300W Power Inverter Compatible with Ryobi 18V Battery - DC 18V to AC 110V Battery Converter, Portable Power Station with PD 65W Type-C Fast Charging & 2 AC Outlet & 1 USB-A 18W Max

Specifications

• 300W POWER CONVERTER: This 300W power inverter can step up DC 18V to AC 110V-120V, quickly convert your battery into a portable charger to provide reliable power source for phones, laptops, tablets, radios, fans, work lights, small electronics devices and more. Ideal for outdoor activities, road travel, emergency power supply and home backup power
• INVERTER BATTERY COMPATIBILITY: The cordless power inverter is battery operated, compatible with Ryobi 18V batteries, suitable for P102, P103, P104, P105, P107, P108, P109, PBP002, PBP003, PBP004, PBP005, PBP006, P189, P190, P191, P192, P193, P194, P195 and more. Simply slide the adapter into the battery slot and lock it in place to power your electronic devices anytime, anywhere (Note: Battery Not Included)
• PD 65W FAST-CHARGING & MUTIL PORTS: Portable inverter power station equipped with 2 AC plug outlets(Total Power 300W Max), a Type-C PD 65W fast charging and 1 USB-A port(18W Max). When both inverter Type-C port and USB-A port are used simultaneously, the two charge port output power is 5V2A, 10W Max
• ENHANCED SAFETY FEATURES: Power converter charger built-in intelligent chip provides low-voltage, over-voltage, over-load, over-current, short-circuit, over-heat, and under-voltage protection. When battery input DC voltage drops below 15.5V, the AC outlets cut off automatically, other output ports remain functional. It is recommended to turn off the adapter main switch and remove the battery to prevent unnecessary discharge and preserve battery life
• COMPACT PORTABLE DESIGN: Battery power converter features a compact, lightweight design, only 4.8 x 3 x 1.8 inches size, making it easy to carry. Perfect for camping, daily outings or home power outages. Power inverter built-in cooling fan automatically start operation when the inverter AC power switch is turned on, ensuring efficient heat dissipation. Note: High-power electronic devices exceeding 300W are not recommended