Aims Power 3000 Watt 24V Pure Sine Inverter Charger - PICOGLF30W24V120VR

Aims Power 3000 Watt 24V Pure Sine Inverter Charger - PICOGLF30W24V120VR

The inverter transforms DC (direct current) power stored by batteries into AC (alternating current) electricity that can be used to power tools and appliances of all varieties.

It also has a built-in 45 amp multistage smart battery charger which uses AC power, like from the grid or from a fuel-powered generator, that can be used to recharge a battery bank as well. The battery-type selector on the top of the unit allows the ability to adjust the voltage provided to the bank.

If you’re looking for an inverter with similar capabilities, but without the solar charge controller, check out the

Popular applications for this inverter include:  off-grid home or buisness back up power, solar systems,  providing electricity for a mobile business or mobile office, and running camping equipment. The inverter accepts 24 volts DC and outputs 120 volts AC. The marine-coated or conformal-coated boards also make this inverter great for mobile applications, as it protects the product from dust or water vapor that may be present in the air.

A low frequency label has been given to this inverter because of the lowered level of total harmonic distortion (THD) produced during the DC to AC inversion process. This allows for a cleaner transfer of energy, which increases efficiency, and it also provides a quieter performance.

The most popular feature of this unit is the direct connect terminal block, which allows a 300 percent surge capacity for up to 20 seconds. When using the terminal block, this inverter peaks at 9000 watts with the power to run many tools and appliances with a startup surges, such as a refrigerators, freezers, microwaves and blow dryers.

This inverter will also run powerful tools like most electric chainsaws, portable grinders, shop vacs, and more.

It also features one GFCI power outlet with two receptacles for easy, safe access to the usable AC current, which allow for a peak of 1,500 watts. *Important to remember:  the ac outlets have no surge capacity, so you must use the direct connect terminal block to harness the surge capabilities of this inverter.

This 3000 watt inverter charger produces a pure sine wave, which some appliances require for use. So it can run laser jet printers, computers, televisions, CPAP machines and other medical equipment.
In the event of a power outage, this inverter combined with a battery bank can be used to power a few lights, a refrigerator and perhaps a few other necessities. ***Just always be sure to check the wattage requirements of the appliances being used before powering them with any inverter. ***

During a big storm that knocks out electricity, a battery-bank and power inverter running a sump pump could be the difference that saves a home from flooding. The power to run a heater could save someone thousands of dollars by keeping plumbing pipes from freezing.

Also great for emergency backup power applications is the automatic transfer switch on this unit, which keeps the power supply uninterrupted in the event of an outage. With the inverter hooked up to shore power, it will detect the loss of electricity and start pulling energy from a connected battery bank instead to keep the power supply constant.

This inverter also has an optional remote port, allowing you to turn the product on and off from a distance.

Specifications

• Continuous Output Power: 3000 Watts
• Surge Rating: 9000 Watts (20 Seconds)
• Output Waveform: Pure Sine/Same as input (Bypass Mode)
• Nominal Efficiency: >88% (Peak)
• Line Mode Efficiency: >95%
• Output Frequency: 50Hz +/- 0.3Hz / 60Hz +/- 0.3Hz
• Typical Transfer Time: 10ms (Max)
• THD: < 10% DC
• Ambient Operating Temperature: 14°F to 122°F (-10°C to 50°C)

Input Specifications

• Nominal Input Voltage: 24.0Vdc
• Minimum Start Voltage: 20.0Vdc
• Low Battery Alarm: 21.0Vdc-22.0Vdc
• Low Battery Trip: 20.0Vdc-21.0Vdc
• High Voltage Alarm: 32.0Vdc
• Low Battery Voltage Restart: 26.6Vdc
• Idle Consumption: 46.5 Watts
• Power Saver Mode Idle Consumption: 18.9 Watts

Charger Specifications

• Output Voltage: Depends on battery Type
• Charger Rate: 40A

Dimensions

• Unit Weight: 56 lbs.
• Unit Size L x W x H: 16.48 x 8.74 x 7.1 inches
• Shipping Weight: 64 lbs.
• Shipping L x W x H 23.5 x 13.0 x 12.5 inches

What our Experts Think

• Powerful 3000W pure sine inverter/charger combo delivers clean, stable 120V AC power with integrated battery charging for off-grid and backup systems.
• 24V DC input improves efficiency by reducing current draw, making it well-suited for mid-to-large battery banks and solar setups.
• Integrated multi-stage charger supports fast, controlled charging when connected to generator or grid power.
• Pure sine wave output ensures safe operation for sensitive electronics, appliances, and motor-driven loads without noise or damage risk.
• High surge capacity handles startup demands from refrigerators, pumps, compressors, and workshop tools with ease.
• Automatic transfer switching capability enables seamless transition between grid/generator and battery power for uninterrupted supply.
• Advanced protection features guard against overload, over-temperature, short circuit, and low/high battery voltage conditions.
• Ideal for RVs, cabins, solar hybrid systems, and backup power installations requiring an all-in-one power management solution.

                   
Q&A    

Q: What is the AIMS Power PICOGLF30W24V120VR used for?
A: AIMS Power 3000 Watt 24V Pure Sine Inverter Charger - PICOGLF30W24V120VR is a combined inverter, battery charger, and automatic transfer switch designed for off-grid solar systems, RVs, cabins, and backup power applications.

Q: What power output does this inverter provide?
A: It delivers 3000W continuous power with up to 9000W surge capacity for starting motors, pumps, and other inductive loads.

Q: What type of power does it produce?
A: It produces pure sine wave output, providing clean, utility-grade electricity suitable for sensitive electronics like computers, medical devices, and appliances.

Q: Is this an inverter charger system?
A: Yes. It includes a built-in multi-stage battery charger and automatic transfer switch, allowing it to switch between grid/generator power and battery power seamlessly.

Q: What battery systems is it compatible with?
A: It is designed for 24V battery banks commonly used in solar and off-grid energy systems.

Q: What applications is it best suited for?
A: It is ideal for off-grid homes, RV systems, marine setups, workshops, and backup power systems requiring reliable 120V AC output.

Q: Does it include protection and smart features?
A: Yes. It includes overload, short-circuit, over/under-voltage protection, low-battery cut-off, and intelligent charging with battery type settings and temperature sensing.

Q: Why choose this inverter charger over a standard inverter?
A: It combines three functions—inverter, charger, and transfer switch—reducing system complexity while improving reliability and efficiency in backup or solar setups.

               
Maintenance Tips    

• Install in a cool, dry, and well-ventilated electrical space to support continuous inverter + charger operation.
• Keep fans, vents, and heat sinks clean and unobstructed to prevent overheating under load.
• Regularly inspect 24V battery bank wiring, AC input/output terminals, and DC fuses/breakers for tightness and corrosion.
• Use properly sized heavy-gauge cables to minimize voltage drop during high 3000W loads and charging cycles.
• Monitor system indicators (load %, battery voltage, charging status, fault LEDs) to detect issues early.
• Avoid exceeding 3000W continuous / 9000W surge capacity to protect internal components.
• Ensure correct battery settings (lead-acid, AGM, LiFePO₄ profile) for proper multi-stage charging performance.
• Periodically test the transfer switch function (grid/gen to inverter switching) to ensure backup reliability.
• Check for firmware/settings drift or incorrect charge current settings if charging behavior becomes inconsistent (common in inverter/chargers).
• Inspect for heat discoloration or loose torque on AC terminal block due to high current flow.
• Avoid moisture, vibration, and corrosive environments, especially in RV or off-grid installations.
• Perform scheduled maintenance every 3–6 months: fan cleaning, connection re-torque, and load test.