AIMS Power builds DC-to-DC converters that hold a regulated 12 volt output voltage from a 24 or 48 volt input voltage, in 5 to 60 amp sizes. A DC converter lets 12 volt equipment run off a higher voltage battery bank without a separate power supply, and these power converters hold that DC voltage steady as the bank charges and drains.
The compact end of the line, sized for lighting, radios, and low draw accessories rather than whole systems.
The middle of the line, and the size most work truck and bus builds land on when several 12 volt circuits share one converter.
A 48 volt input model in the line, for pulling a small 12 volt circuit off a 48 volt bank.
Pull 12 volt DC loads off stored energy in a 24 volt battery bank directly, without routing them through an inverter and back down.
Keep legacy 12 volt appliances working in a coach built around a higher voltage house system.
Run 12 volt accessories off a 24 volt chassis without a second battery, and keep the DC voltage steady as the battery bank drains.
Spec a converter into equipment builds at volume pricing, and size the output current with our engineers before the harness is built. Apply to become a reseller for dealer pricing.
Feed passenger lighting, signage, and onboard electronic components from the 24 volt system already present in the vehicle.
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Our converters carry full protection set as standard rather than as an upgrade. We build the inverters, batteries, and charge controllers on either side of it, so one call covers the complete solution rather than the converter alone.
A DC to DC converter takes one DC voltage and holds another one steady, without converting to AC in between. A 24 volt bank sags and rises as it charges and discharges, so equipment wired straight to it sees a moving battery voltage. A DC-DC converter takes that 20 to 37 volt swing on the high voltage side and delivers a regulated lower voltage output the whole time.
Add the amp draw of every 12 volt load running at once, then pick a converter rated above that number. Our power ratings carry roughly 20 percent headroom above their rating for short peaks, so a 30 amp unit handles 36 amps briefly. Size on continuous draw and treat the peak as margin, not capacity.
Non-isolated means the input and output share a common negative, so the electronic circuit on both sides references the same ground. If your application needs galvanic isolation between the two sides, these are the wrong default part and you should call our team before ordering.
No, and the two solve opposite problems. A converter moves DC to a different DC voltage. An inverter turns DC into VAC for anything that plugs into a wall outlet. Builds running both 12 volt equipment and AC appliances off a 24 volt bank usually need one of each, plus energy storage sized for both.
Wire a converter between the 24 volt source and the 12 volt loads, with cable sized to the converter’s output current and a rated inline fuse on the positive run. The input side carries a 3 amp fuse and polarity protection from the factory, but the output side is yours to protect.
