AIMS Power supports every solar installer with solar equipment for residential, commercial, off-grid, and battery-backup solar installation projects. Build solar PV systems with inverter chargers, hybrid inverters, solar panels, battery storage, charge controllers, and supporting electrical components for installations that need reliable AC power, solar energy production, and flexible energy management.Â
This 10-pack gives solar installers a high-wattage solar panel option for larger residential and commercial solar PV systems. The black-frame monocrystalline panels support panel installation designs that need substantial solar energy input with fewer individual panels.
This 60-amp MPPT solar charge controller manages charging from a solar array to 12V, 24V, 36V, or 48V battery storage. It gives solar installers a controller option for battery-based solar PV systems that need to capture available solar energy and manage battery charging.
This prewired solar array combiner box consolidates up to three solar panel strings before the system connects to downstream equipment. It gives a solar panel installer an organized connection point for multi-string solar PV installation wiring.
Match solar panels, inverter output, PV input, battery storage, charge controllers, and balance-of-system electrical components to the project’s planned energy use and design requirements and clean energy goals.Â
Use solar panels, battery storage, and inverter chargers to provide clean AC power and battery charging for RVs and mobile applications away from shore power.
Integrate solar charging and battery storage with a pure sine wave inverter to support onboard tools, communications equipment, and mobile workstations.
AIMS Power supports OEMs and upfitters with solar system components, technical product guidance, and volume purchasing for repeatable mobile and battery-backed power designs
Pair solar panel installations with battery storage and inverter equipment to support onboard AC loads, lighting, communications systems, and passenger electronics.
I have the 24vdc AIMS inverter charger. For a couple months now, it has worked very well. I am only using it to run a water distiller so far, so have not really loaded it much. Have not connected up the charger side, as my solar panels recharge my batteries every day without grid charging.
Love this store and the customer service is awesome. Any one interested in solar I send them here.
Absolutely top notch!
I had initially purchased the wrong unit, AIMS handled the exchange without issue.
The 4Kw inverter now running one year on the houseboat without issue. I will look no further than AIMS for any future solar/ inverter need.
AIMS Power provides solar installers with a full line of inverters, batteries, solar equipment, and connection components for solar PV systems. Source equipment for off-grid, hybrid, and battery-backup solar projects from one trusted supplier, with technical support available for product selection and integration.
An off-grid solar system typically includes solar panels, a solar charge controller, battery storage, an inverter or inverter charger, wiring, overcurrent protection, and disconnect equipment. A solar installer selects each component based on the solar array size, battery voltage, household energy needs, planned AC loads, and the solar panel installation design.
An off-grid inverter supplies AC power from a battery bank and commonly works with a separate solar charge controller. A hybrid inverter can combine solar PV input, battery charging, inverter output, and utility-grid interaction within one product, depending on the model and solar system configuration.
Yes. AIMS Power offers hybrid inverter options for grid-connected and battery-backup applications. Confirm the unit’s certification, local code requirements, utility interconnection rules, and installation method before specifying equipment for a grid-tied solar project.Â
Add the continuous wattage of planned AC loads, then account for startup surge from motors, compressors, and pumps. Match the inverter’s DC input voltage to the battery bank, verify the solar array and charge controller can support expected battery charging, and confirm the inverter output matches the project’s voltage requirements. If you are unsure how to size an inverter, our calculator input tool can do the work for you.
Start with the site conditions, expected energy use, solar-panel capacity, battery storage needs, and available utility or generator backup. Then match the solar equipment to the system voltage, required AC output, local installation requirements, and the customer’s goals for backup power or energy independence.
