Marsrock 1300W Grid Tie Inverter 50Hz/60Hz Auto 20-50VDC to 90~140VAC Pure Sine Wave Inverter for Max 1500W Solar or Wind Power Input (Blue)
Brand: Marsrock

Mars Rock 1300w Grid Tie Micro Solar Inverter, 20-50v Dc To 90-140v Ac MPPT Pure Sine Wave Converter For 1300w To 1600w 36v Solar Power System Island Distinguished (GTI1300W36V110VB)

Special Note:

If you find that FBA's existing inventory cant meet your purchasing quantity, you can try to make order from our self-shipped product link which will be delivered from MARS ROCK USA warehouses (Alpharetta, GA &. San Diego, CA) directly. Welcome to consult us!

1. Working principle

Smart grid tie inverter is a compact unit, which directly converts DC to AC for powering appliances and office equipment and connecting to utility grid. The AC output from Smart micro inverter is synchronized and in-phase with the utility grid. It is a key device of power generation systems such as PV power generation system, wind turbine power generation system.

2. Matching solar panels

Smart micro inverter specially optimized design to work with DC power supplies Vmp>=36V (72 cells) mono-crystal and/or Poly crystalline solar panels, wind turbines. Smart micro inverters are stabilization, reliable and high conversion eﬃciency items. It is the best choice for PV power generation systems.

3. Parameter

Max AC output :1300W

Matched solar panel Vmp@36V(72 Cells)

DC input: 20~50V(MPPT: 24~45V)

Match AC Grid voltage:120VAC(90~140VAC, 50Hz/60Hz)

Power Factor>97.5%

Peak Efficiency:88%

Stable Efficiency:86%

Protection: Is-landing; Short-circuit; converse connection; Low Voltage; Over Voltage; Over temperature Protection

Showing: Luminous diode(LED) AC blue lamp, 1 Red and 1 Green Power Transmission; Reverse transfer, load priority

60 cells 30V solar panels, VMP is 26-30V and VOC is 34-38V.
72 cells 36V solar panels, VMP is 35-39V and VOC is 42-46V.
Creative MPPT tech makes efficiency higher than 99%. Reaction more sensitive and MPPT locking faster
Creative circuit design and imported industrial electronic components make application efficiency higher and performance more stable.
Parallel modular components design (stacking use) is convenient for systems setting, flexible combination and system scalability.