BiXPower Modular Portable AC Power System
BiXPower XP1600 1044Wh Portable Power Station with 600W Pure Sine Wave Inverter
High-Capacity Portable Power. Replaceable Batteries. Greater Flexibility.
The BiXPower XP1600 combines a high-capacity 1044Wh rechargeable lithium-ion battery with a separate 600W pure sine wave inverter to provide convenient 110V AC power wherever standard wall electricity is unavailable.
Unlike many all-in-one portable power stations, the XP1600 features a modular battery-and-inverter design. The battery and inverter can be carried, maintained and replaced independently, helping reduce long-term ownership costs and making it easier to extend operating time with additional compatible batteries.
Simply connect the battery to the inverter using the compatible Anderson-style power connectors, turn on the inverter and plug in your compatible AC-powered device or its original AC adapter.
1044WhBattery Energy
600WAC Inverter
110VPure Sine AC
13 lbBattery Weight
BiXPower XP1600 high-capacity modular portable power system
Power Your Electronics Anywhere
The XP1600 provides portable AC electricity for compatible laptops, communication equipment, electronic accessories, camping equipment, small office devices and other applications that require 110V AC power.
The included 600W inverter converts the battery's DC electricity into pure sine wave AC power, allowing compatible devices to operate through their original AC power adapters.
Compact and portable HL3633B rechargeable lithium-ion battery
Separate 600W inverter for flexible portable AC power
Why a Separate Battery and Inverter Is a Smart Choice
Many conventional portable power stations integrate the battery, inverter, charger and electronic controls into a single enclosure. While this all-in-one design can be convenient, it may limit flexibility when the battery ages, an electronic component fails or additional energy storage is needed.
The BiXPower XP1600 uses a modular design that separates the rechargeable battery from the AC inverter. This offers several important advantages.
1. Easy Battery Replacement
Rechargeable batteries gradually lose capacity through aging and repeated charge cycles. With the XP1600, you can replace the battery independently without replacing a perfectly functional inverter.
This can reduce long-term replacement costs compared with integrated power stations that do not offer user-replaceable batteries.
2. Independent Inverter Replacement
If the inverter requires replacement or repair, the battery can remain in service. There is no need to replace the entire power system simply because one electronic component has failed.
3. Carry Extra Batteries for Longer Runtime
One of the greatest advantages of a modular system is the ability to carry additional fully charged compatible batteries.
When the first battery becomes depleted, turn off the inverter, disconnect the battery and replace it with another charged battery.
This allows you to extend total operating time without purchasing another inverter.
4. Easier Transportation
The HL3633B battery weighs approximately 13 lb. Because the battery and inverter are separate, you can carry them individually instead of lifting one combined power station.
This makes handling more flexible, particularly when transporting equipment in bags, vehicles or confined spaces.
5. Better Thermal Separation
Heat can accelerate lithium-ion battery aging. Power inverters generate heat during DC-to-AC conversion.
Keeping the battery and inverter physically separate allows each component to be positioned for appropriate ventilation, potentially reducing unnecessary heat exposure to the battery.
6. Lower Long-Term Ownership Costs
Batteries and inverters have different service lives. A modular system allows you to replace only the component that has worn out or failed.
This may provide better long-term value than replacing an entire integrated power station.
7. Flexible Battery Capacity
Compatible batteries with different energy capacities may be selected according to the intended application, provided they meet all voltage, current, connector and protection requirements.
This provides greater flexibility than being permanently limited to one built-in battery capacity.
8. Easier Maintenance and Troubleshooting
The battery, inverter, charger and connection cables can be inspected and tested independently.
This simplifies troubleshooting and helps identify which component requires service or replacement.
9. Less Unnecessary Electronic Waste
When one component reaches the end of its service life, other functional components can remain in use.
This helps avoid unnecessary replacement of working electronics and supports more responsible equipment management.
10. Flexible Equipment Placement
The battery and inverter can be positioned separately to accommodate available space, ventilation and equipment layout.
Use only appropriately rated cables and follow manufacturer installation instructions.
11. Convenient Emergency Backup Planning
Keep an additional compatible battery charged and ready for emergencies. You can reuse the same inverter with each battery, providing flexible backup power for extended outages.
12. Independent Component Upgrades
As your power requirements change, you may be able to upgrade compatible batteries or inverter components separately.
Any replacement component must satisfy the complete system's electrical and safety requirements.
Important: A modular battery-and-inverter system is not necessarily lighter or smaller in total than every integrated power station of equivalent capacity. Its primary advantages are independent handling, component replacement, maintenance flexibility and the ability to swap compatible batteries.
Modular vs. Integrated Portable Power Stations
| Feature | BiXPower Modular System | Typical Integrated System |
|---|
| Battery replacement | Replace independently | May require internal service |
| Inverter replacement | Replace separately | Often integrated |
| Extended runtime | Swap compatible batteries | Depends on expansion capability |
| Transportation | Carry components separately | Carry combined unit |
| Thermal management | Separate component placement | Shared enclosure with designed cooling |
| Maintenance | Independent component testing | May require specialized repair |
| Upgrade flexibility | Compatible components can change | Often limited by integrated design |
| Setup convenience | Requires connecting components | Usually ready as one unit |
Some integrated power stations also offer replaceable batteries or expandable capacity. Actual advantages depend on the specific product design.
1044Wh High-Capacity Rechargeable Lithium-Ion Battery
The included BiXPower HL3633B battery provides 1044 watt-hours of rated energy in a compact rechargeable lithium-ion battery pack.
The battery is designed for 36V-class applications and has a rated capacity of 29Ah. Its detailed specification lists a nominal voltage of 37V.
Despite storing more than 1000Wh of energy, the battery weighs approximately 13 lb, making it substantially lighter than many traditional lead-acid battery systems with comparable energy storage.
Compact Size and Lightweight Construction
The HL3633B battery measures approximately 220 × 180 × 115mm (8.8 × 7 × 4.5 inches) and weighs approximately 6kg (13 lb).
Its compact housing makes it convenient for portable power applications, emergency backup equipment and installations where size and weight are important.
Convenient Battery Output Connections
The battery output cable features two ring terminals that connect to the battery's output terminals. The opposite end uses an Anderson-style power connector for convenient connection to the inverter or other compatible equipment.
Fast and Convenient Battery Charging
The XP1600 includes a dedicated AC lithium-ion battery charger designed to operate from a 110V–240V AC power source.
The original product specification lists a 200W AC charger and an approximate full charging time of 5–6 hours under suitable conditions.
Actual charging time depends on the charger's output, battery state of charge, temperature and charging conditions.
Dedicated AC charger for the HL3633B rechargeable battery
Charging Safety: Use only a compatible lithium-ion battery charger. A standard laptop AC power adapter is not necessarily suitable for charging a lithium-ion battery because the charging process requires appropriate voltage and current control.
Built-In Battery Protection Features
The HL3633B battery includes an internal protection circuit designed to help protect the battery from abnormal electrical conditions.
- Cell balancing
- Overcharge protection
- Over-discharge protection
- Overcurrent protection
- Short-circuit protection
- Temperature protection
- Secondary protection functions
- Durable, water-resistant ABS plastic casing
- Internal structural support against vibration
These protection features help reduce risks but do not eliminate the need for proper battery handling, charging and storage.
HL3633B Battery Specifications
| Battery Model | HL3633B |
| Cell Brand | Panasonic, as listed in original specifications |
| Chemistry | Rechargeable lithium-ion |
| Nominal Voltage | 37V DC (36V-class battery) |
| Minimum Voltage | 30V DC |
| Maximum Voltage | 42.5V DC |
| Rated Capacity | 29Ah |
| Rated Energy | 1044Wh |
| Charge Voltage Limit | 42.5V |
| Maximum Charge Current | 10A |
| Continuous Discharge Current | 40A |
| Burst Discharge Current | 60A, up to 10 minutes per original specification |
| Dimensions | 220 × 180 × 115mm (8.8 × 7 × 4.5 inches) |
| Weight | Approximately 6kg / 13 lb |
| Charging Temperature | 0°C to 45°C |
| Discharging Temperature | -20°C to 60°C |
| Storage Temperature | -20°C to 40°C |
| Published Cycle Life | 500 cycles; test conditions not specified |
| Battery Protection | Cell balancing, overcharge, over-discharge, overcurrent, temperature and secondary protection |
600W Pure Sine Wave Power Inverter
The included 600W inverter converts DC electricity from the rechargeable battery into 110V AC power.
Its pure sine wave output closely resembles utility-supplied AC electricity and is generally preferable to modified sine wave power for many sensitive electronic devices.
The inverter provides up to 600W rated continuous output, subject to battery capability, operating conditions and the inverter's electrical specifications.
Compact Portable Inverter
The inverter's compact design makes it convenient for portable applications and temporary power installations.
DC Battery Input Connections
The inverter uses a DC input connection cable with ring terminals at the inverter end and a compatible Anderson-style connector at the battery end.
This arrangement allows the battery and inverter to be connected and disconnected without permanently integrating the two components.
Smart Cooling Fan
The inverter includes a cooling fan designed to operate when cooling is needed.
Fan operation helps dissipate heat generated during DC-to-AC conversion. Always keep the inverter's ventilation openings unobstructed.
Advantages of Pure Sine Wave AC Power
A pure sine wave inverter produces a smooth AC waveform similar to the electricity supplied by standard household outlets.
Compared with modified sine wave inverters, pure sine wave output offers important advantages for many electronic devices.
- Better compatibility with many sensitive electronic devices and AC adapters
- Reduced audible buzzing in some motors, fans and transformers
- Reduced electrical interference in some audio/video equipment
- Improved compatibility with certain battery chargers
- More suitable output waveform for equipment requiring sinusoidal AC power
- Potentially smoother operation of certain electronically controlled appliances
The original inverter description lists approximately 90% conversion efficiency and 3–5% total harmonic distortion. Actual performance depends on load and operating conditions.
Device Compatibility: Pure sine wave output does not guarantee compatibility with every device. Check the device's voltage, frequency, continuous power demand, startup surge and manufacturer requirements before use. High-power appliances may exceed the inverter's 600W rating.
Estimated Battery Runtime
The HL3633B battery stores approximately 1044Wh of rated energy.
Actual AC runtime depends on the connected device's average power consumption, inverter efficiency, inverter standby consumption, battery condition, temperature and operating conditions.
The estimates below assume 85% of rated battery energy is delivered to the AC load. They are simplified estimates and do not separately account for inverter standby consumption.
| Average AC Load | Estimated Runtime |
|---|
| 25W | Approximately 35.5 hours |
| 50W | Approximately 17.7 hours |
| 75W | Approximately 11.8 hours |
| 100W | Approximately 8.9 hours |
| 150W | Approximately 5.9 hours |
| 200W | Approximately 4.4 hours |
| 300W | Approximately 3.0 hours |
| 400W | Approximately 2.2 hours |
| 500W | Approximately 1.8 hours |
| 600W | Approximately 1.5 hours |
Estimated runtime formula: 1044Wh × 0.85 ÷ average AC load in watts.
Actual operating time may be shorter, particularly with low-power loads where inverter standby consumption represents a larger percentage of total power use.
Extend Runtime with Additional Batteries
With the modular XP1600 system, you can carry additional compatible charged batteries and use them sequentially with the same inverter.
| Number of 1044Wh Batteries | Combined Rated Stored Energy |
|---|
| 1 Battery | 1044Wh |
| 2 Batteries | 2088Wh |
| 3 Batteries | 3132Wh |
| 4 Batteries | 4176Wh |
These figures represent total energy available when the batteries are used individually and sequentially, not simultaneously connected together.
This approach can provide greater flexibility for camping, outdoor activities, remote work and emergency backup applications.
Battery Connection Safety: Turn off the inverter before changing batteries. Do not connect multiple batteries in series or parallel unless expressly approved by the battery manufacturer.
Ideal Applications
Emergency Backup Power
Provide temporary AC power for compatible networking equipment, communications devices, lighting and small electronics during outages.
Camping and Outdoor Activities
Operate compatible chargers, portable electronics and camping accessories where utility power is unavailable.
Remote Work and Mobile Offices
Power compatible laptops, monitors and other low-power office equipment using their original AC adapters.
Photography and Field Equipment
Provide portable AC electricity for compatible camera chargers, test equipment and field electronics.
Communications Equipment
Support compatible communication and networking devices during temporary outages or remote operations.
Portable Off-Grid Applications
Use the system as a portable AC source for compatible equipment within its electrical limits.
For medically critical or life-sustaining equipment, use a manufacturer-approved backup power solution. This product is not represented as a certified medical-grade power source or an uninterruptible power supply.
How to Use the XP1600 Power Station
- Place the battery and inverter on stable, dry surfaces with adequate ventilation.
- Make sure the inverter is switched off.
- Connect the battery output cable to the battery terminals, observing correct polarity.
- Connect the battery and inverter using the supplied compatible Anderson-style connectors.
- Verify that all connections are secure and correctly polarized.
- Turn on the inverter.
- Connect a compatible 110V AC device or its original AC power adapter.
- When finished, switch off the inverter before disconnecting the battery.
Package Contents
BiXPower XP1600 complete portable power system package
- One BiXPower HL3633B rechargeable lithium-ion battery, 36V-class, 29Ah, 1044Wh
- One 200W AC lithium-ion battery charger with power cord
- One 600W 110V pure sine wave power inverter
- Compatible connection wires for connecting the battery to the inverter
Important Safety Information
- Never short-circuit the battery output terminals.
- Always observe correct DC input polarity.
- Use only compatible, properly rated power cables and connectors.
- Do not exceed the battery's discharge-current limits.
- Do not exceed the inverter's rated continuous output power.
- Turn off the inverter before connecting or disconnecting batteries.
- Do not connect multiple batteries in series or parallel without manufacturer approval.
- Keep the inverter dry and adequately ventilated.
- Do not block the inverter cooling fan or ventilation openings.
- Use only compatible lithium-ion battery charging equipment.
- Do not charge or operate damaged, swollen or overheating batteries.
- Charge the battery only within its specified temperature range.
- Keep exposed terminals protected from accidental contact with conductive objects.
- Recycle depleted lithium-ion batteries through appropriate battery recycling facilities.
Frequently Asked Questions
What makes the BiXPower XP1600 different from an all-in-one power station?
The XP1600 uses a separate rechargeable battery and inverter. This allows independent component replacement, easier maintenance, flexible transportation and longer total runtime through sequential use of additional compatible batteries.
Can I replace the battery without replacing the inverter?
Yes. The battery can be replaced independently with a compatible battery that meets the inverter's voltage, current, connector and protection requirements.
Can I replace the inverter separately?
Yes. A compatible inverter can be replaced independently without replacing a functional battery.
Can I carry multiple batteries for longer runtime?
Yes. Additional compatible charged batteries can be used one at a time. Turn off the inverter before disconnecting one battery and connecting another.
Is this system lighter than an integrated power station?
Not necessarily in total weight. The HL3633B battery weighs approximately 13 lb, and the inverter adds additional weight. The modular design allows the components to be carried separately, which may make transportation and handling easier.
How long can the XP1600 power a 100W device?
A simplified energy calculation suggests approximately 8.9 hours using an illustrative 85% energy-delivery factor. Actual runtime may be shorter because of inverter standby consumption, battery condition and other operating losses.
Can the XP1600 power a laptop?
Yes, for compatible laptops whose original AC adapters operate within the system's electrical limits. Connect the laptop's AC adapter to the inverter's 110V AC output.
What is a pure sine wave inverter?
A pure sine wave inverter converts DC electricity into AC electricity with a smooth waveform similar to household utility power. It is generally more compatible with many sensitive electronic devices than modified sine wave power.
Can I use another 36V battery with this inverter?
Only if the battery is approved as compatible and meets the inverter's complete voltage, current, connector, polarity and safety requirements. Nominal voltage alone does not guarantee compatibility.
Can I connect multiple batteries together?
Do not connect batteries in series or parallel unless the manufacturer expressly approves that configuration. Additional batteries can be used individually and sequentially.
How long does it take to charge the battery?
The original product specification lists approximately 5–6 hours using the included AC charger under suitable conditions. Actual charging time depends on remaining capacity, charger output and operating conditions.
Can I use a regular laptop AC adapter to charge the battery?
No. Use a compatible lithium-ion battery charger with appropriate charging voltage and current control, unless the battery manufacturer specifically approves another charging method.
Can this system be used for emergency backup?
Yes, for compatible noncritical electronic devices within the system's electrical limits. It is not represented as an uninterruptible power supply or certified medical-grade backup power system.
Why Choose BiXPower?
BiXPower specializes in rechargeable battery systems, portable power products, DC power converters and power accessories.
Our modular battery and inverter solutions provide flexibility for portable power applications, allowing customers to replace components independently, extend runtime with compatible spare batteries and reduce unnecessary equipment replacement.
High-Capacity Power. Replaceable Batteries. Long-Term Flexibility.
Choose the BiXPower XP1600 for a 1044Wh rechargeable lithium-ion battery, 600W pure sine wave AC power, convenient battery replacement, flexible maintenance and extended runtime through sequential use of additional compatible batteries.
BiXPower — Power Your Life.
