EXBATT
    EXBATT
    Products / Portable power

    Portable power stations, supplied and supported locally.

    Lithium battery units with built in inverter and charger, sized for household backup, outdoor use, and light professional loads. Supplied with local support in Kosova and Albania.

    Short answer

    A portable power station is a self contained lithium battery with a built in inverter, charger, and AC and DC outputs, used as silent backup power without fuel or fixed installation. EXBATT supplies units in roughly the 1 kWh and 2 kWh capacity classes, with lithium iron phosphate cells, mains and solar charging, and local support in Kosova and Albania.

    Capacity classes

    Two classes cover almost every request.

    Units are specified by energy in kilowatt hours, which sets how long they run, and by continuous output in watts, which sets what they can run. The 1 kWh class suits routers, lighting, laptops, and a fridge for a few hours. The 2 kWh class adds headroom for a water pump, power tools, or a longer outage. Cells are lithium iron phosphate, rated for thousands of cycles rather than hundreds.

    • —Roughly 1 kWh class: light loads, several hours of continuity
    • —Roughly 2 kWh class: heavier loads and longer outages
    • —Lithium iron phosphate cells, high cycle life
    • —Pure sine wave AC output, USB and DC outputs
    • —Mains and solar charging, app monitoring
    Run time

    Run time is energy divided by load.

    Divide usable energy in watt hours by the load in watts, then allow around 10 percent for conversion losses. A 1 kWh unit carries a 60 W router and lighting for roughly 15 hours, a 150 W fridge for around 6 hours, and a 1000 W kettle for a few minutes. High heat loads such as boilers, electric heaters, and air conditioning are limited by output power, not by capacity, and usually need a fixed system instead.

    Router and lightingFridgeTools and pumps
    Where they fit

    Homes and outdoors, work sites and events.

    At home they cover outages without a generator, indoors and silently, with no exhaust. Outdoors they run fridges, lighting, and charging on camping and travel. On work sites and at events they power tools, measurement gear, cameras, and stands where no supply is available. For continuous protection of IT or process loads, a UPS is the correct product, and for whole building supply a fixed battery system is.

    Household backupCamping and travelWork sites and events

    Frequently asked

    How long will a portable power station run a fridge?
    A typical household fridge draws 100 to 200 W while the compressor runs and cycles on and off. A 1 kWh unit usually carries it for 5 to 8 hours and a 2 kWh unit for 10 to 16 hours, depending on ambient temperature and how often the door is opened.
    Can it power a boiler or an air conditioner?
    Usually not. Water heaters, electric heaters, and air conditioners draw 1500 W and above continuously, which exceeds the output of these classes or drains them in under an hour. Those loads need a fixed hybrid or storage system sized to the building.
    Is it safe to use indoors?
    Yes. There is no combustion, no exhaust, and no fuel storage, unlike a petrol generator. Lithium iron phosphate is the most thermally stable common lithium chemistry. Keep the unit ventilated, dry, away from heat sources, and out of sealed enclosures while charging.
    How does it differ from a UPS?
    A UPS is permanently wired between mains and the load and transfers in milliseconds, so protected equipment never sees the interruption. A portable power station is plugged in manually after the outage, so connected devices restart. Use a UPS where an interruption is unacceptable.
    How does it differ from a home battery system?
    A home battery system is installed in the electrical panel, sized in the 5 to 20 kWh range, and supplies circuits automatically, often paired with solar. A portable station is moveable, smaller, and supplies only what is plugged into it.
    Can it be charged from solar panels?
    Yes. These units accept DC input from portable or fixed panels through a built in solar charge controller, so they can be recharged off grid. Charging time depends on panel power and irradiance; a 400 W array typically refills a 1 kWh unit within a few hours of good sun.

    Related

    Tell us the loads you need to cover.

    Send the appliances and the hours of autonomy you want and we will confirm the right capacity class, availability, and support terms.