MAYLAR Solar On Grid Tie inverter 1000W DC 22 50V to AC 180 260V MPPT Pure Sine Wave Power Transformer Converter For PV System

MAYLAR Solar On Grid Tie inverter 1000W DC 22 50V to AC 180 260V MPPT Pure Sine Wave Power Transformer Converter For PV System
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  • Список ценUS $99.90piece
  • Продажная ценаUS $99.90piece
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Oписание продукта

260W Micro Grid Tie Power Inverter IP65 with 6-grade MPPT Function 

 22-50VDC to 80-160VAC or 180-260VAC 

for 300W 36V PV Solar Panels

 (built in Power Line Carrier-current Communication)


WVC295-no logo

1. Built-in High-Precision Automatic Power Point Tracking:

Powerful MPPT algorithm can accurately capture and lock the maximum output power point by optimize the power collected from solar panels, which can make the power generation capacity increase more than 25%;


2. Reverse Power Transmission:
Reverse Power Transmission Technology, one of our patents. Inverters\' output power can firstly supply the load  use, and surplus electricity can directly be transmitted into the power grid in the form of reverse direction, which can effectively use all output power from inverters, and make the power transmission more than 99%; 


3. Full Digital Control:
Charging module uses intelligent soft-switch technology, built-in MCU; And inverter module uses high-frequency switching power supply technology and 32-bit DSP full digital SPWM control technology, with strong anti-jamming capability, computing speed, and high-degree intelligence, high quality of controlling accuracy and outpu waveform;


4. High-reliability Multiple Units Parallel Stacking:
Grid-tie Stacking Mode: inverters can be any multiple paralleled stacking for the grid-tie connection use;
Off-grid Stacking Mode: inverters can be also any multiple paralleled Stacking for the off-grid connection use, after the main monitoring system issues master signals, inverters receive signals and then sync ouput;


5. Electrical Isolation:
System input and output are both complete electrical isolation, also the whole distribution system has a very good insulation, which makes all isolated boosting circuit more secure and reliable;


6. Protection:
Over-temperature protection, under-voltage alarm, under-voltage protection, over-voltage protection, short-circuit protection, over-load protection, etc;


7. Simplify Maintenance Work (User can maintain by their own):
After the power station is installed, which almost doesn’t need make any maintenance work, after a long time, only needs to clear the dust from PV solar panels;


8. Flexible Installation:
Multiple inverters can be any stacking connected, which can be composed of single-phase parallel stacking system, which can also be composed of three-phase system to supply three-phase alternating current; 


Technical Parameter




Product Installation and Connection 


Step 1. Installation for fixed the inverter on the PV holder with the screws attached is as following:


Step 2.  Connect the two DC terminal of the PV to the inverter, positive to positive, negative to negative. Show below:


Step 3. Open the waterproof cap on AC output side of the micro  inverter, then plug  to AC power  line. Show below:3

 Step 4. Plug the AC output line to main AC cable;


Step 5. Repeat the fir st step to the third step to complete the installation of micro  inverters; 


Step 6. Finally, please connect the AC main cable to the utility grid   to run renewable energy  and saving $$$!



Communications Monitoring System Connection and Display

Monitoring Connection for WVC-295W


Monitoring Equipments  (If you are interested in them, please "click here ")




Strict Design Standards

1. Chinese "safety standard GF004" “grid standard GF04" electromagnetic compatibility standards GB/T 17626";


2. American "safety standard UL 1741" "grid standard IEEE 1547" "Electromagnetic Compatibility FCC Pt.15";


3. German "safety standard EN 62109-1/-2" "grid standard VDE 4105" "EMC standards EN 61000-6-X".