Automaxx 350W 混合式逆變器

Whether for RVs, picnics, emergencies, fieldwork, yachts, or green energy, our system ensures stable and dependable power in any situation.

✔️ Built-in 10A Battery Charger
✔️ Built-in External Relay
✔️ Solar Charging Controller

Save yourself the estimated $700 USD and countless hours of labor by opting for our all-in-one hybrid inverter. It combines AC conversion, battery and solar charging, and UPS mode into a single, easy-to-install unit. Skip the complexity of manual setups and enjoy seamless, efficient power management without the extra costs.

Priority AC Usage: Powers devices from the grid, switching to battery backup within 15ms during outages, and keeps the battery charged when grid power is available.

Priority DC Usage: Runs on battery and solar power, switching to the grid in 15ms when the battery is low, then returns to battery power once recharged.

Our advanced "MCU" CPU system handles all power control, ensuring precise management of 12V battery charging and discharging, stable AC output (110V), and direct BYPASS from external sources. This centralized system unifies power switching standards, minimizes standby power, and significantly extends both supply and standby times. With multiple charging methods and automatic voltage reduction, the MCU system effectively prolongs battery life, delivering reliable and efficient power management under normal usage conditions.

Our system provides five key safeguards: low voltage shutdown, high voltage shutdown, overload protection, temperature protection, and short circuit protection. These automatic features ensure your device is protected from voltage fluctuations, overheating, and electrical hazards, delivering reliable safety in all operating conditions.

A DC to AC power inverter converts battery DC power into convenient AC power. With a large battery and an inverter, you can easily access AC power anywhere.

Step 1: Connect the AC outlet (part 2) to your appliances as shown in Step 1.
Step 2: Connect the battery terminals (parts 17 & 18) to the battery, ensuring correct polarity as shown in Step 2.
Step 3: Connect the solar charge terminals (parts 11 & 12) to the solar panel, ensuring correct polarity as shown in Step 3.
Step 4: Connect the ground terminal (part 15) to the ground wire as shown in Step 4.
Step 5: Connect the AC input socket (part 13) to the AC mains as shown in Step 5.
Step 6: Switch the inverter on.
A solid red power indicator light means the system is operating normally. If the light is blinking, turn off the inverter and check the wiring.