700 Watt Solar Micro Inverter, Grid-tie Inverter
700 watt grid tie solar inverter, smart micro inverter with wide input and output range, converts 22-50V DC to 80-160V AC/ 180-280V AC, pure sine wave output, MPPT, APL functions providing more reliable.
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Delivery date:
6-12 days
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PRICE BREAKS - The more you buy, the more you save
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5+
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10+
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50+
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3% OFF
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4% OFF
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5% OFF
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Low price solar mini on grid inverter is 700W power capacity, transfers 24 volt or 48 volt DC to 120 volt/ 230 volt AC. Input/ ouput is fully isolated to protect electrial safety and using IP65 waterproof streamingline design to effectively prevent rainwater.
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 433MHz communication mode
Parameter List
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Model
|
ATO-WVC-700-R3-433/WiFi |
| Maximum input power |
800W |
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Output voltage mode
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120/230V Auto switch
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PV Open circuit voltage
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30-60VOC |
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Operating voltage range
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24V/ 48V DC, range: 22-60V DC |
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Starting voltage range
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22-60V DC |
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Short-circuit current
|
32A |
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Maximum working current
|
26.9A |
| Output Parameters |
@120V AC |
@230V AC |
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Output peak power
|
800 watt |
800 watt |
| Rated output power |
700W |
700W |
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Output current
|
5.9A |
3.05A |
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AC voltage range
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80-160V AC |
180-280V AC |
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AC frequency range
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48-51Hz/ 58-61Hz |
48-51Hz/ 58-61Hz |
| Power factor |
>95% |
>95% |
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Number of branch connections
|
5PCS (single-phase) |
10PCS (single-phase) |
| Output Efficiency |
@120V AC |
@230V AC |
| Static MPPT efficiency |
99.5% |
99.5% |
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Max output efficiency
|
95% |
97% |
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Loss of power at night
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<0.5W |
<1W |
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Total current harmonics
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<5% |
<5% |
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Appearance and technical features
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Temperature range
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-40℃ to +65℃ |
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Size (L×W×H)
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283mm×200mm×41.6mm |
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Net amount
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1.63kg |
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Waterproof grade
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IP65 |
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Heat dissipation mode
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Self-cooling |
| Communication Mode |
433MHz/WiFi (Data Collector for WiFi function, click here) |
| WIFI Connection |
iOS / Android (Monitor power generation, DC input & AC output display, etc.) |
| 433MHz Data Collector |
Monitor 30 inverters simultaneously |
| Power transmission mode |
Reverse transfer, load priority |
| Monitoring System |
Mobile APP, computer browser |
| Electromagnetic compatibility |
EN50081.part1 EN50082.part1 |
|
Power grid
|
EN61000-3-2 Safety EN62109 |
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Power grid detection
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DIN VDE 1026 |
| Certificate |
CEC, CE National patent technology |
| Warranty period |
12 months |
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Packing weight
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|
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2.64ＫG |
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342×240×115mm
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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: Maximum power point (MPP) of solar inverter
Solar cell can work in a wide range of voltages and currents. By the resistive load on the battery from zero (short circuit) continues increase to high value (open circuit) to determine MPP. MPP is operation point of the maximum value of V x I (voltage multiply current), and reach maximum power in the sun light intensity. The output power is zero in short-circuit (PV voltage equal to zero) or open circuit (PV current is equal to zero).
High quality single crystal silicon solar cells can generate 0.6 volts open circuit voltage in the temperature 25 °C. In full light and air temperature is 25 °C, the temperature of solar cell may be close to 45 °C, which makes the open circuit voltage drops to about 0.55V. With the increases of temperature, the open circuit voltage continuous declines until the PV module short circuit.
The maximum power of the solar cell in temperature of 45 °C usually is usually produced under the conditions of 80% open circuit voltage and 90% short circuit current. The solar cell short-circuit current is almost proportional to the intensity of illumination, while the open circuit voltage may only drop 10% when the illuminate intensity decreases 80%. Lower quality solar cells' voltage will drop faster in the case of the current increase, thereby decrease the output power from 70% to 50 % or even 25%.
