Meet XF150
Power Station
Power
Anywhere,
Anytime!
Anywhere,
Anytime!
The Xparkle XF-150 is essentially a portable and affordable battery that charges your devices during a power outage or in situations where you don't have access to a power outlet.
153Wh
QC3.0
Charging
Charging
Multiple
Outputs
Outputs
MPPT
Portable
SOS
Flashlight
Flashlight
Charge & Go!
It is best used for camping, tailgating, or whenever you might not have access to a power outlet.
XF150 is specially designed for charging phones, tablets, laptops, drones and other smaller electronics. It simply powers your outdoor adventure with the peace of mind!
Whether you're camping for a few days or hiking for a couple of hours, with XF-150, you've got the perfect amount of power to keep your essential appliances charged.
What can 153Wh power run?
iPhone
10Recharges
iPad
4Recharges
Phantom 4 Pro
5Recharges
SONY Alpha 1
11Recharges
Macbook Pro
6Recharges
INORCE Flashlight
9Recharges
Projector
3Recharges
Game Console
9Recharges
After shelter, water and food, emergency power may be your next priority in a disaster situation.
The above cycles the power station can endure you has proved: it can be an actual lifesaver in times of emergencies caused by natural disasters or power outages.
It allows you to stay connected and reach out to loved ones or call for help if needed.
* The data is collected from XPARKLE Lab and for reference only!
Lightweight & Portable
Weighing only 4.40lb(2.0kg), this power station can keep lights, phones and laptops onwhile camping. in case of an emergency, or wheneveryou need power urgently
Size: 200x120x145mm
Various Powering Options
Charge 7 Devices Simultaneously:
With a 120W AC outlet, 18W USB-C port, 3 USB-A ports, XF-150 can charge all your essential appliances or devices.
With a 120W AC outlet, 18W USB-C port, 3 USB-A ports, XF-150 can charge all your essential appliances or devices.
120W AC outlet
18W USB-C Port
3 USB-A Port
DC 12V Port
LED flashlight
Universal Voltage
We deliver this power station to different countries with the local regulated socket and voltage.
Get Charged
Anywhere, Anytime!
Anywhere, Anytime!
Indoor:
Plug it into the wall outlet. It takes about 5 hours to fully recharge.
Plug it into the wall outlet. It takes about 5 hours to fully recharge.
Outdoor:
Connect a compatible solar panel. Charge time will depend on the size of the solar panel.
Connect a compatible solar panel. Charge time will depend on the size of the solar panel.
In-car:
Charge from the car 12V adapter in about 4-6 hours.
Charge from the car 12V adapter in about 4-6 hours.
Solar input maximized with MPPT
What is MPPT(Maximum Power Point Tracker ):
The MPPT Charge Controller is an electronic circuit that regulates the charge of a battery from a solar PV source. It also controls the charging values, assuring that the solar panel operates at its maximum capacity in a given set of conditions.
The power of a solar panel is measured in Watts. Power is the product of voltage (Volts) by the current (Amps): Volts x Amps = Watts Charge Controllers with MPPT always seek the balance between voltage and current coming out of the solar panels in a way that the maximum power possible is achieved. If we look at the next curve, the maximum power point is located in the “knee” of the curve.
The MPPT of a charge controller will keep the solar panels operating as close as possible to this point, thereby increasing the production of the solar array.
Xparkle has deployed the built-In proprietary MPPT circuit and algorithm to optimize the maximum charging efficiency. Charging efficiency is increased up to 30% compared to the conventional PWM.
PWM
MPPT
+40%
Ultra-Safe with BMS
BMS, also known as the “brain” of the battery, is responsible for the efficiency, safety, and longevity of Lithium-ion batteries. Primary functions of the BMS include SOC(state of charge) identification, ensuring balanced charge cycles, measuring cell voltages, etc.
Xparkle uses LiFePO4 batteries with longer life and stability with the state-of-the-art BMS(Battery Management System) that prevents over-charge, over-current, and short-circuiting troubles.
Short circuit
protection
protection
Heat
protection
protection
Overcharge
protection
protection
Overcurrent
protection
protection
Overvoltage
protection
protection
Overload
protection
protection
Prolonged Life cycles:
Outperforming conventional Lithium-ion battery
Compared to Lithium-ion's 500-1000 cycles life,
the Lithium ion phosphate can last 2000 cycles.
the Lithium ion phosphate can last 2000 cycles.
Life Cycle Comparison
LiFePO4
Li-ion
500
1000
Built-in LED flashlight with SOS mode
The built-in flashlight also has a dimer beam option, a strobe and an SOS blinking pattern, both of which can come in handy for casual camping or wilderness survival.
SOS
* Click the button to experience.
Intelligent Thermal Fan
The onboard processor keeps monitoring the inner heat caused by the battery pack, charging circuit, and inverting system. Whenever the temperate reaches the threshold preset by the algorithm, the fan starts blowing through the convection duct.
In this way, the station keeps temperatures down even at maximum output.
In this way, the station keeps temperatures down even at maximum output.
USB Output QC 3.0
Individual Button: Flexible control and secure
LED Flashlight: Low Mode and High Mode
Fireproof ABS Chassis
