5K-TL
07-08
PHX 5K / 6K / 8K-TL
09-10
PHX 13K / 15K / 17K / 20K-TL
11-12
PHX 33K / 40K-TL
13-14
PHX 100K-M/T / 250K-M/T / 250K-TF
15-16
PHX 500KW
17-18
PHX 1 MW
19-20
Off-Grid Solar Inverter
PAT 500W ~ 3000W
21-22
PAT 3KW ~ 8KW
23-24
PAT 10KW ~ 120KW
25-26
Our Mission
AWP is committed to provide globally with green, energysaving, stable, reliable and continuous power supplies
products and perfect solutions. Customer's satisfaction is
always our perpetual quest and in order to create consistent
value for customers, we place great emphasis on our
customers' market challenges and requirements by
providing first-class power supply solutions with quality
guaranteed products as well as best service to enhance
their competitiveness and profitability.
Hybrid (Bi-directional) Solar Inverter
PHS 1KW ~ 3KW
27-28
PHS 3KW
29-30
Grid-connected Accessories
PV Array Combiner Box
31-32
Grid-connected AC Combiner Box
33-34
Wireless Data Logger
35-36
iSolar Web Monitoring
37-38
Our Team
AWP comprises of passionate professionals and a high
efficiency management team, and they endeavor to make
AWP a world leading green energy solutions supplier. At
present AWP team has built trusted and respected offices in
Singapore, Hong Kong, Indonesia and Viet Nam, and it is
our desire to always be improving, expanding and
developing our service team to meet growing customers'
demands.
Off-Grid/ Hybrid Accessories
MPPT Solar Charge Controller
39-40
Distribution Box
41
ATS
41
Wireless Monitor Router
41
Combiner Box
42
Grid-connected PV Inverter
Technical Data
MODEL
PHX 1K-TL
PHX 1.5K-TL
1.25 KW
1.5 KW
INPUT (DC)
Max. PV power
Max. DC voltage
Operating MPPT voltage range
MPPT voltage range at nominal power
400 V
400 V
60 ~ 300 V
60 ~ 300 V
100 ~ 300 V
125 ~ 300 V
Start up DC voltage
70 V
70 V
Turn off DC voltage
50 V
50 V
Max. DC current
10 A
10 A
Max. short circuit current for each MPPT
12 A
1
1
Number of DC connections for each MPPT
1
1
MC4 connector
MC4 connector
Max. AC apparent power
1000 VA
1250 VA
Nominal AC power (cos phi = 1)
1000 W
1250 W
220 V / 230 V / 240 V
220 V / 230 V / 240 V
50 Hz / 60 Hz
50 Hz / 60 Hz
DC connection type
OUTPUT (AC)
Nominal grid voltage
Nominal grid frequency
Max. AC current
Grid voltage range
Grid frequency range
5.0 A
6.25 A
185 ~ 276 V
185 ~ 276 V
45 ~ 55 Hz / 55 ~ 65 Hz
45 ~ 55 Hz / 55 ~ 65 Hz
Power factor
> 0.99
> 0.99
Total harmonic distortion (THD)
< 3%
< 3%
Feed in starting power
30 W
30 W
Night time power consumption
<1W
<1W
Standby consumption
6W
6W
Plug - in connector
Plug - in connector
Max. efficiency (at 360 Vdc)
95.5%
95.5%
Euro efficiency (at 360 Vdc)
94.2%
94.2%
MPPT efficiency
99.9%
99.9%
AC connection type
EFFICIENCY
Features
PROTECTIONS
·Transformerless design, high efficiency (Max. 95.5%, Euro 94.2%)
DC insulation monitoring
·High MPPT accuracy (>99.9%)
DC switch
·Wide DC input range (60 ~ 300 Vdc), compatible with 2 to 7 panel installation
Residual current monitoring unit (RCMU)
·Easy to wire, install and operate
Grid monitoring with anti-islanding
Protection class
·IP65 design, suitable for indoor and outdoor installation
Overvoltage category
·5 years warranty (10 ~ 25 years optional)
Yes
Yes
Optional
Optional
Integrated
Integrated
Yes
Yes
I (according to IEC 62103)
I (according to IEC 62103)
PV II / Mains III (according to IEC 62109-1)
PV II / Mains III (according to IEC 62109-1)
REFERENCE STANDARD
Safety standard
Block diagram
ENEN 62109, AS / NZS3100
EMC standard
EN 61000-6-1, EN 61000-6-3, EN 61000-6-2, EN 61000-6-4, EN 61000-3-2, EN 61000-3-3
Grid standard
VDE 0126-1-1, RD1663, C10/11, G83/2, UTE C15-712-1, AS4777, CQC, CEI0-21, EN 50438
PHYSICAL
5.5 kg
Weight
PHX 1K / 1K5-TL
Environmental protection rating
Cooling concept
Mounting information
IP 65 (according to IEC 60529)
Natural convection
Wall bracket
GENERAL
PV
DC/DC
EMC FILTER
DC/AC
GFCI
AC Grid
Operating temperature range
Relative humidity
2000 m
Noise level
< 40 dB
Display
Data communication interfaces
Computer communication
Boost Control
Inverter
Control
RS232/485
www.wisepowerusa.com
0% to 98%, no condensation
Max. altitude (above sea level)
Isolation type
Display
-25℃ to +60℃ (derating above 45℃)
Standard warranty
Transformerless
2 LED, Backlight, 16*2 Character LCD
(RS485, WIFI, GPRS optional)
RS232 as option
5 years
Disclaimer:
· These data in this document are tested under specified conditions. It may result in difference between actual results and these data due to some
uncertain factors. The statement about this product is for reference only. It makes no representation or warranty.
· All specifications subject to change without notice.
www.wisepowerusa.com
01 / 02
12 A
Number of MPPT trackers
American Wise Power Technologies, INC.
PHX 1K / 1K5-TL
Grid-connected PV Inverter
Technical Data
MODEL
PHX 1K-TL
PHX 1K5-TL
PHX 2K-TL
INPUT (DC)
1300 W
1750 W
2300 W
Max. DC voltage
500 V
500 V
500 V
Nominal DC voltage
360 V
360 V
360 V
80 ~ 360 V
120 ~ 450 V
120 ~ 450 V
Max. PV power
Operating MPPT voltage range
150 ~ 450 V
150 ~ 450 V
90 V
150 V
150 V
Turn off DC voltage
80 V
120 V
120 V
Max. DC current
16 A
18 A
18 A
Max. short circuit current for each MPPT
20 A
20 A
20 A
Number of MPPT trackers
1
1
1
Number of DC connection for each MPPT
1
1
1
MC4 connector
MC4 connector
MC4 connector
Max. AC apparent power
1100 VA
1650 VA
2200 VA
Nominal AC power (cos phi = 1)
1000 W
1500 W
2000 W
220 V / 230 V / 240 V
220 V / 230 V / 240 V
220 V / 230 V / 240 V
50 Hz / 60 Hz
50 Hz / 60 Hz
50 Hz / 60 Hz
5.8 A
9.0 A
11.0 A
185 ~ 276 V
185 ~ 276 V
185 ~ 276 V
DC connection type
OUTPUT (AC)
Nominal grid voltage
Nominal grid frequency
Max. AC current
Grid voltage range
45 ~ 55 Hz / 55 ~ 65 Hz
45 ~ 55 Hz / 55 ~ 65 Hz
45 ~ 55 Hz / 55 ~ 65 Hz
0.95 capacitive..95 inductive
0.95 capacitive..95 inductive
0.95 capacitive..95 inductive
Total harmonic distortion (THD)
< 2%
< 2%
< 2%
Feed in starting power
30 W
30 W
30 W
Night time power consumption
<1W
<1W
<1W
Grid frequency range
Power factor
6W
6W
6W
Plug-in connector
Plug-in connector
Plug-in connector
Max. efficiency (at 360 Vdc)
97.7%
97.7%
97.7%
Euro efficiency (at 360 Vdc)
96.7%
96.8%
96.9%
MPPT efficiency
99.9%
99.9%
99.9%
Standby consumption
AC connection type
EFFICIENCY
Features
Features
Advantages
·Standard 10 years warranty,
5 ~ 25 years optional
·Built-in GPRS as option
·Built-in Wifi as option
·External Inductor
·Smaller and lighter, 2 KW only 9.6kg
·High performance DSP for algorithm control
·VDE-AR-N 4105 certification
·New topology design
·Multi-button touch interface
·LCD screen visible at night
·Have anti-shading function
Benefits
·Longer life cycle
·Plug and play
·Free monitoring fee for data transmission
·Very lower internal temperature
·Easy transportation and installation
·Faster CPU speed
·Adjustable active and reactive power
·Maximum conversion efficiency up to 97.7%,
Euro up to 96.9%
·User friendly operation
·Real-time data readable at night
·Suitable to complex installation environment
PROTECTIONS
· More stable and reliable
· No commissioning work to get real-time remote monitoring
· More convenient monitoring solution without any charge
· Longer life cycle
· Saving storage and installation space
· Higher inverter control accuracy
· Meet the latest certification and regulations
· Increase system payback ability
· Easy to operate
· Real-time operating condition accessible
· Increase the electricity generation of the system in
shading environment
DC insulation monitoring
DC switch
Residual current monitoring unit (RCMU)
Grid monitoring with anti-islanding
Protection class
Overvoltage category
REFERENCE STANDARD
Safety standard
EN 62109, AS / NZS 3100
VDE-AR-N-4105,VDE 0126-1-1, RD 1699, C10/11, G83/2, UTE C15-712-1, AS 4777, CEI 0-21, EN 50438
PHYSICAL
Mounting information
9.6 kg
IP 65 (according to IEC 60529)
Natural convection
Wall bracket
GENERAL
PHX 1K / 1K5 / 2K-TL
DC/AC
PV II / Mains III (according to IEC 62109-1)
Grid standard
Environmental protection rating
DC/DC
Yes
I (according to IEC 62103)
EN 61000-6-1, EN 61000-6-3, EN 61000-6-2, EN 61000-6-4, EN 61000-3-2, EN 61000-3-3
Cooling concept
PV
Integrated
EMC standard
Weight
Block diagram
Yes
Optional
EMC FILTER
GFCI
AC Grid
Operating temperature
-20℃ to +60℃ (derating above 45℃)
RangeRelative humidity
0% to 98%, no condensation
Max. altitude (above sea level)
2000 m
Noise level
< 40 dB
Isolation type
Display
Data communication interfaces
Computer communication
Standard warranty
Transformerless
3 LED, Backlight, 4×20 Character LCD
RS485 (WiFi, GPRS integrated)
USB
10 years (5 ~ 25 years optional)
Disclaimer:
· These data in this document are tested under specified conditions. It may result in difference between actual results and these data due to some
uncertain factors. The statement about this product is for reference only. It makes no representation or warranty.
· All specifications subject to change without notice.
Display
Boost Control
Inverter Control
RS232/485
www.wisepowerusa.com
www.wisepowerusa.com
03 / 04
150 ~ 360 V
Start up DC voltage
MPPT voltage range at nominal power
American Wise Power Technologies, INC.
PHX 1K / 1K5 / 2K-TL
Grid-connected PV Inverter
Technical Data
MODEL
PHX 2K5-TL
PHX 3K-TL
INPUT (DC)
2800 W
3250 W
Max. DC voltage
500 V
500 V
Nominal DC voltage
360 V
360 V
Operating MPPT voltage range
120 ~ 450 V
120 ~ 450 V
MPPT voltage range at nominal power
Max. PV power
150 ~ 450 V
150 V
150 V
Turn off DC voltage
120 V
120 V
Max. DC current
18 A
18 A
Max. short circuit current for each MPPT
20 A
20 A
Number of MPPT trackers
1
1
Number of DC connection for each MPPT
1
1
MC4 connector
MC4 connector
Max. AC apparent power
2750 VA
3000 VA
Nominal AC power (cos phi = 1)
2500 W
3000 W
220 V / 230 V / 240 V
220 V / 230 V / 240 V
50 Hz / 60 Hz
50 Hz / 60 Hz
DC connection type
OUTPUT (AC)
Nominal grid voltage
Nominal grid frequency
Max. AC current
Grid voltage range
14.0 A
185 ~ 276 V
185 ~ 276 V
45 ~ 55 Hz / 55 ~ 65 Hz
45 ~ 55 Hz / 55 ~ 65 Hz
0.95 capacitive...95 inductive
0.95 capacitive...95 inductive
Total harmonic distortion (THD)
< 2%
< 2%
Feed in starting power
30 W
30 W
Night time power consumption
<1W
<1W
Grid frequency range
Power factor
6W
6W
Plug-in connector
Plug-in connector
Max. efficiency (at 360 Vdc)
97.7%
97.7%
Euro efficiency (at 360 Vdc)
96.9%
97.0%
MPPT efficiency
99.9%
99.9%
Standby consumption
AC connection type
EFFICIENCY
Features
Features
Advantages
·Standard 10 years warranty,
5 ~ 25 years optional
·Built-in GPRS as option
·Built-in Wifi as option
·External Inductor
·Smaller and lighter, 3kW-TL2 weighs only 9.9kg
·High performance DSP for algorithm control
·VDE-AR-N 4105 certification
·New topology design
·Multi-button touch interface
·LCD screen visible at night
·Have anti-shading function
Benefits
·Longer life cycle
·Plug and play
·Free monitoring fee for data transmission
·Very lower internal temperature
·Easy transportation and installation
·Faster CPU speed
·Adjustable active and reactive power
·Maximum conversion efficiency up to 97.7%,
Euro up to 96.9%
·User friendly operation
·Real-time data readable at night
·Suitable to complex installation environment
PROTECTIONS
· More stable and reliable
· No commissioning work to get real-time remote monitoring
· More convenient monitoring solution without any charge
· Longer life cycle
· Saving storage and installation space
· Higher inverter control accuracy
· Meet the latest certification and regulations
· Increase system payback ability
· Easy to operate
· Real-time operating condition accessible
· Increase the electricity generation of the system in
shading environment
DC insulation monitoring
DC switch
Residual current monitoring unit (RCMU)
Grid monitoring with anti-islanding
Protection class
Overvoltage category
Safety standard
Yes
I (according to IEC 62103)
PV II / Mains III (according to IEC 62109-1)
EN 62109, AS / NZS 3100
EN 61000-6-1, EN 61000-6-3, EN 61000-6-2, EN 61000-6-4, EN 61000-3-2, EN 61000-3-3
Grid standard
VDE-AR-N-4105,VDE 0126-1-1, RD 1699, C10 / 11, G83/2, UTE C15-712-1, AS 4777, CEI 0-21, EN 50438
PHYSICAL
Cooling concept
Mounting information
9.9 kg
IP 65 (according to IEC 60529)
Natural convection
Wall bracket
GENERAL
PHX 2K5 / 3K-TL
DC/AC
Integrated
EMC standard
Environmental protection rating
DC/DC
Yes
Optional
REFERENCE STANDARD
Weight
Block diagram
PV
12.5 A
EMC FILTER
GFCI
AC Grid
Operating temperature
-20℃ to +60℃ (derating above 45℃)
Range relative humidity
0% to 98%, no condensation
Max. altitude (above sea level)
2000 m
Noise level
< 40 dB
Isolation type
Display
Data communication interfaces
Computer communication
Standard warranty
Transformerless
3 LED, Backlight, 4×20 Character LCD
RS485 (WiFi, GPRS integrated)
USB
10 years (5 ~ 25 years optional)
Disclaimer:
· These data in this document are tested under specified conditions. It may result in difference between actual results and these data due to some
uncertain factors. The statement about this product is for reference only. It makes no representation or warranty.
· All specifications subject to change without notice.
Display
Boost Control
Inverter Control
RS232/485
www.wisepowerusa.com
www.wisepowerusa.com
05 / 06
150 ~ 450 V
Start up DC voltage
American Wise Power Technologies, INC.
PHX 2K5 / 3K-TL
Grid-connected PV Inverter
Technical Data
MODEL
PHX 3K-TL
PHX 4K-TL
PHX 5K-TL
INPUT (DC)
3400 W
4500 W
5200 W
Max. DC voltage
590 V
590 V
590 V
Nominal DC voltage
360 V
360 V
360 V
Operating MPPT voltage range
120 ~ 550 V
120 ~ 550 V
120 ~ 550 V
MPPT voltage range at nominal power
Max. PV power
150 ~ 500 V
200 ~ 500 V
200 ~ 500 V
Start up DC voltage
150 V
150 V
150 V
Turn off DC voltage
120 V
120 V
120 V
Max. DC current
12 A / 12 A
16 A / 16 A
18 A / 18 A
Max. short circuit current for each MPPT
16 A / 16 A
20 A / 20 A
20 A / 20 A
2
2
2
2000 W
2600 W
3000 W
Number of MPPT trackers
Max. Input Power for each MPPT
A:1 / B:1
A:1 / B:1
A:1 / B:1
MC4 connector
MC4 connector
MC4 connector
Max. AC apparent power
3300 VA
4400 VA
5000 VA
Nominal AC power (cos phi = 1)
3000 W
4000 W
4600 W
220 V / 230 V / 240 V
220 V / 230 V / 240 V
220 V / 230 V / 240 V
50 Hz / 60 Hz
50 Hz / 60 Hz
50 Hz / 60 Hz
14.4 A
19.0 A
22.0 A
185 ~ 276 V
185 ~ 276 V
185 ~ 276V
Number of DC connection for each MPPT
DC connection type
American Wise Power Technologies, INC.
PHX 3K / 4K / 5K-TL
OUTPUT (AC)
Nominal grid frequency
Max. AC current
Grid voltage range
45 ~ 55 Hz / 55 ~ 65 Hz
45 ~ 55 Hz / 55 ~ 65 Hz
45 ~ 55 Hz / 55 ~ 65 Hz
0.9 capacitive...9 inductive
0.9 capacitive...9 inductive
0.9 capacitive...9 inductive
Total harmonic distortion (THD)
< 2%
< 2%
< 2%
Feed in starting power
30 W
30 W
30 W
Night time power consumption
<1W
<1W
<1W
Grid frequency range
Power factor
6W
6W
6W
Plug-in connector
Plug-in connector
Plug-in connector
Max. efficiency (at 360 Vdc)
98.2%
98.2%
98.2%
Euro efficiency (at 360 Vdc)
97.3%
97.5%
97.5%
MPPT efficiency
99.9%
99.9%
99.9%
Standby consumption
Features
AC connection type
EFFICIENCY
Features
Advantages
Benefits
·more stable and reliable
·No commissioning work to get real-time
remote monitoring
·More convenient monitoring solution without any charge
·Longer life cycle
·Saving storage and installation space
·Higher inverter control accuracy
·Meet the latest certification and regulations
·Increase system payback
·Fit in various installation environments
·Easy to operate
·Real-time operating condition accessible
·Increase the electricity generation of the system
in shading environment
·Longer life cycle
·Plug and play
·Free monitoring through our webportal
·Very lower internal temperature
·Easy transportation and installation
·Faster CPU speed
·Adjustable active and reactive power
·Maximum conversion efficiency
up to 98.2%, Euro up to 97.5%
·More flexible system design
·User friendly operation
·Real-time data readable at night
·Suitable to complex installation environment
·Standard 10 years warranty,
5 ~ 25 years optional
·Built-in GPRS as option
·Built-in Wifi as option
·External Inductor
·Smaller and lighter, only 16.5kg
·High performance DSP for algorithm control
·VDE-AR-N 4105 certification
·New topology design
·Dual MPPT design
·Multi-button touch interface
·LCD screen visible at night
·Have anti-shading function
PROTECTIONS
DC insulation monitoring
DC switch
Residual current monitoring unit (RCMU)
Grid monitoring with anti-islanding
Protection class
Overvoltage category
Yes
Optional
Integrated
Yes
I (according to IEC 62103)
PV II / Mains III (according to IEC 62109-1)
REFERENCE STANDARD
Safety standard
EMC standard
Grid standard
EN 62109, AS / NZS 3100
EN 61000-6-1, EN 61000-6-3, EN 61000-6-2, EN 61000-6-4, EN 61000-3-2,
EN 61000-3-3, EN 61000-3-11, EN 61000-3-12
VDE-AR-N-4105, VDE 0126-1-1, CEI0-21, C10/11, G83/2, G59/3 UTE C15-712-1, EN 50438, AS 4777, CQC
PHYSICAL
Block diagram
Weight
Environmental protection rating
Cooling concept
PHX 3K / 4K / 5K-TL
Mounting information
16.5 kg
IP 65 (according to IEC 60529)
Internal fan convection
Wall bracket
GENERAL
Operating temperature range
Relative humidity
PV1
DC/DC
DC/AC
EMC FILTER
GFCI
AC Grid
2000m
Noise level
< 40 dB
Transformerless
Display
Data communication interfaces
Computer communication
Standard warranty
Display
Boost
Control
www.wisepowerusa.com
0% to 98%, no condensation
Max. altitude (above sea level)
Isolation type
PV2
-25℃ to +60℃ (derating above 45℃)
Inverter
Control
RS485 (WiFi, GPRS integrated)
USB
10 years (5 ~ 25 years optional)
Disclaimer:
· These data in this document are tested under specified conditions. It may result in difference between actual results and these data due to some
uncertain factors. The statement about this product is for reference only. It makes no representation or warranty.
· All specifications subject to change without notice.
RS232/485
www.wisepowerusa.com
07 / 08
Nominal grid voltage
Three-phase Grid-connected PV Inverter
PHX 5K-TL
PHX 6K-TL
PHX 8K-TL
Max. input power
5150 W
6150 W
8200 W
Max. input voltage
1000 V
1000 V
1000 V
Nominal DC voltage
640 V
640 V
640 V
MPPT voltage range
150 V ~ 800 V
150 V ~ 800 V
150 V ~ 800 V
Full-load MPPT voltage range
360 V ~ 800 V
MODEL
INPUT (DC)
260 V ~ 800 V
280 V ~ 800 V
Starting voltage
250 V
250 V
250 V
Turn-off voltage
150 V
150 V
150 V
Max. input current (A / B)
11 A / 11 A
11 A / 11 A
14 A / 14 A
Max. short-circuit current of each MPPT
16 A / 16 A
16 A / 16 A
20 A / 20 A
2
2
2
3000 W
4000 W
5000 W
Number of MPP trackers
Max. input power of each MPPT
Number of DC connection
A:2 / B:2
A:2 / B:2
MC4 connector
MC4 connector
Max. AC apparent power
5000 VA
6000 VA
8000 VA
Nominal AC power
5000 W
6000 W
8000 W
7.2 A
8.7 A
11.6 A
3 / N / PE; 220 / 380 V
3 / N / PE; 220 / 380 V
3 / N / PE; 220 / 380 V
3 / N / PE; 230 / 400 V
3 / N / PE; 230 / 400 V
3 / N / PE; 230 / 400 V
3 / N / PE; 240 / 415 V
3 / N / PE; 240 / 415 V
3 / N / PE; 240 / 415 V
50 Hz / 60 Hz
50 Hz / 60 Hz
50 Hz / 60 Hz
8.8 A
10.7 A
13.6 A
OUTPUT (AC)
Nominal output current
Nominal output voltage
Rated grid frequency
Max. output current
Grid voltage range
Grid frequency range
Power factor
THD
45 ~ 55 Hz / 55 ~ 65 Hz
0.9 (leading), 0.9 (lagging)
< 2%
Feed in starting power
30 W
Self-consumption (at night)
<1W
Standby consumption
Features
185 V ~ 276 V
AC connection type
< 10 W
Plug-in connector
EFFICIENCY
Max. efficiency
97.6%
·Built-in GPRS (optional)
· Dual MPPT design
Europe efficiency
96.8%
· Built-in Wi-Fi (optional)
· Waterproof and dustproof (IP65) design
MPPT efficiency
99.9%
· External inductance favorable for heat dissipation
· Convenient and rapid operation with touch-key design
PROTECTIONS
· Smaller and lighter, only 22 kg
· Control module with bi-directional power supply of DC and AC
DC insulation monitoring
· High performance DSP for algorithm control
· Anti-shading function, suitable for complicated installation
DC switch
· VDE-AR-N 4105 certification
Residual current monitoring unit (RCMU)
environment
Grid monitoring with anti-islanding
· New topology, maximum efficiency 98.2%, Europe efficiency 97.5%
Electricity fuse protection
Protection class
Overvoltage category
Yes
Optional
Integrated
Yes
Yes
I (according to IEC 62103)
III (according to IEC 62109-1)
REFERENCE STANDARD
Principle diagram
Safety standard
EN 62109, AS / NZS 3100
EMC standard
EN 61000-6-1, EN 61000-6-2, EN 61000-6-3, EN 61000-6-4, EN 61000-3-2, EN 61000-3-3
Grid standard
VDE-AR-N4105, VDE-0126-1-1, G83 / 1, EN 50438, RD 1699, CEI 0-21, AS 4777, C10 / C11
GENERAL DATA
Data communication interfaces
Computer communication
PV1+
PV1-
DC/DC
EMC filter
PV2+
EMC filter
DC/AC
PV2-
Relay
DC switch
Display
L2
Isolation type
Transformerless
L3
Cooling
Natural cooling
N
Noise
PE
Operating temperature
3 ×LED & 20 ×4 LCD
< 40 dB
- 25 °
C ~ + 60 °
C (> 45°
C derating)
0 ~ 98% non-condensing
Altitude
2000 m
IP rating
IP 65 (according to IEC 60529)
Installation method
Control and girdconnected detection
USB
L1
Relative humidity
Insulation
detection
RS485 (Wi-Fi, GPRS optional)
Wall-mounted
Net weight (kg)
24.5
Gross weight (kg)
28.4
Disclaimer:
· These data in this document are tested under specified conditions. It may result in difference between actual results and these data due to some
uncertain factors. The statement about this product is for reference only. It makes no representation or warranty.
· All specifications subject to change without notice.
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09 / 10
A:2 / B:2
MC4 connector
DC connection type
American Wise Power Technologies, INC.
PHX 5K / 6K / 8K-TL
Technical Data
Three-phase Grid-connected PV Inverter
PHX 13K-TL
PHX 15K-TL
PHX 17K-TL
PHX 20K-TL
Max. input power
13500 W
15600 W
17800 W
21200 W
Max. input voltage
1000 V
1000 V
1000 V
1000 V
640 V
640 V
640 V
640 V
Operating MPPT voltage range
250 ~ 800 V
250 ~ 800 V
250 ~ 850 V
250 ~ 850 V
Full-load MPPT voltage range
480 ~ 850 V
MODEL
INPUT (DC)
Nominal DC voltage
400 ~ 800 V
440 ~ 850 V
300 V
300 V
300 V
300 V
Turn-off voltage
250 V
250 V
250 V
250 V
Max. input current (A/B)
22 A / 11 A
22 A / 11 A
22 A / 22 A
22 A / 22 A
Max. short-circuit current of each MPPT
25 A / 15 A
25 A / 15 A
25 A / 25 A
25 A / 25 A
2
2
2
2
A:3 / B:3
A:3 / B:3
A:3 / B:3
A:3 / B:3
MC4 connector
MC4 connector
MC4 connector
MC4 connector
Max. output power
13000 VA
15000 VA
17000 VA
19200 VA
Rated output power
13000 W
15000 W
17000 W
19200 W
Number of MPP trackers
Number of DC connection
DC connection type
OUTPUT (AC)
Rated grid voltage
3 / N / PE; 220 / 380 V
3 / N / PE; 230 / 400 V
50 Hz / 60 Hz
Rated grid frequency
Max. output current
20.0 A
3 / N / PE; 240 / 415 V
23.0 A
26.0 A
29.0 A
185 ~ 276 V
Grid voltage range
45 ~ 55 Hz / 55 ~ 65 Hz
Grid frequency range
0.9i…1…0.9c
Power factor
< 2%
THD
Feed in starting power
60 W
Self-consumption (at night)
<1W
< 12 W
Standby consumption
Plug-in connector
AC connection type
EFFICIENCY
Features
Max. efficiency
98.0%
98.0%
98.1%
98.2%
Europe efficiency
97.5%
97.5%
97.6%
97.8%
MPPT efficiency
99.9%
99.9%
99.9%
99.9%
·Economy, high efficiency, high reliability and long life circle
manufacturer, real-time operation status accessible, quick
PROTECTIONS
· Smaller and lighter, 20KTL weights only 45 kg
response against fault
DC insulation monitoring
· External inductor, reducing machine temperature and extending
device lifetime
· VDE-AR-N 4105 and BDEW certified, adjustable active and
PV II / Mains III (according to IEC 62109-1)
Overvoltage category
· With anti-shading function, suitable to all kinds of complicated
· All-round remote control for users, installers, distributors and
I (according to IEC 62103)
Protection class
lightning protection box
power station needs only one monitoring equipment.
Yes
Grid monitoring with anti-islanding
· Optional built-in lightning protection module, no need for external
· Ethernet, Wi-Fi or GPRS data communication technology, one
Integrated
Residual current monitoring unit (RCMU)
reactive power, with LVRT function
· LCD screen with four buttons, easy to operate, user friendly
Yes
Optional
DC switch
REFERENCE STANDARD
installation environment
Principle diagram
Safety standard
EN 62109, AS / NZS 3100
EMC standard
EN 61000-6-1, EN 61000-6-2, EN 61000-6-3, EN 61000-6-4, EN 61000-3-11, EN 61000-3-12
Grid standard
VDE-AR-N-4105, VDE 0126-1-1, PEA, C10/11, G59/3, AS4777, CEI0-21
GENERAL DATA
RS485 (Wi-Fi, GPRS optional)
Data communication interfaces
RS485 (USB)
Computer communication
TFT graphic display
Display
PV1+
PV1-
DC/DC
EMC filter
PV2+
EMC filter
DC/AC
PV2-
Relay
DC switch
Isolation type
Transformerless
L1
Cooling
Natural cooling
L2
Noise Level
L3
Operating temperature
N
Relative humidity
PE
Max. altitude
< 45 dB
- 25°
C ~ + 60°
C (> 45°
C derating)
0 ~ 98% non-condensing
2000 m
IP 65 (according to IEC 60529)
IP rating
Wall-mounted
Installation method
Insulation
detection
Control and gird
monitoring
Net weight (kg)
Gross weight (kg)
44.5
44.5
45
45
52
52
52.5
52.5
Disclaimer:
· These data in this document are tested under specified conditions. It may result in difference between actual results and these data due to some
uncertain factors. The statement about this product is for reference only. It makes no representation or warranty.
· All specifications subject to change without notice.
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11 / 12
400 ~ 800 V
Starting voltage
American Wise Power Technologies, INC.
PHX 13K / 15K / 17K / 20K-TL
Technical Data
Grid-connected PV Inverter
Technical Data
MODEL
PHX 33K-TL
PHX 40K-TL
INPUT (DC)
Max. DC input power
33 kWp
Max. DC input voltage
Starting voltage
200 V
Max. DC input current
3 ×23 A
MPP voltage range
Full-load MPP voltage range
320 ~ 900 V
480 ~ 800 V
Number of MPP inputs
Rated DC input voltage
40 kWp
1000 V
580 ~ 850 V
3
620 V
DC terminals
680 V
2 ×6
MPPT efficiency (static)
> 99.9%
Withstanding voltage & insulation for DC
input against the enclosure
Basic insulation 3000 Vdc / 1 min
OUTPUT (AC)
30 KW
36 KW
Max. apparent power
33 KVA
40 KVA
Rated output voltage
3 ×380 / 400 / 415 Vac +N+PE
Rated output current
Max. allowable output current
3 ×48 A
Rated frequency
50 Hz / 60 Hz
DC component
< 0.5% (rated current)
THD
Features
< 3% (rated power)
Power factor
0.8 leading ~ 0.8 lagging
Withstanding voltage & insulation for AC
output sides against the enclosure
More Energy Generated
Advanced Control Technology
3 ×277 / 480 Vac +PE
3 ×45.9 A
Basic insulation 3000 Vdc / 1 min
EFFICIENCY
Max. inverter efficiency
98.7%
98.9%
Europe efficiency
98.4%
98.5%
PROTECTIONS
High Reliability
Friendly and Flexible
Efficiency curve
Input reverse connection protection
Yes
DC input switch
Yes
DC overvoltage and overload protection
Yes
Output AC short-circuit protection
Yes
AC overload, overcurrent limitation and protection
Yes
Grid over / under-voltage and unbalanced protection
Yes
Grid over / under-frequency protection
Yes
Leakage protection
Yes
Lightning protection
Yes
Islanding protection
Active and passive protection
DC surge protection
Yes
AC surge protection
Yes
Insulation resistance testing protection
Yes
CERTIFICATES AND APPROVALS
Certificates
100.00%
Grid-connected standard
EMC / safety
Conversion efficiency
99.00%
EN 61000-6-2, EN61000-6-3, EN 61000-3-2, EN 61000-3-3, EN 61000-3-11, EN 61000-3-12, EN / IEC 62109-1, EN / IEC 62109-2
DISPLAY AND COMMUNICATIONS
Vin=600V
98.00%
VDE / TUV / CE / CQC
TUV / VDE-AR-N-4105 / G59
Display
LED indicators / Bluetooth / APP
97.00%
RS485
Yes
96.00%
USB
Yes
95.00%
PLC
Optional
APP and Bluetooth
94.00%
93.00%
0%
Standby loss
10%
20%
30%
40%
50%
60%
70%
80%
90%
100%
Output power
Topology
MTBF
Principle diagram
Warranty
Operating temperature
Cooling
Relative humidity
Output
isolation relay
IP rating
Output EMI filter
R
DC/ DC boost circuit
DC/ AC inverter circuit
LCL filter
Max. operating altitude
N
40000 h
5 / 10 / 15 / 20 / 25 years (optional)
- 25 °
C ~ + 60 °
C
Natural cooling
0 ~ 100% (non-condensing)
IP 65
3000 m
Net weight (kg)
Gross weight (kg)
Disclaimer:
· These data in this document are tested under specified conditions. It may result in difference between actual results and these data due to some
uncertain factors. The statement about this product is for reference only. It makes no representation or warranty.
· All specifications subject to change without notice.
DC surge
protector
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< 15 W
Transformerless
S
T
PE
DC
Switch
Yes
OTHERS
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13 / 14
Rated output power
American Wise Power Technologies, INC.
PHX 33K / 40K-TL
Three-Level Inverter(Built-in Transformer)
MODEL
PHX 100K-M/T
PHX 250K-M/T
PHX 250K-TF
DC SIDE
1000 Vdc
Max. DC voltage
500 ~ 850 Vdc
MPPT voltage range
275 KW
275 KW
220 A
550 A
550 A
1
5
1
Rated output power
100 KW
250 KW
250 KW
Max. output power
110 KW
275 KW
275 KW
Max. output current
158 A
397 A
397 A
Max. input current
Number of MPP inputs
AC SIDE
400 Vac
Rated grid voltage
Grid voltage tolerance
340 ~ 460 Vac
Rated grid frequency
50 Hz / 60 Hz
47 ~ 51.5 Hz / 57 ~ 61.5 Hz
Grid frequency tolerance
< 3% (rated power)
THD
0.9 (leading) ~ 0.9 (lagging)
Power factor
EA100KL-M/T / EA250KL-M/T / EA250KTF PV Grid-connected Inverter adopt modular three-level SVPMW technology. They are featured with high
frequency, high power density, small footprint, optional various communications and built-in transformer design. They are ideal for distributed PV gridconnected power stations.
Features
Safety
SYSTEM
97%
Max. efficiency
Europe efficiency
96.5%
IP rating
IP 20
< 30 W
Self-consumption (at night)
·Advanced modular three-level SVPMW technology
·Maximum efficiency up to 98.5 (w/o transformer)
·Wide MPPT range (500V ~ 850V) with effective MPPT algorithms
·Modular design, front accessible maintenance with less time (less than 10 min)
·Auto separate failed module from the system to improve reliability
·Low voltage, ZVRT (Zero voltage ride through) test
·Advanced Anti-islanding technology
·Independent air dusts design to adapt to dust environment
·Smart startup & hibernation function
·Night SVG function, responding to the grid dispatching order whole day.
·Adjustable active power, power factor range 0.9 (leading) to 0.9 (lagging).
·TUV, CE, CQC certification
Effective protection functions: overvoltage, shortcircuit, islanding, overtemperature and overcurrent
protection etc.
Standards complied:EN61000-6-1, EN61000-6-2,
EN61000-6-3, EN61000-6-4,EN61000-3-2,
EN61000-3-3,EN60164-1-1,EN55022,
EN50178, EN45011
-25℃ ~ + 55℃ (above 50℃ derating)
Ambient temperature
Air cooling
Cooling
0 ~ 95% non-condensing
Relative humidity
6000 m (above 3000 m derating)
Altitude
DISPLAY AND COMMUNICATIONS
LCD (touch screen)
Display
Standard communication
RS485
Optional communication
Ethernet / USB
OTHERS
Principle diagram
50KW inverter module 1
SPD
DC breaker
EMC
filter
Solar panels input
50KW inverter module N
Net weight (kg)
520
470 + 770
470 + 770
Gross weight (kg)
550
500 + 800
500 + 800
Disclaimer:
· These data in this document are tested under specified conditions. It may result in difference between actual results and these data due to some
uncertain factors. The statement about this product is for reference only. It makes no representation or warranty.
· All specifications subject to change without notice.
AC breaker
400Vac
50Hz
3 phase
EMC
filter
Contactor
SPD
AC SPD
Built-in isolation transformer
100KW N = 2, 250KW N = 5
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15 / 16
110 KW
Max. DC power
American Wise Power Technologies, INC.
PHX 100K-M/T / 250K-M/T / 250K-TF
Technical Data
Power Plant PV Inverter
Technical Data
MODEL
PHX 500K-TM
PHX 500K-TH
DC SIDE
Max. DC voltage
MPPT voltage range
Max. DC power
Max. input current
Number of PV Inputs
1000 Vdc
500 ~ 850 Vdc
550 KWp
1100 A
8
AC SIDE
500 KW
Max. output power
550 KW
Max. output current
1008 A
Rated grid voltage
315 Vac
Grid voltage tolerance
245 ~ 362 Vac
Rated grid frequency
50 Hz / 60 Hz
Grid frequency tolerance
THD
500KW PV Grid-connected Inverter are designed with external transformer and featured with wide input voltage range and high conversion efficiency. Its
excellent protection, higher MPPT efficiency, real-time monitoring and parallel operation of multiple inverters make it ideal for large-scale gird-connected
PV power plant.
Features
Communications
·Maximum conversion efficiency up to 98.7% (w/o transformer)
· Effective IGBT module
· Wide DC input range for flexible configuration of PV array
· DSP + CPLD full-digital control technology, excellent protection, safety and reliability
· Advanced MPPT algorithms
· Advanced anti-islanding technology
· Efficient thermal system design adapting to harsh environment
· Multi-communication interfaces, easy to monitor
· ZVRT (Zero voltage ride through) function
· Active and reactive power regulation function (optional)
· Applicable to large-scale power station having centralized high-voltage girdconnected design of multiple inverters (with external step-up transformer)
· TUV, CE, CQC certification
RS485 / Ethernet / USB, Computer monitoring software
Power factor
0.9 (leading) ~ 0.9 (lagging)
Max. efficiency
98.7%
Europe efficiency
98.5%
Self-consumption (at night)
Ambient temperature
Cooling
Effective protection functions: overvoltage, short-circuit,
islanding, overtemperature and overload protection etc.
Standards complied: EN61000-6-1, EN61000-6-2,
EN61000-6-3, EN61000-6-4, EN61000-3-2,
EN61000-3-3, EN60164-1-1, EN55022, EN50178,
EN45011
< 3% (rated power)
SYSTEM
IP rating
Safety
47 ~ 51.5 Hz / 57 ~ 61.5 Hz
IP 20 (indoor)
< 100 W
-25℃ ~ +55℃
Air cooling
Relative humidity
0 ~ 95 % non-condensation
Altitude
6000 m (> 3000 m derating)
DISPLAY AND COMMUNICATIONS
Display
LCD (touch screen)
Standard communication
RS485
Optional communication
Ethernet / USB
OTHERS
Principle diagram
EA500KTM/H
Input side breaker
Net weight (kg)
Gross weight (kg)
Main
contactor
LCL filter
Output side filter
Input side filter
8 PV inputs
Output side breaker /
Isolating switch
Split winding
transformer
10/35kV
50/60Hz
Disclaimer:
· These data in this document are tested under specified conditions. It may result in difference between actual results and these data due to some
uncertain factors. The statement about this product is for reference only. It makes no representation or warranty.
· All specifications subject to change without notice.
fuse
Output side SPD
Input side breaker
Input side SPD
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Rated output power
American Wise Power Technologies, INC.
PHX 500KW
Outdoor MW Integrated PV Power Plant
Technical Data
MODEL
PHX 1M-TM
PHX 1M-TH
INPUT (DC)
Max. DC power
Max. input voltage
1120 KWp
1000 V
Starting voltage
505 V
Min. operating voltage
500 V
Max. input current
MPPT voltage range
Number of DC cabinet input terminals
2200 A
500 ~ 850 V
8 ×2
OUTPUT (AC)
1000 KW
Max. AC output power
1100 KW
Max. output current
Current distortion
Rated grid voltage
This product adopts all-in-one integration technology. Its inverter adopts integrated DC distribution cabinet design with smaller footprint, which greatly
shortens the construction time of power plants. Its transportation, installation and maintenance are one-stop completed. It is ideal for the construction of
outdoor PV power plants.
Communications
·ntegrated technology; stable and reliable performance;
convenient installation
·IP54 for outdoor use
·High efficient IGBT components
·Wide DC input range for flexible configuration of PV array
·Advanced MPPT algorithms
·Efficient thermal system design adapting to harsh environment
·ZVRT (Zero Voltage Ride Through) function
·Active power 0 ~ 100% adjustable
·Reactive power 0.9 (leading) ~ 0.9 (lagging) adjustable
·TUV, CE, CQC certification
RS485 / Ethernet / USB, Computer monitoring software
Rated grid frequency
50 Hz / 60 Hz (settable)
Grid frequency tolerance
Standards complied:EN61000-6-1, EN61000-6-2, EN61000-6-3,
EN61000-6-4, EN61000-3-2, EN61000-3-3, EN60164-1-1, EN55022,
EN50178, EN45011
DC 450V - 1000V
500V - 1000V
2*16 PV
array input
DC
AC
DC breaker
98.7%
Europe efficiency
98.5%
OTHERS
Display
Exhaust air volume
6000 m (> 3000 m derating)
Cooling
Temperature control forced-air cooling
10KV/
35KV
Weight (kg)
IP 54
< 200 W
0 ~ 95% non-condensing
-25℃ ~ +55℃
4000
DC SPD
Disclaimer:
· These data in this document are tested under specified conditions. It may result in difference between actual results and these data due to some
uncertain factors. The statement about this product is for reference only. It makes no representation or warranty.
· All specifications subject to change without notice.
EA500KTM/H
AC SPD
EA1MTM/H
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RS485, Ethernet, USB (optional)
Altitude
Relative humidity
AC EMC filter
DC breaker
DC
AC
15987 m / h
AC contactor AC breaker
LC filter
DC +
DC EMC filter
DC breaker
Touch screen
AC SPD
DC SPD
Inverter
bridge
DC -
None
Max. conversion efficiency
Ambient temperature
DC +
DC -
0.9 (leading) ~ 0.9 (lagging)
Self-consumption (at night)
315V
6-10 PV inputs
Adjustable power factor range
IP rating
AC EMC filter
DC +
< 0.5% (rated output current)
AC contactor AC breaker
LC filter
DC breaker
DC EMC filter
DC 6-10 PV inputs
> 0.99
DC current component
Communications
Principle diagram
DC +
47 ~ 51.5 Hz / 57 ~ 61.5 Hz (settable)
EFFICIENCY
Effective protection functions: DC / AC breaker protection, DC / AC
overcurrent protection, DC / AC overvoltage / undervoltage protection,
overtemperature, grid real-time monitoring, insulation monitoring,
grouding fault protection, fan fault protection etc.
Inverter
bridge
315 V
245 ~ 362 V (settable)
Isolation transformer
Safety
< 3% (> 30% rated power)
Grid voltage tolerance
Power factor
Features
2016 A
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Rated power
American Wise Power Technologies, INC.
PHX 1MW
Off-Grid Solar Inverter
MODEL
PAT 500
PAT 1000
PAT 2000
Rated power
500 W
1000 W
2000 W
Battery voltage
12 Vdc
24 Vdc
PAT 3000
3000 W
48 Vdc
PV INPUT
Max. input voltage (Voc)
Optimum operating voltage (Vmp)
60 Vdc
100 Vdc
150 Vdc
16 ~ 48 Vdc
33 ~ 80 Vdc
65 ~ 120 Vdc
Max. charging current
Recommended PV configuration
50 A
700 W
65 A
1400 W
2800 W
3500 W
AC INPUT
AC input range (bypass mode)
Rated input voltage
0 ~ 132 Vac / 0 ~ 264 Vac (high-end limit)
100 Vac / 110 Vac / 115 Vac / 120 Vac or 200 Vac / 220 Vac / 230 Vac / 240 Vac ±25%
50 Hz / 60 Hz ±5 Hz (auto-sense)
Max. charging current
20 A
30 A
INVERTER OUTPUT
Output voltage
Rated output power
100 Vac / 110 Vac / 115 Vac /120 Vac ±2% or 200 Vac / 220 Vac / 230 Vac / 240 Vac ±2% settable
500 W
1000 W
3000 W
≥ 85%
≥ 85%
50 Hz / 60 Hz ±1%
Rated output frequency
Sinusoidal
Waveform
Max. efficiency (resistive load)
2000 W
1
Power factor
≥ 78%
Sleep mode
≥ 82%
Settable (< 3% load) access in ≤ 2 min
Output voltage harmonic
≤ 3% (linear load)
BATTERIES
Charging current
5 ~ 50 A settable
DOD
5 ~ 65 A settable
9.6 ~ 13.0 Vdc / cell (settable), 10.8 Vdc / cell (default)
EOD
9.6 ~ 11.5 Vdc / cell (settable), 10.2 Vdc / cell (default)
Equalizing charge voltage
13.6 ~ 15.0 Vdc / cell (settable), 14.1 Vdc / cell (default)
Floating charge voltage
Restroration point of overvoltage
13.2 ~ 14.6 Vdc / cell (settable), 13.5 Vdc / cell (default)
15.5 Vdc
31.0 Vdc
62.0 Vdc
OTHERS
Transfer time
3 ~ 6 ms (typical); ≤ 10 ms (max.)
Overload (linear load)
105% for 5 mins, 110% for 2 mins, 125% for 1 min, 150% for 10 s, 180% for 1 s
ECO mode (optional)
Load < 3% (settable) , Yes / No settable
No-load shutdown (optional)
Load < 3% ~ 50%, Yes / No settable
Load adaptation
Protections
Inductive load: ≤ 30%; capacitive load: ≤ 50%; resistive load: ≤ 100%
Output overload - short-circuit - overdischarge - overcharge - battery reverse polarity - PV reverse polarity
Lightning protection
Class Ⅲ
Communications
RS232 / USB / RS485 ; SNMP / WiFi / Bluetooth (optional)
Standards
Features
· High reliability: adopt high-speed DSP control system, combine advanced SPWM technology and high-speed power MOS
· Operating mode selectable: energy storage priority or power supply priority
· No PID attenuation damage for solar panels to ensure their service life
· Flexible battery management system: auto switch three-stage charging mode shortens recharge time; wide charging current is
selectable according to configured battery; flexible DOD (Depth of discharge) is settable to meet more applications
· AC input with effective online synchronous stabilizing technology
· No-load auto shutdown function (optional)
· Automatic frequency selection
· Auto Power-On/Off function; real-time monitoring, test and intelligent startup / shutdown by RS232 or USB interface communicating
with PC; remote monitoring by optional SNMP networks
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IEC62040, IEC / EN 61000
IP rating
IP21
Display
LCD & LED
Operating temperature
0℃ ~ 40℃
Relative humidity
≤ 93%
Noise
< 50 dB
Net weight (kg)
17
18.8
27.7
35
Gross weight (kg)
18
19.8
28.7
36
Disclaimer:
· These data in this document are tested under specified conditions. It may result in difference between actual results and these data due to some
uncertain factors. The statement about this product is for reference only. It makes no representation or warranty.
· All specifications subject to change without notice.
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Rated Input frequency
American Wise Power Technologies, INC.
PAT 500W ~ 3000W (with isolated transformer)
PF = 1
Technical Data
Off-Grid Solar Inverter
Technical Data
MODEL
Rated power
PAT 3000
PAT 4000
PAT 3000
PAT 5000
PAT 6000
PAT 8000
3 KW
4 KW
3 KW
5 KW
6 KW
8 KW
Battery voltage
192 Vdc
96 Vdc
PV priority / AC priority
Operating mode
PV INPUT
Input voltage range
Max. charging current
192 Vdc ~ 400 Vdc
96 Vdc ~ 200 Vdc
10 ~ 60 A selectable
Optimum operating voltage (Vmp)
10 ~ 40 A selectable
10 ~ 60 A selectable
120 ~ 142 Vdc
Max. PV power (Pmax)
240 ~ 284 Vdc
5760 W
7680 W
Max. conversion efficiency
11520 W
98%
AC INPUT
Input voltage
165 ~ 275 Vac
40 ~ 70 Hz (overloacking : auto transfer to DC power supply)
Output voltage
220 Vac ±5%
Input power factor
23 / 24
Input frequency
≥ 0.8
Max. efficiency
88% (online mode)
Max. charging current
8A
12 A
Short circuit
Current-limiting, transfer to bypass; air circuit-breaker
INVERTER OUTPUT
Output voltage
220 Vac ±5%
Output frequency
50 Hz / 60 Hz ±1% (auto-sense)
Sinusoidal
Waveform
Electricity grid
Output power factor
1
Waveform distortion
≤ 5% (linear load)
Transfer time (PV - AC)
PV Inverter
0 ms
Max. efficiency
92%
Short circuit
PV Modules
Current-limiting, transfer to bypass or system auto shutdown
ALARMS
Utility power abnormal
4 s per beep , auto mute in 40 s
Low battery
0.2 s per beep
Overload
PV Modules
1 s per beep
COMMUNICATIONS
Communication interface
RS232, USB, RS485, SNMP (optional)
Dry contacts
PV fault, low battery, overload, bypass, inverter fault, generator ON / OFF
OTHERS
Overload protections
PV Modules
Battery
110% for 255 s; 125% for 60 s; 150% for 10 s
Wiring
Terminal blocks
EMI
Electric users
Features
EN62040-2:2006; EN61000-3-2:2006; EN61000-3-3:2008
IP rating
IP20
Ambient temperature
0℃ ~ 40℃
Relative humidity
· Independent MPPT control microprocessor system
· Independent inverter control microprocessor system featured with high-speed online stabilization
· Advanced SPWM technology, high-speed power MOS
· MPPT control using PWM technology enable to bear the maximum PV open-circuit voltage
· Operating mode selectable: PV priority or utility power priority
· Charging current selectable according to configured battery
· AC input with effective online synchronous stabilization technology
· Auto-tracking mains phase to ensure that inverter output voltage has same phase with utility voltage, reducing transfer time and peak surge
· No-load auto shutdown function (optional)
· Automatic frequency selection
· Auto Power-On/Off function; real-time monitoring, test and intelligent startup / shutdown by RS232 or USB interface communicating with
PC; remote monitoring by optional SNMP networks
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10% ~ 90% (non-condensing)
Noise
≤ 50 dB
Operating altitude
2000 m (derating 1% for each additional 100 m)
Net weight (kg)
76
80
60
67
69
85
Gross weight (kg)
85
89
69
76
78
94
Disclaimer:
· These data in this document are tested under specified conditions. It may result in difference between actual results and these data due to some
uncertain factors. The statement about this product is for reference only. It makes no representation or warranty.
· All specifications subject to change without notice.
www.wisepowerusa.com
American Wise Power Technologies, INC.
PAT 3KW ~ 8KW (with isolated transformer)
PF = 1
Off-Grid Solar Inverter
PAT 10K
PAT 20K
PAT 30K
PAT 40K
PAT 60K
PAT 80K
PAT 100K
PAT 120K
Rated power
9 KW
18 KW
27 KW
36 KW
54 KW
72 KW
90 KW
108 KW
Rated current
15 A
30 A
45 A
60 A
91 A
120 A
162 A
182 A
MODEL
Output power factor
0.9
Rated input voltage
380 Vac ±20%
Rated output voltage
380 Vac ±1%
Battery voltage
360 Vdc
Number of battery
12 Vdc × 30 pcs / 2 Vdc × 180 pcs
Operating mode
AC and PV complementation
PV INPUT
750 Vdc
Max. voltage (Voc)
450 ~ 550 Vdc
Optimum operating voltage (Vmp)
≥ 98%
Max. conversion efficiency
Floating charge voltage (25℃)
414 Vdc ±1%
Equalizing charge voltage (25℃)
428 Vdc ±1%
MPPT Max. current
120 A
180 A
240 A
360 A
25 KW
2 × 25 KW
3 × 25 KW
4 × 25 KW
6 × 25 KW
Number of PV input
1
2 + 1 (reserve)
3 + 1 (reserve) 4 + 2 (reserve)
6 + 2 (reserve)
MPPT modules
1
2 + 1 (reserve)
3 + 1 (reserve) 4 + 2 (reserve)
6 + 2 (reserve)
Max. PV power
AC RECTIFIER
380 Vac ±20% three-phase
Input voltage range
50 Hz / 60 Hz ±5 Hz (settable)
Rated frequency
0.8
Power factor
410 Vdc ±1%
Floating charge voltage (25℃)
415 Vdc ±1%
Equalizing charge voltage (25℃)
Max. charging current
12 A
38 A
25 A
75 A
50 A
167 A
208 A
250 A
INVERTER
Inverter voltage
380 Vac three-phase +N +G
Phase voltage
220 / 230 / 240 Vac (settable)
Output voltage precision
± 1%
Transient voltage range
± 5%
20 ms
Transient recovery time
50 Hz / 60 Hz ±1 Hz (settable)
Rated frequency
50 Hz / 60 Hz ±3 Hz
Frequency tracking range
Peak factor
3:1
Waveform
Sinusoidal
Waveform distortion
≤ 3% (linear load)
Voltage unbalance
± 3% (100% unbalanced load)
Overload
≥ 105% ~ 110% for 1 h; ≥ 110% ~ 125% for 10 mins; ≥ 125% ~ 150% for 1 min; ≥ 150% shut down in 10 s; ≥ 200% shut down immediately
Short circuit
This Off-Grid solar system is available in 10KVA ~ 120KVA models with DSP digital control technology, it is combined with pulse-width
modulation (SVPWM), disturbance MPPT control and multi-level control technolgy to enable the stysem to track the maimum power of
solar panels fast. Its secure power supply feature provides good quality power with regualted voltage and frequency to the loads, and it is
featured with engergy storage and staggering power consumption as well. It is an ideal inverter for medium-sized or large-scale
residential, commercial and industrial PV applications which are off the gird, such as village, farm, factory, office building and islands etc.
Max. efficiency
Current-limiting, shut down immediately until the user start up
≥ 90%
≥ 91%
≥ 92%
≥ 93%
BYPASS
Rated voltage
380 Vac three-phase + N+G
Voltage range
± 20%
Rated frequency
Max. current
50 Hz / 60 Hz ±5 Hz
19 A
38 A
57 A
76 A
114 A
152 A
190 A
228 A
BATTERIES MANAGEMENT
Features
EOD voltage settings
1.58 Vdc ~ 1.83 Vdc (settable), 1.75 Vdc (default)
Staggering DOD (Depth of Discharge) settings
1.85 Vdc ~ 2.1 Vdc (settable), 1.89 Vdc (default)
Charging current settings
· High-speed DSP digital control
· Full-bridge invertert control techonology, providing secure power supply in the event of three phase 100% unbalanced loads
· Multi-string PV connected
· Inbuilt AC rectifier and MPPT control modules, configured battery parameters by operating interface, self-regulation for charging
voltage and current
· Hot-swap MPPT modules for easy maintenance and power expansion
· Auto access MPP tracking states, be most probable to use PV energy in priority
· Intelligent AC and PV complementation power supply function to extend the battery life.
· Using multicore control technology and auto MPP trackers, auto-start AC rectifier enable PV and AC source to supply power to the
loads at the same time in the event of insufficient PV, which reduces battery discharge times and entend the battery life
· Intelligent staggering power consumption function
· Standard RS232, RS485 and optional SNMP communication port
· Multiple remote control: startup, shutdown, abnormal clearance, EPO, battery test and remote alarm port
· Staggering energy storage and power generation
Battery management
Factory default 0.15 C10; 0.07 ~ 0.3 C10 (settable)
Auto-transfer between equalizing charge and floating charge; Auto- temperature compensation of batteries
TRANSFER TIME
Inverter - Bypass
0 ms
Bypass - Inverter
0 ms
COMMUNICATIONS
Remote control
Communication interface
Dry contacts output
Inverter startup, shutdown, abnormal clearance, EPO, battery self-test
RS232 / RS485 ; SNMP / WiFi / Bluetooth (optional)
Bypass input abnormal, rectifier input abnormal, system fault, system alarm, low battery, output overload, fan fault, generator ON / OFF
OTHERS
Operating temperature
0℃ ~ 40℃
Max. relative humidity
90% (non-condensing)
Max. altitude
Noise level at 1 m
IP rating
1000 m at rated power (derating 1% for each additional 100 m); Max. 4000 m
≤ 65 dB (varies with loads and temperature)
IP20
Weight (kg)
Disclaimer:
· These data in this document are tested under specified conditions. It may result in difference between actual results and these data due to some
uncertain factors. The statement about this product is for reference only. It makes no representation or warranty.
· All specifications subject to change without notice.
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25 / 26
60 A
American Wise Power Technologies, INC.
PAT 10 KVA ~ 120 KVA (3:3) (with isolated transformer)
PF = 0.9
Technical Data
Hybrid (Bi-direction) Solar Inverter
MODEL
Rated power
PHS 1K
PHS 2K
PHS 3K
1 KW
2 KW
3 KW
Output power factor
1
Operating mode
Grid-connected mode / backflow prevention mode (settable)
PV INPUT
Max. input voltage (Voc)
150 Vdc
70 ~ 115 Vdc
Optimum operating voltage (Vmp)
≥ 98%
Max. conversion efficiency
Max. charging current
23 ±2 A
48 ±2 A
62 ±2 A
Recommended PV configuration
≤ 1.5 KW
≤ 2.8 KW
≤ 3.5 KW
AC INPUT
Input voltage range
170 ~ 264 Vac
50 Hz / 60 Hz (settable)
Frequency range
50 Hz / 60 Hz ±2.5 Hz
Power factor
27 / 28
Rated Input frequency
Max. charging current
0.98
18 ±2 A
38 ±2 A
58 ±2 A
INVERTER
230 Vac (220 Vac / 240 Vac settable)
Inverter voltage
Sinusoidal
Waveform
≤ 3%
THD (linear load)
≥ 110%: transfer to bypass in 4 mins or shut down in off-grid
≥ 125%: transfer to bypass in 1 min or shut down in off-grid
Overload
≥ 150%: transfer to bypass in 5 s or shut down in off-grid
Electricity grid
≥ 180%: shut down in 0.5 s
PV Inverter
Ammeter
Max. efficiency
Ammeter
≥ 85%
BATTERIES
PV Modules
Battery type
VRLA AGM maintenance-free battery
Battery voltage
48 Vdc
Number of battery
12 Vdc ×4 pcs 2 Vdc ×24 pcs
DOD (depth of discharge)
PV Modules
Settable
Floating charge voltage
56 Vdc
Charging current
Intelligent management
0.05 C ~ 0.3 C (settable)
Auto floating charge, auto temperature compensation (optional)
COMMUNICATIONS
PV Modules
Remote control
Battery
Transfer to bypass or inverter; shut down
Communication interface
Electric users
Features
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RS232 / USB / RS485 ; SNMP / WiFi / Bluetooth (optional)
OTHERS
Operating temperature
0℃ ~ 40℃
Max. relative humidity
95% (non-condensing)
Max. altitude
· PV energy combined with flexible energy storage systems: enable households to store surplus electricity generated by solar panel
array, and power not being utilised can be exported to the mains grid.
· Advanced MPPT algorithm
· Built-in transfomer to ensure electric safety
· Intelligent battery management, configurable charging current
· Effective protections: overload, short circuit, overdischarge, overcharge, battery reverse polarity, PV reverse polarity protections
· No PID attenuation damage for solar panels to ensure its service life
· Unique ECO mode, daily consumption less than 1% at no-load standby
· Staggering energy storage and power generation
1000 m at rated power (derating 1% for each additional 100 m); Max. 4000 m
Cooling
Forced ventilation ( fan speed varies with loads)
Noise level at 1 m
≤ 50 dB (varies with loads and temperature)
IP rating
IP21
Net weight (kg)
18.8
27.7
35
Gross weight (kg)
19.8
28.7
36
Disclaimer:
· These data in this document are tested under specified conditions. It may result in difference between actual results and these data due to some
uncertain factors. The statement about this product is for reference only. It makes no representation or warranty.
· All specifications subject to change without notice.
www.wisepowerusa.com
American Wise Power Technologies, INC.
PHS 1KW ~ 3KW (with isolated transformer)
PF = 1
Technical Data
Technical Data
Hybrid (Bi-direction) Solar Inverter
energy combined with energy storage systems.
It utilizes solar power, AC utility and battery
power to ensure continuous power supply, and
users can store the unused energy produced
r
Solar Powe
input
during the day by PV system in the battery and
Feed-in to grid
use it whenever they need, even at night, it
Utility power input
helps increase self-consumption and achieve
greater energy self-sufficiency.
ing
harg
Disc
g
rgin
Cha
Features
Operating Flexibility
· Operating modes can be programmed flexibly
· On-grid operating, easy feed-in to the grid, backflow
prevention, energy self-generation and self-consumption.
· Off-grid operating, no worry about grid power failure
· Solar power, battery power and AC utility power source to
provide loads with continuous power
· Even with grid or PV input only, inverter can still start working
without battery
· Priority of PV, battery or grid power source can be
programmed flexibly
· High efficiency of battery management system, EOD, floating
voltage and charge current are settable.
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High efficiency and safety
· Soft-switching technology, inproving inverter efficiency
· DSP complete digital control technology
· Small size, light weight, easy installation
· Superior protection
Intelligent monitoring
· LCD, LED display real-time operating information
· Monitoring software display real-time operating information
· Monitoring software make operating modes programmed
and control
· Various communications selectable via USB, RS232,
RS485, SNMP
4500 W
360 Vdc
500 Vdc
115 Vdc
150 Vdc
250 Vdc ~ 450 Vdc
18 A
18 A
1
Lithium battery
51.2 Vdc
46.4 Vdc ~ 57.6 Vdc
VRLA AGM maintenance-free battery
48 Vdc
40 Vdc ~ 58 Vdc
100 Ah ~ 120 Ah optimized
1425 W
25 A (5 A / 10 A / 15 A / 20 A / 25 A settable)
3-Stage
94%
3000 W
100 A
80% default
94%
120 Vac
170 ~ 280 Vac
50 Hz / 60 Hz
50 ±5 H z / 60 ±5 H z
5100 VA / 5100 W
30 A
3000 VA / 3000 W
230 Vac (208 / 220 / 240Vac settable)
13.0 A (14.4 A / 13.6 A / 12.5 A)
184 Vac ~ 264.5 Vac
50 Hz / 60 Hz
±1 %
0.9 leading ~ 0.9 lagging
±1 %
≤ 40 ms
3:1
≤ 3%
45 A (100 ms)
0 ms
10 ms
99%
96%
RS232 / USB / RS485 / SNMP (optional)
IP20
0℃ ~ 40℃ (> 40℃ derating)
0 ~ 90%
<1000 m (> 1000 m derating)
forced ventilation
LED, buzzer
LED, LCD
≤ 50 dB
Transformerless
Disclaimer:
· These data in this document are tested under specified conditions. It may result in difference between actual results and these data due to some
uncertain factors. The statement about this product is for reference only. It makes no representation or warranty.
· All specifications subject to change without notice.
www.wisepowerusa.com
29 / 30
Hybrid (Bi-direction) Solar Inverter is PV
PHS 3K
3000 W
Flexible setup via upper computer software or LCD interface
American Wise Power Technologies, INC.
PHS 3K (Transformerless)
PF = 1
MODEL
Rated power
Operating mode
PV INPUT
Max. input power
Rated input voltage
Max. input voltage
Start-up voltage
Initial feeding voltage
MPPT voltage range
Max. input current
PV short circuit current
Number of MPPT
BATTERIES
Battery type
Rated voltage
Voltage range
Battery type
Rated voltage
Voltage range
Battery capacity
Rated charger power
Max. charging current
Charging curve
Max. charging efficiency
Rated discharge power
Max. discharge current
Discharge depth (%)
Max. discharge efficiency
AC GRID INPUT
AC start-up voltage
Grid voltage range
Rated grid frequency
Allowed grid frequency
AC input power
Max. input current
AC OUTPUT (connect with load)
Rated output power
Rated output voltage
Rated output current
Output voltage range
Rated output frequency
Output frequency precision
Power factor
Output voltage precision
Transient recovery time
Peak factor
Linear load waveform distortion
Short circuit current
TRANSFER TIME
Off-grid mode → On-grid mode
On-grid mode → Off-grid mode
EFFICIENCY
MPPT efficiency
Max. PV efficiency
OTHERS
Communications
Protection rating
Operating temperature
Max. relative humidity
Max. altitude
Cooling
Alarm
Display
Noise
Topology
PV Array Combiner Box
American Wise Power Technologies, INC.
Features
PVCB-8/16/18SD
PVCB-8/16/18S
· Protection class IP65 for outdoor use
· Wide DC voltage input range (maximum open-circuit voltage up to 1000V)
· Each PV array attached to PV dedicated fuse (withstand voltage 1000VDC, the fusing current is optional )
· Each input fuse is housed in fuse holder for easy replacement and overhaul
· High voltage lightning protection (SPD) special for PV
· Add diode modules to achieve anti-reverse protection function
· Natural cooling
· Golden sun & CE certification
MODEL
Max. PV Array Voltage
Number of inputs
PVCB-8SD
PVCB-16SD
PVCB-18SD
PVCB-8S
PVCB-16S
PVCB-18S
1000 Vdc
1000 Vdc
1000 Vdc
1000 Vdc
1000 Vdc
1000 Vdc
8
16
18
8
16
18
According to the customer request
Rated current of fuse
Output terminal
PG 29
PG 29
PG 29
PG 29
PG 29
PG 29
IP rating
IP 65
IP 65
IP 65
IP 65
IP 65
IP 65
-25 ℃ ~ +60 ℃
-25 ℃ ~ +60 ℃
-25 ℃ ~ +60 ℃
-25 ℃ ~ +60 ℃
-25 ℃ ~ +60 ℃
-25 ℃ ~ +60 ℃
0 ~ 99%
0 ~ 99%
0 ~ 99%
0 ~ 99%
0 ~ 99%
0 ~ 99%
28
40
45
26
30
30
Output DC Circuit Breaker
Yes
Yes
Yes
Yes
Yes
Yes
PV special lightning protection module
Yes
Yes
Yes
Yes
Yes
Yes
Anti-reverse diode module
Yes
Yes
Yes
None
None
None
Radiator
Yes
Yes
Yes
None
None
None
None
None
None
None
None
None
Ambient temperature
Combiner box houses the parallel connections that are necessary when multiple solar panels are used in a system. It is mainly used for the
connection of PV inverter and PV array to lessen the cable for the connecting, easy to maintain and improve the reliability. It also provides
an easy access point for future panel additions.
Humility
Weight (kg)
PV array combiner is specially designed for the high efficiency and reliability; it is the supporting components of our PV inverters for the PV
power generation system solutions. The user could connect a certain number of PV modules in series to be the PV array according to the
voltage range of DC input, then connect PV arrays to the combiner box for the converge, through the output of lightning protection device
and breaker, it is easy for back-end inverters to access and improves the system safety and reduces the installation time. There are smart
combiner boxes with anti-reverse diode and without anti-reverse diode for users to choose.
STANDARD CONFIGURATION
Fan
Model specification
Disclaimer:
· These data in this document are tested under specified conditions. It may result in difference between actual results and these data due to some
uncertain factors. The statement about this product is for reference only. It makes no representation or warranty.
· All specifications subject to change without notice.
PVCB -XX X
S: Smart; D: with anti-reverse diode; L: Non-smart
The maximum number of PV array inputs in parallel
Short for PV COMBINER BOX
Communications
Standard configuration RS485, optional Ethernet and computer monitoring software
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31 / 32
Technical Data
Grid-Connected AC
Combiner Box
American Wise Power Technologies, INC.
Features
· Protection class IP65 for outdoor use
· Simply wiring, easy operation, reducing the wiring workload
· High efficiency and strong security with standard configuration of AC lightning protection modules
· Wall mounting with small volume and light weight, reducing installation time.
Technical Data
MODEL
PDCB-7L1
PDCB-6L1
Max. input voltage
600 Vac ±15%
690 Vac
Rated frequency
50 Hz
Rated working current of branch
50 A
Rated working current of Bus
300 A
350 A
Valid value of rated short-time withstand current Icw (1 s) (kA)
10
Max. value of rated short-time withstand current Ipk (kA)
10
2500 Vac
Low frequency withstand voltage for 1 min
IP 65; IP 20 after open the door
IP rating
Class C
Lightning protection level
UL 790 - Class C
Fire-resistance rating
More than 10 years
Service life
Wall bracket
Mounting
AC combiner box in grid tie systems is used to bring together the output of multiple PV inverters and then connect to the grid. It could
lessen the cable for the connecting between inverters and the grid. To a large extent it reduces distribution material cost and workload.
33 / 34
Rated insulation voltage
Bottom entry / exit
Cable entry & exit
Principle diagram
Operating environment parameters
The output terminal of each inverter is connected to the input terminal of the combiner box,
combined by cooper bar and sent to the grid.
Environment
Item
Circuit breaker 1
Input 1
Temperature
Circuit breaker 2
Climatic condition
Input 2
Circuit breaker
Circuit breaker 3
Operating environment
Transport environment
Storage environment
Low temperature
- 25 ℃
- 40 ℃
- 40 ℃
High temperature
+ 55 ℃
+ 70 ℃
+ 70 ℃
Low relative humidity
5%
/
5%
High relative humidity
95%
/
95%
Condensing
None
/
None
Low altitude
0
0
0
High altitude
3000 m
3000 m
3000 m
Parameter
Altitude
Output
Input 3
Circuit breaker
Disclaimer:
· These data in this document are tested under specified conditions. It may result in difference between actual results and these data due to some
uncertain factors. The statement about this product is for reference only. It makes no representation or warranty.
· All specifications subject to change without notice.
Circuit breaker N
Input N
SPD
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Wireless Data Logger
Monitoring solutions for commercial
roof power plants
Box Logger
FI/
Combiner box Meteorological
station
Int
Inverter
WI
Three-phase
ammeter
GP
RS
ern
et
SolarCloud
PC
APP
Technical Data
Inverter Logger (Wi-Fi / Ethernet)
MODEL
Inverter Logger (GPRS)
Box Logger
Power input
5 Vdc
5 Vdc
85 ~ 264 Vac
Power output
-
-
12 Vdc / 5 Vdc 500 mA
-20℃ ~ +65℃
-20℃ ~ +65℃
-40℃ ~ +85℃
Power supply
Operating environment
Features
Inverter Logger is mainly used in distributed PV
power station. It records inverters' operation status
and the generated power to make a long-term
monitoring of the PV system. As a high cost
performance product, Inverter Logger only needs to
be invested a little but greatly promotes the rate of
return on investment of the system.
Indicator lights
/ buttons
· Supports diversified data format of inverters
· Ethernet / Wi-Fi / GPRS communications available
· Support maximum 64pcs inverters cascade
· Easy operating, plug & play
· Can be connected to additional equipments such as
ammeter, radiation transducer and temperature sensor
· More than 25 years' datas can be stored
· Supports SolarCloud monitoring
· Built-in Web Server, supporting offline access
Storage
Operating temperature
Indicator lights
4 LED
4 LED
5 LED
Buttons
1 reset button
1 reset button
1 reset button
Storage
256Kb EEPROM + external 8G TF card
256Kb EEPROM + external 8G TF card
Inside 128MB FLASH + outside 8G TF card
1*RS485 / RS422 / RS232
1*RS485 / RS422 / RS232
2*RS485 / RS422
RS485/422
Data Transmission
Interfaces
Analog input
-
-
6* analog input: 0 ~ 5 V, 0 ~ 10 V, 0 ~ 20 mA,
4 mA ~ 20 mA, 1* PT100 / PT1000
Analog output
-
-
-
Digital input
-
-
2* optical coupling isolation input
Digital output
-
-
2*relay output
USB
-
-
1*USB 2.0
CT interface
-
-
-
1*100 M network Interface
-
1*10 M / 100 M auto
-sense network Interface
GPRS
-
1*GPRS
2*GPRS + Bluetooth
Wi-Fi
1*Wi-Fi
-
-
Ethernet
Applications
Communications
Monitoring solutions for residential
roof power plants
Software
FI/
GP
RS
Int
ern
et
Inverter
-
Expansion interface (EXI)
-
-
-
Modular remote upgrade
√
√
√
IP 21
IP 21
IP 66
RTC clock
RTC clock
RTC clock
IP rating
Others
Clock
EMC testing
EN61000-4-2; EN61000-4-4; IEC61000-4-5
EN61000-4-2; EN61000-4-4; IEC61000-4-5 EN61000-4-2; EN61000-4-4; IEC61000-4-5
Disclaimer:
· These data in this document are tested under specified conditions. It may result in difference between actual results and these data due to some
uncertain factors. The statement about this product is for reference only. It makes no representation or warranty.
· All specifications subject to change without notice.
Inverter Logger
www.wisepowerusa.com
-
1*RF module / 2.4G
Dimensions (mm)
WI
A rooftop PV power station on residential
building typically features a capacity of 5KW.
Normally a family home installs about 1 to 4
pcs inverters, configures with 1pcs Inverter
Logger for their data acquisition. The Inverter
Logger establishs communication with
inverters through special RS485 cable, and
uploads datas to SolarCloud platform through
Ethernet / Wi-Fi /GPRS communications.
SolarCloud
RF
PC
AP P
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35 / 36
A rooftop PV power station on commercial
building typically features a capacity of about
5KW to 1MW. Besides inverters, there is other
corollary equipment such as smart meters, smart
combiner boxes and meteorological station.
Users can use Box Logger for data acquisition in
this application. Box Logger has two
independent RS485 ports. It supports maximum
64pcs equipment access and customized
access of the third-party equipment such as
smart meters, smart combiner boxes and
meteorological station. At last Box Logger
uploads datas to SolarCloud platform through
Ethernet / Wi-Fi /GPRS communications.
American Wise Power Technologies, INC.
Inverter Logger
iSolar Web Monitoring
Applications
American Wise Power Technologies, INC.
iDA-Solar series
Upper computer
T C P /I P
37 / 38
iSolar Web monitoring
Anemometer /
Wind vane
RS485
Name
Environmental
test equipment
Temperature and
humidity sensor
iSolar Web monitoring
10 / 100Mbps high speed Ethernet auto-sense
3*RS232 / RS485 serial port
Network protocol
TCP / IP, UDP, DHCP, DNS, ARP, ICMP etc.
LED indicator
Power, GPRS / USB, Alarm, Run and LAN 10 / 100M Link / Active
Power input (DC)
5V
Power consumption
Max. 2.5 W
Operating environment
Temperature: 0℃ ~ 50℃, humility: 10 ~ 80%
Other configurations
Real-time clock
Hardware upgrade
FTP remote network upgrade
Language
System safety
Chinese, English
Provide filtering mechanisms based on IP, and user ID and password protection of system operation and control managment
Disclaimer:
· These data in this document are tested under specified conditions. It may result in difference between actual results and these data due to some
uncertain factors. The statement about this product is for reference only. It makes no representation or warranty.
· All specifications subject to change without notice.
www.wisepowerusa.com
RS485
RS485
AC PDC
iDA-SL300
MODEL
Serial port
· Embedded WEB design, abundant display, and quickness
· Networking with monitoring center through TCP / IP, communicating with other equipment through RS485
· Abundant interfaces enable to connect a full range of PV grid-connected inverters, combiner box and environmental test equipment
· Its working status indicator can intuitively reflect the running state of monitoring equipment
· Supports parameter settings of TCP / IP mode, webpage configuration and remote upgrade
· Good scalability of hardware and software enable to provide data interface for upper management system like SCADA
· Enable to integrate monitoring datas from a variety of different types of devices and make classification process, classified storage and
unified display
Grid-tied inverter
Technical Data
Network interface
Features
RS485
In PV system, combiner boxes are added for the connection of PV inverter and PV array to lessen the cable for the connecting, reduce
user cost and make installation convenient. iSolar Web monitoring are designed in order to carry out effective monitoring of combiner
boxes and inverters. It makes data collection and protocol conversion on different devices such as PV modules, combiner boxes, inverters,
weather sensors, smart meters and solar tracking control system, and utilizes intelligent network monitoring equipment to summarize data,
and then manages the PV plant through the local monitoring management server.
DC PDC
RS485
RS485
RS485
PV combiner box
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MPPT Solar Charge Controller
Technical Data
MODEL
Applications
Solar home system
Public security monitoring system
Solar street lamp system
DC signal light power supply system
Small and medium-sized telecommunication station
Small PV power station and solar DC power supply system
F12 - 20
F12 - 05 / 10 / M
Display
F24 - 05 / 10 / M
LCD + LED
12 V
5 / 10 A
20 A
5 / 10 A
20 A
10 / 20 / 30 / 40 / 50 / 60 A
5 / 10 A
20 A
5 / 10 A
20 A
10 / 20 / 30 / 40 / 50 / 60 A
480 W
12 V - 120 / 240 / 360 / 480 / 600 / 720 W
24V-240/480/720/960/1200/1440W
48V-480/960/1440/1920/2400/2880W
12 V - 05 A 60 W
240 W
24 V - 05 A 120 W
24 V - 10 A 240 W
Max. PV input voltage
Optimum operating voltage of PV (Vmp)
≥ 98%
F1224 (12 V: 0 ~ 30 V; 24 V: 0 ~ 60 V); F2448 (24 V: 0 ~ 48 V; 48 V: 0 ~ 96 V)
12 V: 15 ~ 22 V; 24 V: 29 ~ 38 V; 48 V: 58 ~ 72 V
Equalizing charge voltage
12 V: 14.6 V ±1 %; 24 V: 29.2 V ±1 %; 48 V: 58.4 V ±1 %
Floating charge voltage
12 V: 14.4 V ±1 %; 24 V: 28.8 V ±1 %; 48 V: 57.6 V ±1 %
Overcharge protections
12 V: 14.7 V ±1 %; 24 V: 29.4 V ±1 %; 48 V: 58.8 V ±1 %
Charging fold-back voltage
12 V: 13.2 V ±1 %; 24 V: 26.4 V ±1 %; 48 V: 52.8 V ±1 %
Undervoltage alarm
12 V: 11.2 V ±1 %; 24 V: 22.4 V ±1 %; 48 V: 44.8 V ±1 %
Overdischarge protections
12 V: 10.8 V ±0 .3 V; 24 V: 21.6 V ±0 .3 V; 48 V: 43.2 V ±0 .4 V
Overdischarge restoring start voltage
12 V: 13.2 V ±0 .3 V; 24 V: 26.4 V ±0 .3 V; 48 V: 52.8 V ±0 .4 V
Overload / short circuit protections
110% for 255 s; 125% for 60 s; 150% for 10 s / Auto shutdown if short circuit
PV reverse polarity protection
Communications (optional)
Available
RS232 / dry contacts
Operating temperature
-20℃ ~ +45℃
Storage temperature
-25℃ ~ +85℃
Max. altitude
Relative humidity
1000 m at rated power (derating 1% for each additional 100 m); Max. 4000 m
0 ~ 95% (non-condensing)
Storage humidity
Installation
Net weight (kg)
≤ 85%
Vertical wall mounting
0.23
0.85
(F1224 - 10 / 20 / 30 M & F2448 - 10 / 20 M)
2.05
(F1224-40/50/60M&F2448-30/40/50/60M)
0.28
1.05
(F1224 - 10 / 20 / 30 M & F2448 - 10 / 20 M)
2.25
(F1224-40/50/60M&F2448-30/40/50/60M)
GSC-F2448
Gross weight (kg)
Disclaimer:
· These data in this document are tested under specified conditions. It may result in difference between actual results and these data due to some
uncertain factors. The statement about this product is for reference only. It makes no representation or warranty.
· All specifications subject to change without notice.
Load
External battery packs
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38 Ah ~ 800 Ah
17 Ah ~ 400 Ah
Max. efficiency
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39 / 40
Battery capacity (lead-acid)
Inverter
24 V / 48 V
Max. load current
12 V - 10 A 120 W
Solar panel
12 V / 24 V;
24 V
Max. charging current
Max. PV power
· Unattended: PV auto-start and auto-charging, no need of manual operation.
· High efficient MPPT: Multiple Power Point Trackers (MPPTs) enable the output power of solar panel array to be at maximum state, improving
the energy conversion 20% ~ 30%.
· High reliability: Adopt advanced microprocessor to achieve "MPPT + SOC" dual intelligent optimized charging control to ensure the product to
be stable and reliable
· Intelligent charging management: Adopt charging mode combined constant current and constant voltage to ensure effective battery
charging and battery life.
· Battery protections: Automatically test the battery running condition. The system will automatically shut down in the event of overdischarge to
avoid consuming the battery energey.
· High efficiency: Adopt low power consumption MOSFET and PWM soft switch and synchronous rectifier technology, effectively improving the
system operating efficiency.
· Intelligent: Auto-start by Illumination recognition (optional) - the system can configure auto start the load in the event of insufficient sunshine,
such as fog, rain, night etc.
· Protections: Overcharge / overdischarge, short circuit, overload, reverse connection, TVS lightning protection etc.
· Strong adaptability (optional): Charging voltage is settable to adapt to lithium battery and lead-acid battery
· Communications (optional): RS232 and dry contacts port for communication and real-time monitoring
· Temperature compensation (optional): The test interface of ambient temperature of the external battery group is available. The battery
charging voltage is adjustable in real time according to the ambient temperature of the battery.
F1224 - 10 / 20 / 30
/ 40 / 50 / 60 M
F2448 - 10 / 20 / 30
/ 40 / 50 / 60 M
LED
Rated voltage
Features
F24 - 20
American Wise Power Technologies, INC.
LCD / LED 5 A ~ 60 A
Distribution Box
Combiner Box
American Wise Power Technologies, INC.
It includes PV input, battery input, AC input, AC output breakers, and also
manual bypass for AC mode to avoid load cut off during maintenance.
It can help you to do the inverter central power management easily.
41 / 42
ATS
Technical Data
ATS can be connected two ways input (Generator and Utility), and output
MODEL
PVCB-6L
PVCB-12L
PVCB-18L
connected to Inverter’s AC input. When battery voltage is low, inverter can
send signal to ATS, and ATS will choose utility as first priority, if utility is not
Max DC. voltage
available, ATS will send start signal to Generator. ATS can be connected in
Number of inputs
10 ways inverters’ signals to start Generator
Rated current of each fuse
6
18
63 A
125 A
7.5
8.0
(replaceable)
Max. output current
Input terminal (mm)
Wireless Monitor Router
Output terminal (mm)
Protection degree
Operating temperature
Relative humidity
Net weight (kg)
DC circuit breaker
Anti-lightning class
Disclaimer:
· These data in this document are tested under specified conditions. It may result in difference between actual results and these data due to some
uncertain factors. The statement about this product is for reference only. It makes no representation or warranty.
· All specifications subject to change without notice.
ZigBee
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