An AIMS Power modified sine wave inverter converts 24 volt direct current from your battery bank into 120 VAC power. It runs simple power tools, pumps, motors, and household appliances at a lower cost per watt than a pure sine wave inverter. Our off-grid inverter lineup includes 2500 W and 5000 W models with battery meters and remote control options, plus 230 VAC international models.
This 5000 W inverter is the highest output model in the collection. It has four outlets plus a hardwire terminal block for wiring into a breaker panel or remote outlets.
This mid size power inverter is designed for bus and van electrical systems, RV conversions, and job sites. It adds AC outlets to a 24 volt system with no vehicle modifications.
This compact inverter supplies 230 VAC power through a UK outlet for 24 volt systems used outside North America. It runs small devices and light loads built for 220/230V, 50 Hz power.
Pair a 24V inverter with solar panels and a charge controller to run well pumps, shop tools, and other renewable energy loads that handle a stepped waveform.
Run tools, lights, and basic appliances from a 24 volt house bank with a modified sine inverter that adds 120 VAC outlets without modifying the coach wiring.
Power tools and pumps on battery power. An ignition relay & controller keeps the inverter from draining the truck’s batteries overnight.
Spec modified sine power into your product with volume pricing, a reseller program, and direct technical support.
Add 120 VAC outlets to 24 volt bus and van electrical systems without modifying the vehicle’s wiring.
AIMS Power 5000 Watt 12VDC to 120 VAC Modified Power Inverter
I have been using this product for three years and must say it's met all my requirements. I use it to power my cottage with six 15 amp circuits. The front panel terminal block made it easy to connect to my transfer switch. It has worked well with inductive loads such as my log splitter and water pump. The only improvement I would recommend would be to add a wireless on/off switch.
I would highly recommend this company! Good quality and great tech-support.
I’ve had a great experience with AIMS Power. Their products are high quality and dependable, and their technical support has been excellent. The team is knowledgeable, responsive, and willing to take the time to answer questions and help troubleshoot when needed. It’s refreshing to work with a company that stands behind its products and provides such good customer service. I would definitely recommend AIMS Power.
When you buy from AIMS Power, you work directly with the manufacturer. Sizing questions, warranty claims, and replacement parts all go through one team.
A modified sine wave inverter is an inverter that uses an H bridge circuit to switch DC voltage into a stepped AC waveform. That output approximates the smooth output from grid power closely enough to run most simple tools, pumps, heaters, and lights.
The difference between pure sine and modified sine is the shape of the power output. A modified sine wave inverter produces a stepped, blocky approximation that costs less per watt and runs resistive loads like heating elements fine. Pure sine wave output is smooth, and it is what anything with a motor, a transformer, or a microprocessor in it should be running on.
A 24V modified sine inverter runs most simple tools, pumps, motors, heaters, and everyday household appliances. The stepped waveform handles resistive and many inductive loads well, which makes these inverters a practical choice for job sites, shops, and off-grid cabins. For sensitive electronics, motors, and audio gear, step up to a 24V pure sine inverter that delivers true sine wave power designed for those applications.
A 24 volt inverter is a better choice than a 12 volt model for larger loads because it draws half the current at the same wattage. That allows smaller cables and better efficiency at higher loads. Match the inverter’s input voltage to your battery bank and load requirements.
These 24V modified sine inverters do not charge batteries on their own, because neither model includes a built-in battery charger or transfer switch. To recharge your bank, add a solar charge controller, a separate charger, or an inverter charger. If you want the battery and charging built into one unit, a portable power station could be a better fit.
The cables and fuses you need for a 24V inverter depend on its wattage and DC input. Every installation also needs a properly rated fuse between the battery and the inverter. Browse our inverter cables and inline fuse kits, or call our team for a recommendation and support. These models carry no third-party certification, so for jobs that require one, see our UL certified inverters.
