Super high capacity, long run time, external rechargeable universal battery pack for laptop notebook computers and other devices. Made with high quality Panasonic Li-ion battery cells.

Technical Specifications

Model:	BP150
Capacity:	153 Watt-Hour
Battery Cell:	Panasonic
Colors:	Dark Blue
Chemistry:	Li-ion
Input Charging Voltage:	DC 12 - 19V
Output Voltage:	16V/19V + 5V USB Port
Operation Current:	Max. 4.75A
Charging time:	4-6 hours
Size:	270.00 x 145.00 x 32.55mm
Weight:	1340g
Power Indicator:	4 level LED indicator
Built-in Protection Circuit:	- Over-charge - Over-discharge - Over current - Over temperature - Short circuit protection
Included in Standard Package:	- Battery x 1 pc - AC Charging Adapter x 1 pc - Adapter Power Cord x 1 pc - DC Car Charging Adapter x 1pc - Power Cable x 1 pc - Plug Tips x 12 or more

Note: There are many different ways to rate a battery capacity on market. For your information, a typical 6-cell internal notebook battery capacity is about 49 Watt-hour, a typical 12-cell internal notebook battery capacity is about 98 Watt-hour. 153 Watt-Hour Capacity is equivalent to 30000mAh @ 5V or [email protected].

Battery Capacity Rating: Watt-Hour, or Wh, is a more accurate unit to show the power capacity than Amp-. Hour (Ah) that was used before. The Watt-Hour unit means the wattage that the battery can provide within one hour. 153 Watt-hour (Wh) capacity means the battery can theoretically last 153 hours if the device it powered only needs 1 Watt power, or 1 hour if the device need 153W power. A typical 6-cell internal notebook battery capacity is about 49 Watt-hour. A typical 12-cell internal notebook battery capacity is about 98 Watt-hour. There are many different ways to rate a battery capacity on market. A lithium-ion battery cell capacity is usually measured in Ampere-hour (Ah). Since an external battery uses many battery cells, some cells are connected in parallel, some are connected in serial, using Watt-hour will be more accurate to rate its capacity. If using Ampere-hour to rate its capacity, it should state the Ampere-hour capacity is under which given voltage. For example, 9000 mAh at 16V means the battery capacity is 9000 mAh x 15V = 135 Wh. 9000 mAh at 19V means the battery capacity is 9000mAh x 19V = 171 Wh. Although the two batteries have same Ampere-hour, their actual capacity is different.

We have seen some batteries on market marked unusual large capacity, such as 20000 mAh (20Ah), but not stating under what voltage. It turns out that they just simply add battery cells Ampere-hour without consider how the battery cells connected. To convert the Ampere-hour to Watt-hour, you need to use 3.6V or 3.7V as voltage to calculate Watt-hour(3.6V or 3.7V is a lithium-ion battery cell voltage). In this case, the battery actual capacity may be only 20 Ah x 3.7V =74 Watt-hour.



These is a 5V USB port on the battery behind USB port cover. You can use this 5V USB Port to charge cellular phone, MP3 player or other small electronics that can be charged from a 5V USB port. However, the battery pack does not come with any cable for connector tips for this USB port. Our optional Z4 cable and connector tips will work with this 5V USB port.

Battery Pack:

Comparisons of External Battery and Internal Battery

	BP150 External Battery	Traditional Internal Battery
How to Charge battery	Has its own charger , battery can be charged anytime without the laptop/notebook computer. Very convenient	Must put battery into laptop/notebook computer or use expensive proprietary charger to charge battery
How to use battery	Plug to the laptop/notebook computer's DC power input plug, plug and play.	Insert the battery into the laptop/notebook computer's battery bay.
Compatibility	Can be used for 90% of laptop/notebook computers on the market. When you upgrade your laptop/notebook computer, you may still be able to use the battery for new laptop/notebook computer.	Every internal battery is proprietary. Different laptop/notebook computer needs different battery.
Other usage	Can provide 16V and 19V DC power for other electronic devices also.	can only be used for designed laptop/notebook computers.

How this battery works:

1. Set correct output voltage: This battery has it own battery charger, you can charge it from any 110V or 220V AC power source with the included AC Charger. You can also charge the battery from a car cigarette lighter with the included Car Charger

After the battery has been fully charged, set the voltage output of the battery close to your notebook DC power input requirement (which is same as your notebook AC power adapter's DC output voltage).

This battery has a switch to set the voltage output at 16V or 19V. 16V is compatible with 15V~16.5V, 19V is compatible with 18V~21V.

If your notebook DC input requirement is 15~16.5V, set the battery voltage output at 16V. If your notebook DC power input requirement is 18V ~ 21V, set the battery voltage output at 19V.

2. Select right tip:

Included with your battery is a output cable with more than 10 different connector plug tips.

(Click to see details)

The output cable (Z6 Power Cable) one end connect to the battery output port, another end has a 5,5mm/2.5mm connector which will fit a lot laptop notebook computers and other devices.

If the Z6 cable connector does not fit your laptop notebook computers, you can use one of following connector plgu tips that work with most laptop notebook computers. With the plug tips not connected to Z6 output cord, locate the correct tip by fitting the tip into your laptop notebook computer or other device DC Jack. The tip should fit snugly in the DC jack. The plug the tip to the Z6 output power cable.

Plug Tips For Laptops:

C1	C2	C3	C5	C6	C7
C8	C12	C13	C14	C15	C18
C19	C21	C23	C24

* We may discontinue some old tips and add some new tips without notice. Actual connector tips may not be exactly same as the pictures show.

3. Plug the connector and output cord

After select right connector, plug it on the Z6 output cord, then plug output cord to the battery output port:

Just that simple, now you are ready to use it !

Note: If your notebook internal battery is a working battery and has been fully charged, you can leave it in your notebook. Otherwise, we recommend you removing the internal battery from your notebook to maximize the external battery running time.The external battery will still work fine if you leave non-charged internal battery in the notebook, but it may not reach the maximum running time since it needs to charge the internal battery at same time when it is powering the computer.

How long can this external battery run ?

This battery's capacity is about 150Wh(Watt-hour):
you can compare this battery's capacity with your internal battery capacity to figure out how long this battery can run your notebook. For example, if your notebook internal battery output is: 10.8V & 4000 mAh, then, your notebook internal battery capacity is:

11.1V x 4400 mAh = = 49 Wh (Watt-hour).

This external battery capacity is about 150/49=3 times of your internal battery capacity.

If your internal notebook battery can run 2 ~ 3 hours, then the external battery pack can theoretically run about : 6 ~ 9 hours.

This is a rough estimate. Actual running time varies, depending on notebook computer's configurations and what kind of applications running . For example, screen brightness, the use of the CPU, the hard drive, the CD drive, and other peripherals results in an additional drain upon the battery, effectively reducing the battery's run-time. The total run-time of the battery is also heavily dependent upon the design of the notebook. To ensure maximum performance of the battery, optimize the computer's power management features. Refer to the computer manual for further instructions.