IP65 waterproof 1200 watt micro grid tie solar inverter for solar panel system, 24V/48V DC to 120V AC, 24V/48V DC to 230V AC is available, unique circuit design, higher efficiency, more stable.
Features
- High performance maximum power point tracking (MPPT)
- Reverse power transmission
- Intelligent monitoring management
- Input/output is fully isolated to protect the electrical safety
- Multiple parallel stacking
- Digital control system
- Simplify maintenance (user serviceable)
- Operation and maintenance costs low
- Flexible installation
- Use the wireless 433MHz communication mode
Parameter List
Model
|
ATO-WVC-1200-WiFi |
Maximum input power |
1400 W |
Output voltage mode
|
120/230V Auto switch
|
PV Open circuit voltage
|
30-60VOC |
Operating voltage range
|
24V/48V DC, range: 22-60V DC |
Starting voltage range
|
22-60V DC |
Short-circuit current
|
55A |
Maximum working current
|
46A |
Output Parameters |
@120V AC |
@230V AC |
Output peak power
|
1400 W |
1400 W |
Rated output power |
1200 W |
1200 W |
Output current
|
10A |
5.22A |
AC voltage range
|
80-160V AC |
180-280V AC |
AC frequency range
|
48-51Hz/58-61Hz
|
48-51Hz/58-61Hz
|
Power factor |
>95% |
>95% |
Number of branch connections
|
3PCS (single-phase) |
6PCS (single-phase) |
Output Efficiency |
@120V AC |
@230V AC |
Static MPPT efficiency |
99.5% |
99.5% |
Max output efficiency
|
95% |
95% |
Loss of power at night
|
<0.5W |
<0.5W |
Total current harmonics
|
<5% |
<5% |
Appearance and technical features
|
Temperature range
|
-40℃ to +65℃ |
Size (L×W×H)
|
370mm×300mm×41.6mm |
Net amount
|
2.56kg |
Waterproof grade
|
IP65 NEMA3R |
Heat dissipation mode
|
Self-cooling |
Communication mode
|
WiFi
|
WIFI Connection |
iOS / Android (Monitor power generation, DC input & AC output display, etc.) |
433MHz Data Collector |
Monitor 30 inverters simultaneously
|
Power transmission mode |
Reverse transmission, Load priority
|
Monitoring System |
Browser
|
Electromagnetic compatibility |
EN50081.part1 EN50082.Part1.CSA STD.C22.2 No.107.1
|
Power grid
|
EN61000-3-2 EN62109.UL STD.1741
|
Power grid detection
|
DIN VDE 0126 IEEE STD.1547.1547.1 and 1547.A
|
Certificate |
CEC, CE, INMETOR, ETL, Patented technology
|
Warranty period |
12 months |
Packing weight
|
|
3.74KG |
|
430×375×140mm
|
APP Download
Use the mobile phone QR code scanning function to scan the QR code below to download the application (A-1), or download the "Cloud Smart" application(A-2) through the Apple Store or Google Store.

*Note: Use your Phone to scan QR code,download and install the APP Support: Android 5.0 or aboveIos 9.0 or Above. For more download steps, please check the User Manual.
Tips:
Inverters convert direct current to alternating current, which transfers power to the grid. Grid-tie inverters (GTI) must use a local oscillator to synchronize with the grid frequency (e.g., 50 or 60Hz) and limit the voltage to no higher than the grid voltage. A good grid-tie inverter has a fixed combined power factor, which means that its output voltage and current are perfectly aligned and its phase Angle is less than 1 degree in the AC grid.
The grid-tie inverter has a built-in calculator that senses the current AC grid waveform and outputs the voltage corresponding to the grid. However, it may be necessary to provide reactive power to the grid in order to keep the voltage in the local grid within permissible limits. Otherwise, when the grid-tie inverter transfers a large amount of electricity to the grid, the voltage level may rise too much when the sun is strong at noon.
If the grid voltage drops, the grid-tie inverter can also quickly disconnect from the grid. This ensures that in the event of a power outage, the grid-tie inverter will be shut down to prevent the energy it transmits from harming any workers sent to repair the grid. Properly configured, grid-tie inverters could allow homeowners to use alternative systems such as solar or wind power without the need for extensive rewiring and battery power.