The Boltpower BH0510C combines a 10.24kWh LiFePO₄ battery with 5,000W rated pure sine wave AC output in a wheeled enclosure. It provides stored energy for selected household loads, small business equipment and temporary power requirements.
AC charging and MPPT solar charging provide flexible ways to recharge the battery. With up to 6,000W PV input and an LCD display, the BH0510C supports projects that need substantial battery capacity and occasional relocation.
Key Specifications
| Feature | Specification |
|---|---|
| Rated AC output | 5,000W |
| Surge power | 10,000W |
| Battery energy | 10,240Wh / 10.24kWh |
| Battery chemistry | LiFePO₄ |
| AC waveform | Pure sine wave |
| Maximum PV input power | 6,000W |
| MPPT operating voltage range | 120–430V |
| Specified transfer time | 10ms in normal and UPS modes |
| Display | LCD |
| Mobility | Wheeled design |
Share your destination market, required quantity and intended loads to discuss the appropriate configuration.
High-Capacity Backup Power in a Wheeled Design
5,000W Rated Output for Multiple Loads
The BH0510C delivers 5,000W of rated AC output with a pure sine wave waveform. It can support a combination of appliances and equipment within its output limits.
The specified surge power is 10,000W. Equipment with motors or compressors should be assessed against its starting demand and the power station’s overload characteristics before use.
10.24kWh LiFePO₄ Battery Capacity
The integrated LiFePO₄ battery provides 10.24kWh of nominal stored energy. This capacity supports extended backup applications where smaller power stations would require more frequent charging.
Actual operating time depends on connected load, usable battery energy, conversion losses, temperature and operating conditions.
AC and Solar Charging
The BH0510C supports AC charging and MPPT solar charging, with a maximum PV input power of 6,000W and an MPPT operating voltage range of 120–430V.
Solar charging performance depends on the connected array, available sunlight and system conditions. Confirm the complete PV input limits and connection requirements before selecting a solar array.
10ms Backup Power Transfer
The BH0510C switches from incoming AC power to battery power within 10ms in both normal and UPS modes, helping keep connected appliances and equipment running during a power outage.
For sensitive equipment, confirm that its power interruption tolerance is compatible with the 10ms transfer time.
Wheels for On-Site Relocation
The wheeled enclosure helps move the unit between suitable operating locations. At approximately 115.4kg, the BH0510C is intended for wheeled relocation rather than hand carrying.
Consider access routes, floor conditions, thresholds and the final operating position when planning deployment.
LCD Display
The integrated LCD provides an on-device interface for checking operating information and system settings.
Applications
Household Backup Power
Provide backup energy for selected household appliances and devices during a power interruption. Assess running power, starting demand and required operating time when choosing which loads to support.
Small Business Backup
Evaluate the BH0510C for selected office, retail or service equipment that benefits from an alternative power source. Confirm compatibility with the equipment and the intended connection arrangement.
Temporary Power at a Fixed Location
Use the wheeled format where battery power needs to be positioned for an event, temporary workspace or other planned activity. Confirm the environmental and load requirements for the location.
Solar-Assisted Backup
Recharge from a compatible PV array to support applications where solar energy is available. Array sizing and charging performance should be evaluated for the installation site.
Technical Specifications
| Parameter | BH0510C |
|---|---|
| Rated output power | 5,000W |
| Surge power | 10,000W |
| Output waveform | Pure sine wave |
| AC output voltage options listed | 208 / 220 / 230 / 240V |
| AC output frequency | 50 / 60Hz |
| AC connection notation | L + N + PE |
| Battery module energy | 10,240Wh |
| Battery type | LiFePO₄ |
| Cycle life | ≥6,000 cycles; brochure test condition: 0.5C charge/discharge |
| Maximum AC input current | 40A |
| Maximum PV input power | 6,000W |
| MPPT operating voltage range | 120–430V |
| Transfer time | 10ms, normal mode / UPS mode |
| Output sockets listed | 10A and 16A sockets described as waterproof in the brochure |
| Display | LCD |
| Dimensions, W × H × D | 561 × 376 × 947mm, as listed in the brochure |
| Net weight | Approximately 115.4kg |
| Charging temperature | 0–55°C |
| Discharging temperature | −20–55°C |
Voltage, frequency and socket configuration should be confirmed for the ordered version. The socket description does not establish an ingress protection rating for the complete power station.
Selecting the Right Configuration
Before requesting a quotation, prepare the following information:
- Destination market: Country, required AC voltage, frequency and outlet type.
- Connected equipment: Running power and starting requirements of each load.
- Backup duration: How long the selected equipment needs to operate.
- Charging arrangement: Available AC supply and any proposed solar array.
- Placement: Available space, access route and operating environment.
- Order requirements: Quantity, sample requirements and any requested branding or packaging options.
The total continuous load must remain within the rated output. Motor-driven equipment may require additional starting power.
Frequently Asked Questions
What is the difference between 5kW and 10.24kWh?
5kW is the rated AC output power. It describes the continuous load the power station is specified to supply.
10.24kWh is the nominal battery energy. It helps determine how long connected equipment can operate, together with usable capacity and system losses.
Does the BH0510C include an inverter?
Yes. The BH0510C is an integrated power station with a LiFePO₄ battery and pure sine wave AC output. It differs from a standalone storage battery that requires an external inverter to power AC loads.
How long can the BH0510C power my equipment?
Runtime depends on the average connected load and the battery energy available to the load. A preliminary estimate divides usable battery energy by average load power.
The 10.24kWh nominal capacity should not be treated as fully available AC energy. Conversion losses, operating conditions and system settings affect actual runtime. Provide a load list and required duration for a more useful assessment.
Can the BH0510C charge from solar panels?
Yes. The specification lists up to 6,000W PV input and an MPPT operating voltage range of 120–430V.
Confirm the array’s voltage, current, connectors and cold-weather open-circuit voltage against the complete input specifications before connection.
Can it start refrigerators, pumps or other motor-driven equipment?
Possibly, depending on the equipment. The BH0510C is specified for 5,000W rated output and 10,000W surge power, but motor starting demand and surge duration vary.
Check the individual load’s starting requirements and the power station’s overload limits before confirming compatibility.
Can the BH0510C supply an entire home?
It can support selected household loads within its output and energy limits. Supplying a home through its electrical distribution system requires a suitable connection design and confirmation of the supported installation method.
Share the intended load list and connection requirements before treating it as a whole-home backup solution.
Is the BH0510C suitable for frequent carrying?
The BH0510C weighs approximately 115.4kg. Its wheels assist relocation on suitable surfaces, but it is not designed to be hand carried like a compact power station.
Does a 10ms transfer time guarantee uninterrupted operation for every device?
No. The specification lists a 10ms transfer time, while different devices tolerate interruptions differently. Confirm compatibility for equipment that requires continuous power.
