1000W MPPT Pure Sine Wave Grid Tie Inverter With Limiter,24V 48V 72V 96V Battery Discharge Grid Tie Inverter 1200W WIFI Mobile APP Remote Control

GTN-1000-W---------1000W grid tie inverter with WIFI but NO AC Meter NO clamp sensor;

GTN-1000LIM-W----1000W grid tie inverter with WIFI+ AC Meter +clamp sensor;

GTN-1200-W---------1200W grid tie inverter with WIFI but NO AC Meter NO clamp sensor;

GTN-1200LIM-W----1200W grid tie inverter with WIFI+ AC Meter +clamp sensor;

1000w Grid Tie Inverter for Solar Panels or Battery

- working well with Battery

--with power acquisition meter(one acquisition meter can connect 5 inverters）

-- Limiter sensor clamp

--woking well with sloar panels, PV Input voltage Range (optional ):

PV Voc range:

1000W MPPT solar grid tie inverter,5 kinds of DC input voltage specifications can be selected:

1 PV-voc voltage range: 26V~45V or 24v battery

2 PV-voc voltage range: 40V-60V or 36v battery(not available )

3 PV-voc voltage range: 55V-90V or 48v battery

4 PV-voc voltage range: 85V-130V or 72v battery

5 PV-voc voltage range: 120V-180V or 96v battery.

For 1200W MPPT solar grid tie inverter,3 kinds of DC input voltage specifications can be selected:

1 PV-voc voltage range: 55V~90V or 48V battery

2 PV-voc voltage range: 80V-125V or 72V battery.

3 PV-voc voltage range: 120V-180V or 96v battery.

--Output Voltage : AC 110V 120V 220V 230V 240V

Why we produced the GRID TIE INVERTER WITH LIMITER ?

It is in response to the overwhelming clamor from our customers for a product that can control the amount of power that the

grid tie inverters (GTI) can generate so that the amount of excess power produced by the solar panels are reduced to

insignificant levels, if not eliminated --- because in some countries,the producer pays for the excess power it gives to the

distribution grid. This is because the electric power meters (the one provided by the electricity provider in the area) are not

aware of the direction of power flow. In other words it only adds even if power is exported to the grid, thus, the consumers will

be charged for power even if it is given to the grid, and this is the problem

This is the 2nd generation grid tie inverter with limiter.

This is the second generation grid-connected inverter with limiter. With the second generation GTN-LIM, we added a acquisition

meter. The collecting meter collects the power consumption of the load through the sensor, and then transmits it to the inverter

through the RS-485 port. The inverter will output the corresponding power to the grid, which we call an external power acquisition.

How to connect the sensor?

1.conect the RS485 cable of the AC power acquisition meter to the 485 port of the inverter.

2.Plug the connection terminal of the transmitted current sensor into the port of the collector "CT-IN" (no +-)

3.Connect the AC power supply port "AC-IN" of the collector to the same AC power supply for the load. After the connection,

it will light up.

4.In the inverter LCD, enter the "battery grid connection", through the SET {Bat AutoLimit Grid} for Y

5.Connect the inverter to AC power first, then connect the battery, the inverter will automatically output the same power as the power

detected by the collector.Therefore, the inverter will not have excess electricity to be sent to the grid (ie: automatic limiter function)

Noted: No lcd display on WIFI inverter.

Product photos:

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