Aims Power Solar Kit Hybrid Inverter Charger & Solar Panels 9.6 kW Inverter Output | 9900 Watt Solar Panels - KITHY96SOL330

Aims Power Solar Kit Hybrid Inverter Charger & Solar Panels 9.6 kW Inverter Output | 9900 Watt Solar Panels - KITHY96SOL330

Introducing our NEW hybrid inverter and solar panel complete KIT.

The NEW REVOLUTIONARY AIMS Power Hybrid Inverter gives you total control of your power. It combines solar power and battery backup into one complete, easy to use solution, that provides FREE power and independence from the grid. In addition, the AIMS Power Hybrid Inverter can reduce or eliminate electric bills, provides power during outages, and allows customers to monitor their system from anywhere.

The truth is that when the power goes out in the neighborhood, millions of homeowners with solar panels quickly realize that they are not truly “independent” of the power company because they don’t have batteries in their home to store the power generated from their solar panels. The excess power they have generated goes back to the grid and doesn’t allow them to use the power generated when it really matters most.

Where the AIMS Power Hybrid Inverter makes an immediate impact is in its ability to be programmed to do exactly what you want it to do. Think of an orchestra without a conductor. It may have all the talent and potential in the world, but without a way to organize and direct it, you may as well listen to radio static. AIMS Power Hybrid Inverter is essentially the conductor for every source of power that you have in your house.

• Instead of sending the suns power straight to the power company where they dictate the rate, you can decide how to use YOUR power.
• On a sunny day, you can program it to fill up your batteries first, and then power your house.
• If you are not home, you can pump the excess power back to the Utility Co. and offset your power bill.
• Have an EV car? When you get home, you can charge from batteries or solar for FREE.
• You can program it to power your house at night with batteries and recharge during the day with sunlight.
• Did the grid go down? In the blink of an eye, it automatically switches over to batteries.
• Sun not shining? You can charge your batteries using the grid when rates are low and power your house at specified times.
• Have a generator? Use it to charge your batteries instead of using the grid or solar.
• Self-Use – The panels will power the electrical loads first, for FREE and any excess energy is then used to recharge a battery bank. The remaining energy will go back to the grid.
• Selling First – The panels will power the loads first and any excess energy will go back to the grid.
• Charge First – The panels will charge the battery bank first and any excess energy will then power the electrical loads for FREE. The remaining energy will go back to the grid. This setting will also allow you to use solar and grid to recharge the batteries if the solar panels can’t produce enough power to charge the batteries.

Features

Included Components

• Hybrid inverter charger – Qty 1
• Solar panels 330 watts – Qty 30 for 9.6kw kit
• PV wire – 2 sets 100FT MC4 male to bare end and MC4 female to bare end – solar panels to inverter

Hybrid Inverter Features

•     Listed to UL 1741-SA I CSA 22.2 No.107-01 I UL1998 I UL1699B
•     Stackable (Max 6)
•     Direct 3 string PV input
•     IP65 NEMA4X rated for outdoor installation
•     10 year warranty
•     Customizable DC input voltage for various battery types including lithium and lead
•     Free USA based tech support
•     Wide programmable voltage input range
•     Generator input for backup 240VAC
•     Wide PV input voltage range
•     Load sharing
•     Isolated emergency backup output for defined loads
•     Configurable charge and load times based on local utility recommendations
•     Loaded with safety features
•     Large 5-inch color LCD
•     RS485, CAN, Wi-Fi, 4G
•     Extremely efficient
•     FCC Part 15 Class B

Solar Panels

• Maximum power (Watt): 330 Watt
• Optimum power voltage (Vmp): 33.9 volts
• Optimum operating current (Imp): 9.73 amps
• Open circuit voltage (Voc): 41.5 volts
• Short circuit current (Isc): 10.22 amps
• Solar cell: 158.75 * 158.75 mm mono
• Number of cells (pcs): 6*10
• Front glass thickness (mm): 3.2 mm
• Temperature coefficients of Isc (%) C: -.048
• Temperature coefficients of Voc (%) C: -0.29
• Temperature coefficients of Pm (%) C: -0.37
• Temperature range: -40C to +80C
• Tolerance wattage: 0-3 watts
• Surface maximum load capacity: 6000Pa
• Allowable hail load: 45mm at 30.7m/s
• Bypass diode rating (A): 10
• Cell efficiency (%): 21.47%
• Module efficiency (%): 19.78%
• Warranty: 91.2% of 12 years, 80.6% of 25 years
• Standard test conditions: AM1.5 1000W/m 25 +/-2C
• FF (%): 70-76%
• Cable length on solar panel – 41″
• Dimensions of module (inches): 65.35 x 39.37 x 1.4
• Weight per panel (lbs): 39.7 lb

What our Experts Think    

• The AIMS Power KITHY96SOL330 is a premium all-in-one hybrid solar kit combining a 9.6kW inverter/charger with ~9,900W of solar panels, designed for serious off-grid and grid-assist energy systems.
• Delivers 9.6kW continuous split-phase output (120/240V), making it suitable for whole-home loads like ACs, pumps, refrigerators, and workshop equipment.
• Includes a large solar array (~30 × 330W panels = ~9.9kW total PV capacity), optimized for high daily energy production and strong real-world yield.
• Hybrid design integrates inverter + MPPT solar charging + battery charging + transfer switching, reducing the need for separate components.
• Supports advanced system control features such as grid interaction, generator input, load sharing, and programmable energy management modes.
• Designed for large 48V battery storage systems (typically LiFePO4) to stabilize output and enable night-time operation.

               
Q&A  

Q: What is the AIMS Power KITHY96SOL330 9.6kW Hybrid Solar Kit?
A: The AIMS Power KITHY96SOL330 is a complete hybrid solar power system combining a 9.6kW pure sine wave inverter/charger with a high-capacity solar panel array for off-grid, grid-tie, and backup power applications.

Q: How much power does the inverter provide?
A: It delivers 9.6kW (9600W) of continuous AC output, suitable for running whole-home loads like appliances, pumps, HVAC systems, and workshops.

Q: How much solar input does it support?
A: The system supports up to 9,900W (9.9kW) of solar PV input, allowing strong daytime generation and fast battery charging.

Q: What is included in the kit?
A: The package typically includes a hybrid inverter/charger, multiple 330W monocrystalline solar panels (around 30 panels for full capacity), and MC4 wiring for panel-to-inverter connection.

Q: What type of system is it?
A: It is a hybrid system that combines solar generation, battery backup capability, and optional grid or generator input for flexible energy management.

Q: Can it work off-grid and on-grid?
A: Yes. It is designed for both off-grid independence and grid-tied operation, with programmable modes for self-use, backup power, and load sharing.

Q: What are its key smart features?
A: It includes programmable operating modes, load sharing, generator input support, remote monitoring options, and built-in safety protections for stable energy control.

Q: What makes this kit useful?
A: It simplifies solar installation by combining inverter, solar array, and system wiring into one matched package, reducing compatibility issues and installation complexity.

                 
Maintenance Tips    

• Install in a cool, dry, IP-rated outdoor or utility space; inverter is weather-resistant but still benefits from airflow management.
• Keep air vents, internal fans, and heat sinks dust-free, especially important at ~9–10 kW continuous operation.
• Regularly inspect and tighten battery terminals, PV strings, and AC output connections—loose connections at this scale cause heat and efficiency loss.
• Periodically verify PV string voltage and current balance (high-voltage strings must stay within inverter MPPT limits).
• Ensure correct battery settings (LiFePO₄ / lead-acid profile matching) to avoid charging stress or imbalance.
• Check monitoring systems (Wi-Fi / RS485 / CAN) for fault codes, insulation alarms, or abnormal load behavior.
• Avoid running continuously at full 9.6 kW output or full solar input (~9.9 kW); keep headroom for thermal stability.
• Inspect grounding, surge protection, and grid-tie safety systems periodically to maintain compliance and safety.
• After storms or maintenance, re-check PV mounting, panel wiring, and junction boxes for moisture or looseness.