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Yankkios
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700W 600W Micro Solar Inverter MPPT grid Tie Hybrid inverter 220V Inversor 22-60VDC to 80-280VAC for 2*300/350W PV panels
WVC-600W/700W-Life (Mobile APP) Updated type,Wifi Mode, The Mobile app is oained through QR code scanning, and the monitoring interface is automatically linked . no need WIFI Modem for e monitoring
( NEW Version can be monitored via WIFI and Bluetooth )
Package Include:
1, 1 Piece MPPT Waterproof Inverter
2, comes with one piece 1 meter AC power cable
3. Fixing use Screws and Nuts 1 Set
4,1 Piece User Manual (English)
If you want 2Meters AC extend Cable with EU plug , please click the picture.
The fifth generation WVC series communication products of us, adopt waterproof flow line design, which can provide better heat diation function for the equment. The built-in maximum power point tracking engine (MPPT) can better capture changes in lighting, and it can work even in rainy weather. It can maximize the capture and collection of sunlight. The inverter is compatible with a variety of conventional solar panels with an open circuit voltage of 22~60V, and the panel can exert its best performance through technical means. The power output mode of us Micro-Inverter is reverse transmiion technology, which supplies power to the load first, and then uploads the exce power to the local power grid. Its conversion efficiency is as high as 95%. The product has multle national invention and appearance patents , And has CE, CEC, INMETOR and other regional and national product certification.
Features:
1.Maximum power point tracking
2.Adaptive voltage/frequency
3.App monitoring system
4.Teverse power transmiion
5.Internal high precision meter
6.Forward full-bridge topology
7.I/O,fully isolated
8.Voltage mode microgrid
9.No installation,no maintenance
10.Multle parallel stacks
11.5G lot platform management
Grid-connected system
The biggest feature of the photovoltaic grid-connected system is that the DC power generated by the photovoltaic array is converted into AC power that meets the requirements of the commercial power grid through the grid-connected inverter, and then directly connected to the commercial power grid. The power generated by the panel array in the grid-connected system is preferentially supplied to the AC At the load side, exce power is fed back to the grid. On rainy days or nights, when the photovoltaic array does not generate electrical energy or the generated electrical energy cannot meet the load demand, it is powered by the grid.
Because the electric energy is directly input into the power grid, the configuration of the storage battery is eliminated, the proce of storage and release of the storage battery is eliminated, and the power generated by the PV square array can be fully utilized to reduce the energy lo and reduce the cost of the system. However, a dedicated grid-connected inverter is required in the system to ensure that the output power meets the requirements of the grid power for voltage, frequency and other indicators. Because of the inverter efficiency, there will still be some energy lo. Such syst are usually able to use the mains and solar photovoltaic arrays in parallel as the source of local AC loads. Reduce the load power shortage rate of the entire system. And the grid-connected PV system can play a peak-shaving effect on the public power grid.
In response to the characteristics of the grid-connected system, we has developed the first generation of micro-grid inverters as early as 2008, specifically for the recycling of electrical energy of various profit and lo. Provides a preliminary route for our product development and design direction, and overcomes a series of technical probl on the grid-connected system. Until now the fifth generation WVC series R3 version of the inverter.
Product pictures :
installation of micro inverter
Step1 Installation for fixed the inverter on the PV holder with the screws attached is as following:
Step2 Connect the two DC terminal of the PV to the inverter,positive to positive, negative to negative. Show below: Step3 Open the waterproof cap on AC output side of the micro inverter, then plug to AC power line. Show below Step4 Plug the AC output line to main AC cable; Step5 Repeat the first step to the third step to complete the installation of micro inverters; Step6 Finally, please connect the AC main cable to the utility grid to run renewable energy and saving $$$
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