High Input Voltage Pure Sine Wave Inverters
72.0
Pure sine wave output
60V to 110V DC input options
365-day warranty
Remote-control configurations
RBP
Flexible everyday power
SE
Compact 60V / 72V setups
RBH
Heavy-duty power output
SPT
Split-phase power systems
RBN
EV charger applications
RBQ
Multi-port control
U5
Advanced system control
Choose your DC input first
1Confirm whether the battery system is 60V, 72V, 96V, or 110V DC.
2Add the continuous wattage of the loads that will run at the same time.
3Choose the output voltage and frequency required by your appliances.
4Select standard, wireless remote, or wired remote control based on the installation.
High input voltage FAQ
Which DC input voltage should I choose?
Choose the input voltage that exactly matches the nominal voltage of your battery system. Do not use a 60V inverter on a 72V, 96V, or 110V battery bank.
Does “110V input” mean 110V AC output?
No. DC input voltage and AC output voltage are separate choices. Confirm both fields on the selected product page before checkout.
When should I choose a wired or wireless remote?
A wireless remote suits flexible mounting locations. A wired controller is generally better for a fixed control panel. Select the option based on access, distance, and the environment.
How do I choose the right wattage?
Calculate the continuous loads you plan to use together, then leave appropriate headroom. Motor-driven equipment can require a larger startup surge allowance.
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