AIMS Power 12V modified sine wave inverter models convert direct current from a battery bank into reliable 120 VAC household electricity. These units deliver efficient power conversion for resistive loads, basic motor applications, and standard appliances across off-grid inverter setups, backup power systems, and remote utility installations.
A high-output modified sine wave inverter equipped with dual GFCI outlets to safely power resistive tools and heavy appliances in the field.
A matched pair of 100 foot runs, for arrays mounted away from the equipment they feed.Â
A compact, cost effective power supply that handles everyday field equipment, lighting, and basic motorized loads reliably.
Match inverters and charge controllers to array sizes and battery capacity for off-grid residential and commercial setups utilizing a solar panel array.Â
Spec modified sine wave power to run coach electronics, appliances, and onboard 120/240 VAC systems cleanly.
Run tools and chargers off battery power without idling the engine, with a remote control switch at the dash.
Integrate a UL listed inverter into your product at volume pricing, and size the battery system with our engineers. Apply to become a reseller for dealer pricing.
Deliver regulated 120 VAC power for passenger electronics, auxiliary lighting, and onboard amenities.
Great company with quality products and excellent customer service. The AIMS Power team is knowledgeable, helpful, and truly cares about finding the right solution for their customers. Highly recommend!
Easy to work with. Great products. Great poeple.
We had an excellent experience with AIMS Power! Their team was professional, responsive and incredibly helpful. Their products are high quality and their technical support was impressive and easy to work with! Would highly recommend!
Deploying a reliable mobile power system requires matching the right inverter topology and wire gauge to your specific load demands. Our team sizes the entire DC circuit together, connecting your battery bank and inverter to prevent voltage drop and ensure high efficiency performance without the guesswork
Evaluating the differences between a modified sinewave inverter and a pure sine wave inverter comes down to output voltage quality, with modified models utilizing a stepped waveform while pure sine models replicate clean utility grid power.
A modified sine wave inverter works best for running resistive loads, heating elements, incandescent lighting, water pumps, and standard electric motors where lower equipment cost is a priority.
Calculating battery bank capacity for an off-grid inverter requires dividing your total watt-hour runtime requirements by 12V input voltage, then factoring in your battery chemistry’s depth-of-discharge limits to prevent low-voltage shutdowns. To calculate precise amp-hour requirements and runtime estimates for your specific electrical load, use the AIMS Power Battery Calculator before purchasing your storage setup.
Modified sine wave inverters are a cost-effective option for resistive loads, heating elements, incandescent lighting, and compatible basic electrical equipment. Some pumps and motors can operate on modified sine power, but others may experience additional heat, noise, or reduced efficiency. Check the equipment manufacturer’s requirements before use.
Preventing voltage drop on a 12V system requires using thick, heavy-gauge copper cables and keeping wire runs as short as possible between the battery bank and the inverter.
