AIMS Power 12V pure sine inverter chargers combine an inverter, multi-stage battery charger, and automatic transfer switch to deliver reliable AC power. These units switch between an external AC source and battery power, making them ideal for sensitive electronics, appliances, mixed power setups, and off-grid applications.
A high-output unit that combines a pure sine wave inverter, smart charger, and transfer relay to power sensitive equipment and automatically recharge connected batteries.
A space saving power platform designed to deliver clean energy and reliable automatic battery charging in compact mobile spaces.
A compact inverter charger built to supply clean backup power and automatic battery recharging for smaller electrical footprints.
Match inverters and chargers to array sizes and battery capacity for off-grid residential and commercial setups utilizing a solar charge controller.
Spec pure 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.
I bought an Airstream recently with a solar system installed. It uses an Aims inverter and being unfamiliar with Solar systems I leaned on the Aims tech support to advise, and teach me how to add battery capacity, change inverter settings and various other questions. Tech support is outstanding. Very courteous and knowledgable.
I had a super technical question with a lot of components in a motorhome. Aims Inverter/Charger, Aims Solar Charge controller. I wanted to know how to handle mismatched chassis and house battery types into the whole system and how it impacted the alternator charging circuit with LifePO4 house batteries. A tech got back to me within a few hours and told me exactly what I needed to purchase. Great job tech assistance!
Our inverter in our RV caught fire, luckily we caught it in time. I called every inverter company on line. 25% didn't even know what inverter I would need for my rv. I got a call back the next day from aims power. The girl I talked to knew exactly the one I needed and found me a refurbished one for less then half of what the original one was. Sent me a link to purchase it. The shipping said 5 to 10 days . I got it the very next day. Waiting for the electrician to come to install it. It didn't come with instructions or a user manual so I'm not touching it.
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
Utilizing a pure sine inverter charger combines an advanced DC-to-AC power converter with an integrated battery charger and automatic transfer switch into a single chassis, allowing the system to handle both inverter mode operations and automatic recharging when connected to shore power or a generator.
An internal transfer relay switch continuously monitors your primary AC input source and immediately routes clean VAC output to your loads within milliseconds of a grid failure, ensuring uninterrupted power for sensitive electronics without triggering fault conditions.
Configuring your battery charger parameters for modern lithium batteries or traditional lead acid and AGM banks is fully supported, allowing you to match exact voltage profiles and prevent a blown fuse or product damage.
Protecting your power system under a heavy load requires robust safeguards like intelligent temperature sensor monitoring, over-temperature shutdown, and short-circuit protection to maintain a high power factor and ensure a healthy shutdown.
Integrating a solar charge controller into your 12V setup requires connecting the auxiliary panels directly to your battery bank while keeping the system’s battery voltage balanced and the total amp draw within safe limits. Always verify that your charge controller’s charging profile, maximum voltage input, and amperage ratings match your specific battery chemistry and panel array to ensure full system compatibility and prevent overcharging
