Portable Power Station 16KWh 20KWh 3x15A Australian Sockets 300A Discharge

Portable Power Station 16KWh 20KWh 3x15A Australian Sockets 300A Discharge

Skip the Noise, Skip the Fuel
Most backup power solutions come with a catch—droning engines, exhaust fumes, and trips to the petrol station. This one doesn't. The Ecolite portable power box runs silently on stored battery energy, producing zero emissions and zero carbon monoxide. That means you can run it inside a living room, a hospital corridor, or a film set without disturbing anyone or triggering air quality alarms. It's available in two energy capacities—15KWh or 20KWh—so you can match the size to your typical usage.

AC Outlets and Charging
The power box features three 15A sockets that accept standard Australian plugs. Recharging is possible through AC230V mains power, or via an optional external 20KW fast charger that significantly reduces downtime. The unit can also accept solar input for renewable energy charging (specific solar parameters not listed in this datasheet).

The Inverter Gives You Choices
You're not stuck with a single output level. This unit comes with three inverter options: 5KVA, 8KVA, or 10KVA. Why does that matter? Because running a 10KVA inverter to power a few LED lights wastes battery charge. You can dial it down to 5KVA for lighter loads and extend your runtime, or crank it up to 10KVA when you need to run power tools or a large fridge. Each inverter delivers pure sine wave 230VAC at 50Hz with ±5% voltage regulation—clean enough for laptops, medical gear, and studio monitors.

Two Battery Packs, One Rugged Box
The 15KWh version packs a 51.2V 314Ah battery (16KWh usable). The 20KWh version ups that to 410Ah (20KWh usable). Both use LiFePO4 chemistry, which means they last through 6000 cycles at 100% depth of discharge while still holding over 70% of their original capacity. Continuous discharge hits 300A—enough to run heavy loads—and pulse discharge peaks at 450A for up to 51 seconds to handle startup surges. The BMS cuts discharge at 40V and reconnects at 43.2V, with a charge voltage window of 56.8V to 58.4V.

How to Refill the Tank
There's no fuel cap, but there are three ways to recharge. Plug into a standard 230V Australian wall outlet via the 15A inlet for a slow overnight top‑up. Connect the optional 20KW external charger for a fast turnaround—great for job sites where downtime costs money. Or hook up solar panels (the unit accepts DC input) to keep it running off‑grid indefinitely. The maximum charge current is 300A, so it fills up as fast as the infrastructure allows.

What You Plug In
The distribution panel gives you three 15A 230V Australian GPOs, each protected by an RCBO. There's also a 15A 1‑phase inlet for trickle charging and a 320A REMA connector for high‑current external input. The front panel shows you state of charge, voltage, and current draw, with a battery ON/OFF switch, a battery isolator, and RCBO protection all fitted. The whole thing is housed in a high‑strength enclosure that takes knocks on transport and job sites.

When and Where
Power outages at home—keep the fridge running, the router online, and medical devices charged. Outdoor events—weddings, markets, or film shoots that need quiet, clean power. Construction sites—tools and lighting without upsetting neighbours. Emergency response—disaster relief where fuel logistics are a nightmare. Remote work sites, RV parks, and off‑grid cabins also make the list.

Just Set It Down
Find a flat, stable surface with good airflow. Plug in your devices. Turn it on. That's it. The front display tells you how much charge is left. If you need a fast recharge, plug in the optional 20KW charger. If you have all night, use the AC230V mains input. No oil changes, no spark plugs, no fuel stabilisers.