FAQ
A single unit that converts power in both directions — discharging the battery to AC for loads, and charging it from an AC source back to DC. It replaces a separate inverter and charger with one integrated device.
A standard inverter only discharges (DC→AC). A bidirectional inverter charger also charges (AC→DC) through the same power stage, so one unit handles both directions under unified control.
Yes — our bidirectional inverters coordinate charge current and cutoff with battery management systems. The exact profile and protocol depend on your battery and BMS, so send us your specs to confirm.
Energy storage systems, EV and vehicle integration, and off-grid or hybrid setups — anywhere power needs to flow both into and out of a battery.
Yes — engineered for continuous duty and backed by IATF 16949, EMC, LVD, and UL certifications, from a 30-year OEM/ODM manufacturer.
It converts 48V DC — from a battery bank or system bus — into AC power for EV infrastructure, energy storage, and industrial equipment. The 48V input offers better efficiency and lower line loss than 12V or 24V systems.
Higher voltage means lower current for the same power, so you get thinner cabling, less resistive loss, and better efficiency. Modern storage and EV systems standardize on 48V for these reasons.
Yes. Pure sine wave output protects sensitive electronics and is essential for equipment with microprocessors or variable-speed motors.
Our 48V converters work with standard 48V configurations across common chemistries, but the right match depends on your voltage window and load. Send us your specs and we'll confirm.
Yes — engineered for continuous duty and backed by IATF 16949, EMC, LVD, and UL certifications.
Add up the continuous wattage of everything you'll run at once, then add surge headroom (2–3× for motors and compressors). Size up so the inverter isn't running at its limit. Essential-only backup often needs less than expected; whole-home setups need considerably more.
For any home with modern electronics, yes. Modified sine wave can damage or shorten the life of sensitive devices like fridges, computers, and medical equipment. Pure sine wave delivers clean, wall-socket-quality power.
Small standalone battery-and-inverter setups can be DIY if you're comfortable with wiring, correct cable gauge, and fusing. Anything tied into your home's mains wiring should be installed by a qualified electrician.
IZZY POWER manufactures pure sine wave home inverters built for reliable backup use, backed by certifications including EMC, LVD, and UL. Contact us to find the model that fits your home.
A DC-to-AC converter built on a four-switch H-bridge that produces a single-phase alternating output. The four switches alternate in diagonal pairs to reverse current through the load, and PWM shapes the result toward a sine wave.