Shenzhen Blumoti Energy Co., Ltd. is a leading Chinese manufacturer and supplier of portable all-in-one lifepo4 power station. If you are looking to source durable, bulk portable all-in-one lifepo4 power station from China, feel free to contact our factory for details. Custom orders are welcome.
500W/1kWh and 1000W/2kWh Hand-Carry Battery Systems
The BMP314PA Series is a compact, portable all-in-one energy storage system.
It combines an LFP battery, pure sine wave inverter, charging system, and multiple power interfaces in one metal enclosure. No separate battery or inverter assembly is required.
Two models are available:
BMP314PA-32: 500W AC output with 1kWh usable battery energy
BMP314PA-64: 1000W AC output with 2kWh usable battery energy
The built-in handle makes the unit easier to carry between work areas, service locations, campsites, and temporary power points.
It can supply laptops, phones, lights, televisions, mini refrigerators, communication equipment, and selected power tools. Final load compatibility depends on continuous power and startup surge.
The standard configuration provides 230VAC, 50Hz output.
Product Highlights
- All-in-One Portable Design
The battery, inverter, and charging system are integrated into one enclosure.
This reduces external wiring and component matching. Users do not need to assemble a separate battery bank, inverter, and solar charging system.
The compact design supports temporary power, backup power, field service, and off-grid applications.
- LiFePO4 Battery Technology
Both models use lithium iron phosphate battery chemistry.
LiFePO4 is also known as LFP. This battery chemistry is widely used in portable power and solar energy storage systems.
The BMP314PA Series is suitable for buyers looking for:
- Portable LFP battery systems
- LiFePO4 solar battery solutions
- All-in-one lithium iron phosphate power stations
- Hand-carry backup batteries
- Compact off-grid energy storage
- Portable solar generator systems
- Rechargeable emergency power supplies
- Two Power and Capacity Options
The BMP314PA-32 provides 500W of rated AC output and 1kWh of usable battery energy.
It is designed for lighting, laptops, routers, communication equipment, televisions, and selected low-power tools.
The BMP314PA-64 provides 1000W of rated AC output and 2kWh of usable battery energy.
It supports higher combined loads and longer operating time.
Always check the rated power and startup surge of each appliance before use.
- Pure Sine Wave AC Output
The integrated inverter provides pure sine wave AC output.
Pure sine wave power is suitable for a wider range of electronic devices and electrical equipment than modified sine wave output.
The listed AC output specification is:
- 230VAC
- 50Hz
- ±5V voltage tolerance
- ±0.5% frequency tolerance
- AC and Solar Charging
The system supports both AC charging and solar charging.
The solar input uses an XT60 connector. Both models accept a PV input voltage range of 12–60VDC.
Maximum solar input power:
- 350W for BMP314PA-32
- 500W for BMP314PA-64
The integrated charging architecture also supports AC, solar, and DC charging functions. Exact DC charging specifications should be confirmed for the required configuration.
- Portable Metal Enclosure
The integrated carrying handle supports short-distance transport.
The compact enclosure measures 300mm wide and 180mm deep.
- BMP314PA-32 weight: 11.5kg
- BMP314PA-64 weight: 17.5kg
The unit should be placed on a stable, dry surface during operation.
- RS485 Communication
Both models include an RS485 communication interface.
RS485 can support system communication, service access, and selected integration requirements.
The required protocol and communication functions should be confirmed before ordering.
Quick Model Comparison
|
Specification |
BMP314PA-32 |
BMP314PA-64 |
|
Rated AC Output Power |
500W |
1000W |
|
Usable Battery Energy |
1kWh |
2kWh |
|
Battery Chemistry |
LiFePO4 |
LiFePO4 |
|
Battery Capacity |
314Ah |
314Ah |
|
Rated Battery Voltage |
3.2V |
6.4V |
|
Maximum Solar Input Power |
350W |
500W |
|
Maximum Charging Power |
500W |
1000W |
|
Weight |
11.5kg |
17.5kg |
|
Dimensions |
300 × 180 × 238mm |
300 × 180 × 258mm |
|
Communication |
RS485 |
RS485 |
Technical Specifications
AC Input
|
Specification |
BMP314PA-32 |
BMP314PA-64 |
|
Rated AC Input Voltage |
230VAC |
230VAC |
|
Rated Input Frequency |
50Hz |
50Hz |
|
Maximum Input Current |
2.5A |
4.35A |
|
AC Input Voltage Range |
90–280VAC ±5V |
150–275VAC |
|
Input Frequency Range |
45–65Hz |
45–65Hz |
AC Output
|
Specification |
BMP314PA-32 |
BMP314PA-64 |
|
Rated AC Output Power |
500W |
1000W |
|
Rated AC Output Voltage |
230VAC ±5V |
230VAC ±5V |
|
Rated Output Frequency |
50Hz ±0.5% |
50Hz ±0.5% |
|
Listed Overload Response |
CC 2.3A output above 500W |
CC 4.35A output above 1000W |
|
Listed Latching Response |
Below 150VAC |
Below 150VAC |
Solar Input
|
Specification |
BMP314PA-32 |
BMP314PA-64 |
|
Solar Input Connector |
XT60 |
XT60 |
|
PV Input Voltage Range |
12–60VDC |
12–60VDC |
|
Maximum PV Input Current |
15A |
15A |
|
Maximum PV Short-Circuit Current |
20A |
20A |
|
Maximum PV Input Power |
350W |
500W |
Battery
|
Specification |
BMP314PA-32 |
BMP314PA-64 |
|
Battery Chemistry |
LiFePO4 |
LiFePO4 |
|
Rated Battery Voltage |
3.2V |
6.4V |
|
Rated Battery Capacity |
314Ah |
314Ah |
|
Usable Battery Energy |
1kWh |
2kWh |
|
Adjustable Charge/Discharge Current |
1–140A |
1–157A |
|
Maximum Charging Power |
500W |
1000W |
Mechanical and Environmental Data
|
Specification |
BMP314PA-32 |
BMP314PA-64 |
|
Dimensions, L × W × H |
300 × 180 × 238mm |
300 × 180 × 258mm |
|
Weight |
11.5kg |
17.5kg |
|
Operating Temperature |
-20°C to 55°C |
-20°C to 55°C |
|
Storage Temperature |
0°C to 40°C |
0°C to 40°C |
|
Storage Humidity |
5%–80% RH |
5%–80% RH |
|
Communication |
RS485 |
RS485 |
Operating Notes
The listed battery test conditions include:
- 100% depth of discharge
- 0.5C charge and discharge rate
- 25°C to 55°C test temperature range
Charge and discharge performance may be reduced at low temperatures between -10°C and 0°C.
Actual operating performance depends on temperature, load, charging source, system settings, and battery condition.
Application Solutions
Mobile Work and Field Service
The BMP314PA Series can provide temporary AC power where fixed electrical outlets are unavailable.
Typical applications include:
- Field inspection
- Equipment servicing
- Mobile repair work
- Temporary workstations
- Installation and commissioning
- Communication equipment
- Portable lighting
The BMP314PA-32 is suitable for lighter loads.
The BMP314PA-64 provides twice the rated AC output and twice the usable battery energy.
Backup Power for Electronics
The system can supply selected electronic devices during a power interruption.
Typical loads include:
- Laptops
- Computer monitors
- Internet routers
- Mobile phones
- LED lights
- Security equipment
- Televisions
- Communication devices
The total connected load must remain within the rated output power.
Portable Power for Tools
The 500W model can support selected low-power tools.
The 1000W model can support equipment with higher operating power.
Motor-driven tools may require significantly more power during startup. Check both rated power and startup surge before selecting a model.
Outdoor and Remote Power
The portable enclosure is suitable for temporary power at campsites, remote work locations, mobile service points, and areas without convenient grid access.
A compatible solar panel can recharge the battery during daylight hours.
The unit should be kept in a dry, protected location. The supplied specification does not list an outdoor IP rating.
Solar Charging Solution
The XT60 solar input supports a 12–60VDC input range.
This allows the product to work with compatible portable or fixed solar panels.
The complete solar panel configuration must remain within the listed limits:
- Operating voltage
- Open-circuit voltage
- Input current
- Short-circuit current
- Maximum input power
Do not select a solar panel based only on wattage.
Emergency Household Power
The system can provide temporary power for selected household devices.
Possible loads include:
- Lighting
- Mobile phones
- Routers
- Laptops
- Televisions
- Selected refrigeration equipment
- Small household electronics
It is not designed to operate every household appliance at the same time.
Electric heaters, kettles, microwave ovens, air conditioners, and other high-power appliances may exceed the rated output.
Mobile Retail and Event Power
The BMP314PA Series can support selected equipment at exhibitions, outdoor sales points, temporary booths, and small events.
Potential loads include:
- LED displays
- Lighting
- Tablets
- Laptops
- Payment terminals
- Routers
- Small audio equipment
The combined load and required runtime should be calculated before use.
Buyer Benefits
Fewer Components to Source
The battery, inverter, and charging functions are integrated into one unit.
This reduces the need to purchase and match separate system components.
Faster Deployment
The compact design reduces assembly and wiring work.
The system does not require a separate external battery cabinet for standard operation.
Clear Model Positioning
The two models cover different power and energy requirements.
The BMP314PA-32 serves lower-power applications.
The BMP314PA-64 supports higher loads and longer operating time.
Easier Inventory Planning
Distributors can offer two energy levels within the same product family.
This simplifies sales training, model comparison, quotation, inventory planning, and after-sales support.
Solar-Ready Configuration
Both models include an XT60 solar input.
The shared 12–60VDC input range simplifies solar accessory planning across the product series.
Compact Shipping Size
Both models use the same 300 × 180mm base dimensions.
This supports more consistent packaging, storage, and shipment planning.
Model Selection Guide
Choose BMP314PA-32 When You Need:
- 500W rated AC output
- 1kWh usable battery energy
- A lighter 11.5kg unit
- Up to 350W solar input
- Power for laptops, phones, lighting, and routers
- A compact portable backup battery
- Lower transport weight
- Shorter-duration temporary power
- Support for selected low-power tools
Choose BMP314PA-64 When You Need:
- 1000W rated AC output
- 2kWh usable battery energy
- Up to 500W solar input
- Longer backup time
- Higher combined load capacity
- Power for multiple electronic devices
- Support for selected higher-power tools
- A portable energy storage system for field use
- A higher-capacity emergency power source
Final selection should be based on:
- Continuous load
- Startup surge
- Required operating time
- Solar panel configuration
- AC input voltage
- AC output voltage and frequency
- Required ports
- Transport weight
Runtime Planning
Battery runtime depends on usable energy and actual load.
A simple estimate is:
Estimated Runtime = Usable Battery Energy ÷ Average Load Power
Examples:
- A 1kWh battery supplying a 100W load provides up to 10 hours of theoretical energy.
- A 1kWh battery supplying a 500W load provides up to 2 hours of theoretical energy.
- A 2kWh battery supplying a 200W load provides up to 10 hours of theoretical energy.
- A 2kWh battery supplying a 500W load provides up to 4 hours of theoretical energy.
Actual runtime will be lower.
Conversion losses, temperature, reserve settings, load changes, cable losses, and battery condition affect operating time.
Procurement Information
For accurate model selection and quotation, please provide:
|
Required Information |
Evaluation Purpose |
|
Required Model |
Confirms the requested power and energy level |
|
Continuous Load |
Confirms normal operating demand |
|
Maximum Startup Load |
Checks surge compatibility |
|
Required Runtime |
Determines battery energy requirements |
|
AC Input Voltage and Frequency |
Confirms charging compatibility |
|
Required AC Output |
Confirms load compatibility |
|
Solar Panel Wattage |
Checks charging power |
|
Solar Panel Voltage |
Confirms the 12–60VDC input range |
|
Solar Panel Short-Circuit Current |
Checks the 20A limit |
|
Required Output Ports |
Confirms interface configuration |
|
Communication Requirements |
Confirms RS485 requirements |
|
Installation Environment |
Reviews temperature and site conditions |
|
Estimated Order Quantity |
Supports production planning |
|
Destination Country or Port |
Supports shipping and market review |
|
Packaging Requirements |
Confirms shipment requirements |
Frequently Asked Questions
01.What is a portable all-in-one hand-carry battery?
It is a compact energy storage unit that combines a rechargeable battery, inverter, charging system, and power interfaces in one enclosure.
The built-in handle allows the unit to be carried between work areas and temporary power locations.
02.What is the difference between BMP314PA-32 and BMP314PA-64?
The BMP314PA-32 provides 500W of AC output and 1kWh of usable battery energy.
The BMP314PA-64 provides 1000W of AC output and 2kWh of usable battery energy.
The BMP314PA-64 also supports higher solar input power and higher maximum charging power.
03.Is this a LiFePO4 solar battery?
Yes.
The system uses lithium iron phosphate battery chemistry and includes an XT60 solar input.
A compatible solar panel can be used to recharge the integrated battery.
04.Are LiFePO4 and LFP batteries the same?
Yes.
LFP is the standard abbreviation for lithium iron phosphate.
LiFePO4 is the chemical formula for the same battery chemistry.
05.Is "lithium phosphate iron battery" the correct term?
Some buyers use "lithium phosphate iron battery" when searching online.
The standard technical term is lithium iron phosphate battery.
The terms LiFePO4 battery and LFP battery are also widely used.
06.What solar panels can be connected?
Both models accept 12–60VDC solar input through an XT60 connector.
The BMP314PA-32 supports up to 350W.
The BMP314PA-64 supports up to 500W.
Maximum PV input current is 15A. Maximum short-circuit current is 20A.
The solar panel configuration must remain within every listed limit.
07.Can I connect a higher-wattage solar panel?
The connected solar array should not exceed the input limits of the selected model.
A panel with higher nameplate power should not be connected unless its complete voltage, current, and power configuration has been technically approved.
08.Can the system run a refrigerator?
It may power a compatible refrigerator if both the normal operating power and compressor startup surge remain within the product limits.
Refrigerators can draw several times their rated power during startup.
Check the appliance specifications before selecting a model.
09.Can it run power tools?
It can operate selected tools within the rated output.
The BMP314PA-32 provides 500W.
The BMP314PA-64 provides 1000W.
Motor-driven tools may have a high startup surge. Compatibility should be checked before purchase.
10.Can it power several devices at the same time?
Yes, provided the combined load remains within the rated AC output.
The total load must include every connected device. Startup surges must also be considered.
11.How long does the battery take to charge?
Charging time depends on the charging source, available input power, battery state of charge, temperature, and system settings.
The BMP314PA-32 supports up to 500W of charging power.
The BMP314PA-64 supports up to 1000W of charging power.
Actual charging time may be longer than a simple energy-to-power calculation.
12.Does the product support 120V/60Hz output for the United States?
The listed standard configuration provides 230VAC and 50Hz output.
It should not be presented as a standard 120V/60Hz US portable power station.
Buyers requiring 120V/60Hz must confirm whether a market-specific configuration is available before ordering.
13.Is this an outdoor waterproof power station?
No outdoor IP protection rating is listed in the supplied specification.
The unit should be used in a dry, protected environment unless an outdoor-rated configuration is confirmed.
14.What communication interface is included?
Both models include RS485 communication.
The protocol and available communication functions should be confirmed for the required application.
15.What is the cycle life of the LFP battery?
The supplied product specification does not state a rated cycle-life value.
A complete cycle-life specification should identify:
- Number of cycles
- Test temperature
- Depth of discharge
- Charge and discharge rate
- Remaining-capacity threshold
Request the current model-specific battery test data before ordering.
16.How should the unit be transported?
Use the integrated handle for short-distance handling.
Do not move the unit while it is connected to AC input, solar panels, or powered equipment.
Follow the applicable lithium battery packaging, transportation, and shipping requirements.
Request a Bulk Quotation
Send us the following information:
Required model
Required quantity
Continuous and peak load
Required runtime
Solar panel specifications
AC input requirement
Output voltage and frequency
Required interfaces
Destination country or port
Packaging requirements
We will review the load, charging configuration, application requirements, and destination market before quotation.
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