Your Leading Off Grid Solar Inverter Supplier
Jiaxing Feiya New Energy Co., Ltd. is a professional supplier of lithium batteries, solar panels, and solar inverters, focusing on product development, sales, and service for global markets. Our lithium batteries come in a wide variety of types and have diverse applications, including wall-mounted lithium batteries, rack-mounted lithium batteries, movable lithium batteries, stacked lithium batteries, lithium batteries packs, and lithium battery cells. We work closely with multiple qualified factories, allowing us to ensure stable production capacity, consistent quality, and flexible supply solutions.
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![Off Grid Split Phase Solar Inverter]()
Off Grid Split Phase Solar InverterThis inverter is specially designed for standard household power grids in regions such as the United States and Canada. The power supply system in your home needs to provide both 120V (for ordinary -
![Off Grid Single Phase Solar Inverter]()
Off Grid Single Phase Solar InverterNowadays, many off-grid inverters can operate independently off the grid at any time, but they are also very smart and can be connected to the public power grid.
Why Choose Us?
Professional Team
With an 80+ member cooperation team, we provide stable sales coordination and after-sales support, ensuring efficient communication and reliable service for international buyers.
Broad Market
Our products are supplied across China and exported to Europe, Asia, Africa, and other regions, with experience supporting international wholesale and project buyers.
Fast Delivery
With sufficient inventory and efficient turnover, we ensure short lead times and reliable delivery schedules for bulk and repeat orders.
Custom Service
We offer long-term OEM and contract manufacturing services, supporting customized specifications, branding, and packaging to fit your market needs.
Specifications of Off Grid Solar Inverter
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Inverter Type |
Pure sine wave off grid solar inverter |
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Nominal Output Power |
1 kW – 15 kW |
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Battery System Voltage |
12 V / 24 V / 48 V DC |
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Max PV Input Voltage |
~145 – 450 V DC |
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MPPT Voltage Range |
~60 – 430 V DC |
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Max PV Input Current |
~10 – 40 A |
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Number of MPPT Trackers |
1 – 2 |
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Max PV Array Power |
Model dependent |
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AC Output Voltage |
120 / 230 VAC single phase / 208 / 230 / 400 VAC three phase |
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Output Frequency |
50 Hz / 60 Hz |
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Max Efficiency |
~90 – 97 % |
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Waveform |
Pure sine wave |
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Overload Capacity |
~110 – 150 % short period |
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Protections |
Over voltage, Under voltage, Over current, Short circuit, Overtemperature |
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Communication Interface |
RS485, CAN, optional Wi-Fi/Ethernet |
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Display |
LCD / LED status panel |
Advantages of Off Grid Solar Inverter
Energy Independence
Going off-grid offers you complete independence from the utility company. Having total control of your power can be very liberating. You will no longer be subject to the terms and conditions of your local utility company. Rising energy prices will have no effect on you. Being independent from the grid can also be especially beneficial in areas prone to severe weather conditions like hurricanes and tornadoes.
Power Remote Locations
Off-grid solar provides a way to power remote locations where utility power is either unavailable or where it would be too expensive to run power lines. This option allows you to live more self-sufficiently and power vacation homes or cabins located far away from populated areas.
Most Energy-Conscious Choice
Another benefit to going off-grid with your solar project is that it's the most energy-conscious choice you could make. By generating your own power, you are sourcing at the hyper-local level and lowering the utility company's environmental impact. Off-grid solar allows you to know exactly what your power consumption looks like. Energy efficiency is encouraged by off-grid solar since your available energy is limited.
No More Blackouts
Maintaining your power during local utility power outages provides a sense of security and relief. Whether planned or impromptu, power outages always pose an inconvenience. Having off-grid solar means your power won't go out with the rest of the neighborhood's during a blackout. This is especially helpful if you have medical devices or refrigerated items that rely on uninterrupted electricity.
Residential Applications
Off-grid solar inverters provide an assured and steady supply of energy to individual residences, especially in remote areas where grid coverage is inadequate and electricity supply is often unstable or difficult to obtain.
Commercial Applications
In the commercial sector, off-grid solar inverters ensure businesses are independently supported with power, especially for those site locations not on the grid, such as mines, construction sites, and remote commercial facilities.
Community Applications
At the community level, off-grid solar inverters play a key role in the construction of microgrids in developing regions. A microgrid is a small power network that can run independently within a local area, offering a stable power supply to community residents.
Recreational Applications
The application potential of off-grid solar inverters is also great in the entertainment field, especially for outdoor activities and leisure travel. More and more campers and RV enthusiasts, as well as others, go for solar systems as their first choice for electricity supply to enable them to sustain their comfortable lives in a natural environment far from the city grid.
Installation steps of Off Grid Solar Inverter
Fix the Mounts for Panel Installation
The base is the basic infrastructure you have to install your solar panels, which provide sturdy and firm support.
Some of the factors to consider when installing solar panels include: the size, suitability and slope of the roof; the location of the building or facility; and the angle of incoming sunlight. Others factors include the presence or absence of obstructions, etc.
Install the Solar Panels
Once the installation structure is set up, the next step is to install the solar panels. To do this, simply place the solar module on the mounting frame and tighten the bolts and nuts to securely hold the two components.
Connect Electrical Wires
Electrical connections or wiring to solar systems must be made in a manner that prevents rusting or sparking. This can be achieved by carefully selecting the wires to be used and determining the type of connection that is best for the system.
Connect Panel to Solar Inverter
The installation of solar inverters depends on the type and configuration of the entire solar system. The inverter can be installed outdoors, indoors, on a wall, or as a substructure part for floor installation.
Connect the Solar Inverter to the Battery
We must start by pointing out that batteries are not one of the fundamental components of a solar system. Instead, it functions as a supportive component, providing backup to ensure solar energy is available even when there is no sunlight.
When connecting the battery to the solar inverter, simply connect the negative of the battery to the negative of the inverter and the positive of the battery to the positive of the inverter.
Connect the System to the Electricity Grid
After the solar inverter and battery are properly connected, it is necessary to connect the inverter to the utility grid.
First of all, the inverter must be connected to the main power switchboard or panel of the building. This panel can be connected to the grid through an output wire. This connection requires a dual meter as it helps in returning excess power back to the grid, thus saving costs.
Start the Inverter
Starting the inverter means the final stage of the entire solar panel and energy system installation process. As we have already mentioned, solar inverters help to convert the DC produced by the solar panels into the AC needed by the appliances. Solar inverters are also often equipped with a digital display unit to show the utilization and conversion rate of solar energy.
Routine maintenance tasks are crucial for the optimal performance of solar energy systems. These tasks include cleaning solar panels to remove dirt, dust, pollen, bird droppings, and other debris that reduce their efficiency. Generally speaking, rainfall does a great job at keeping panels clean, but more stubborn debris can accumulate through time.
Checking connections is another key task, involving the inspection of wiring and connections to ensure they are secure and free from corrosion or wear, as loose or damaged connections can affect system performance (this should only be performed by a licensed electrical professional).
Regularly monitoring performance metrics including energy production and overall system efficiency is also essential, as is ensuring proper ventilation for inverters and other components to prevent overheating and maintain optimal performance.
Our Certificates
Packaging and Shipping
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Packaging |
Inner Packaging: Each unit is packed with foam, bubble wrap, or anti-static materials. |
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Outer Packaging: Products are packed in standard cartons or placed on wooden pallets and wrapped with shrink film. |
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Shipping |
By logistics: By automobile; by train; by shipping; by air. |
As one of the most professional off grid solar inverter manufacturers and suppliers in China, our products have good reputation in the market. We warmly welcome you to buy high quality off grid solar inverter made in China here from our factory. Customized orders are welcome.
Off Grid Single Phase Solar Inverter, off grid solar inverter, Off Grid Split Phase Solar Inverter
