Feature:
1. Micro inverter, supports 120/230V automatic recognition of AC voltage, adaptive voltage/frequency.
2. Maximum power point tracking, reverse power transmission, stable performance.
3. Internal high‑accuracy instrument, with App monitoring system, easy to install and use.
4. Solar inverter, with good water resistance and is an excellent photovoltaic power generation system.
5. Using high‑quality aluminum alloy + electronic components materials, no installation, no maintenance.
Specification:
Item Type: Micro Inverter
Material: Aluminum Alloy + Electronic Components
Model: WVC-1600
Maximum Input Power: 1600W
Product Use: Solar Power Generation Equipment
Applicable Scenarios: Solar Power Generation System (Roof, Outdoor)
Weight: Approx. 3770g / 133oz
Product Size: Approx. 370x300x41.6mm / 14.6x11.8x1.6in
| Parameter |
| Output Voltage Mode |
120/230V automatic recognition of AC voltage |
| Solar Panel Open Circuit Voltage Range |
30-54VOC |
| Power Tracking Voltage |
22-60V |
| Minimum/Maximum Starting Voltage |
22-60V |
| Maximum DC Short Circuit Current |
72.7A |
| Maximum Input Working Current |
61.5A |
| Output Parameters |
At 120V |
At 230V |
| Output Power |
1600Watt |
1600Watt |
| Rated Output Power |
1550Watt |
1550Watt |
| Rated Output Current |
13.3A |
6.95A |
| Rated Voltage Range |
80-160VAC |
180-280VAC |
| Rated Frequency Range |
48-51Hz/58-61Hz |
48-51Hz/58-61Hz |
| Power Factor |
>95% |
>95% |
| Number of Connected Units Per String |
3 sets (single phase) |
6 sets (single phase) |
| Output Efficiency |
At 120V |
At 230V |
| Static MPPT Efficiency |
99.50% |
99.50% |
| Maximum Output Efficiency |
95% |
95% |
| Power Loss at Night |
<0.5W |
<0.5W |
| Total Harmonic Distortion |
<5% |
<5% |
| Appearance and Technical Characteristics |
| Range of Working Temperature |
-40℃ - +65℃ |
| Waterproof Level |
IP65 NEMA3R |
| Cooling Method |
Self-cooling |
| Communication Mode |
433MHz/WiFi |
| Power Transmission Mode |
Reverse transmission, load priority use |
| Surveillance System |
Mobile APP, browser |
| Electromagnetic Compatibility |
EN61000-6-1:2007 EN6100-6-3:2007+A1:2011+AC:2012 |
| Grid Disturbance |
EN50549-1, EN 50549-2, NBR 16149:2013, UL1741 |
| Grid Detection |
IEC/EN 62109-1, IEC/EN 62109-2, IEC 62116, IEEE 1547 |
Inverter Installation Steps:
Step 1: Fix the inverter on the bracket of the photovoltaic panel with the screws attached to the machine.
Step 2: Connect the positive and negative poles of the DC connection plugs on the photovoltaic panel to the DC input terminals of the inverter.
Step 3: Open the waterproof cover of the AC output connector of the inverter and connect the AC cable to the AC waterproof plug.
Step 4: Connect the AC output line to the AC main cable;
Step 5: Repeat steps 1 to 3 to install and connect all inverters;
Step 6: Connect the AC main cable to the mains grid to start your green energy journey.
Note: Before installing WVC series micro-inverter products, please read this manual first and pay attention to the installation details.
This manual contains important instructions that should be followed when installing and maintaining Kadant Micro-inverters. In order to reduce
When reducing the risks of electric shock and ensuring safe installation and operation, always follow the following safety symbols present in this document to indicate dangerous situations and important safety instructions.
Package List:
1 x Micro Inverter
1 x Cable
1 x English Manual
2 x Accessory Kit (4 x Screw, 4 x Nut, 8 x Accessory)
Note:
1. Please allow 0‑1 inch error due to manual measurement. Thanks for your understanding.
2. Monitors are not calibrated same, item color displayed in photos may be showing slightly different from the real object. Please take the real one as standard.
3. Photovoltaic inverters, which need to be connected to solar panels and used correctly to work.
