High-input battery systems
How to Choose a 60V, 72V, 96V or 110V Inverter
Match the DC input to your battery bank, then select the power, AC output and control style your installation needs.
Shop High-Voltage Inverters
A high input voltage inverter converts power from a higher-voltage DC battery bank into AC power for appliances and equipment. The most important decision is the battery-side voltage. A 72V inverter, for example, must be paired with a compatible 72V nominal battery system.
Start with the battery voltage
Choose a 60V inverter, 72V inverter, 96V inverter or 110V DC inverter according to the nominal voltage and operating range of the battery bank. These input options are not interchangeable.
DC input and AC output are separate specifications. A 72V pure sine wave inverter may accept 72V DC and provide 120V AC, while a split phase model can support 120V and 240V circuits. Always confirm both sides before ordering.
Make three more choices
Calculate the load
Add the running watts of equipment used at the same time. Allow extra capacity for pumps, compressors and other startup loads.
Confirm AC output
Check the required output voltage, frequency and whether the installation needs standard or split phase power.
Select the controls
Choose standard control, a wireless remote for flexible access, or a wired panel for a fixed installation.
Which configuration fits your system?
Compact and everyday power
Compare lower and mid-range wattages for electronics, chargers, appliances and lighter backup loads.
Heavy-duty output
Choose a higher-power pure sine wave model when several loads or larger motor-driven equipment will run together.
120V / 240V split phase
Select a high-input split phase inverter when the system must supply compatible 120V and 240V circuits.
Remote operation
Use a wireless remote for convenient on/off control or a wired remote for a permanent control location.
Compare high-input models
Browse 60V, 72V, 96V and 110V DC input options by series, wattage and control style.
Frequently asked questions
Can I use a 60 volt inverter on a 72V battery?
No. Choose an inverter whose DC input matches the battery system's nominal voltage and specified operating range.
Why choose a pure sine wave inverter?
Pure sine wave output is suited to sensitive electronics, chargers, appliances and many motor-driven loads. The inverter must still meet the equipment's running and startup demand.
When do I need a split phase inverter?
Consider split phase when the installation requires compatible 120V circuits and a 240V circuit from the same inverter system.
Where can I compare the available products?
Visit the High Input Voltage Inverter page to compare series, power ranges and remote-control configurations.