Bluetti B500K

Overview of Bluetti B500K

The BLUETTI B500K is a high-capacity 5,120Wh expansion battery built to extend the runtime of compatible BLUETTI power systems. It is designed for users who need more stored energy for home backup, off-grid living, cabins, workshops, and mobile power setups.

With EV-grade LiFePO4 battery chemistry, a modular design, and compatibility with select BLUETTI ecosystems, the B500K is made for dependable energy storage where long service life and scalable capacity matter most.

Why choose the BLUETTI B500K

The B500K is best suited to buyers who want to expand storage without replacing their existing power system. It serves as a large battery block that can work with compatible BLUETTI units to increase total available energy for essential appliances and backup use.

• 5,120Wh capacity for substantial energy storage
• LiFePO4 battery chemistry for stable, long-life performance
• Scalable design for larger backup or off-grid systems
• Compatible with select BLUETTI platforms including Apex 300, AC500, AC300, AC200L, AC200MAX, and B300K

Key features of the BLUETTI B500K

Large-capacity energy storage

With a nominal energy capacity of 5,120Wh, the B500K provides a strong foundation for expanding total system runtime. This makes it suitable for keeping critical loads powered for longer periods during outages or periods away from the grid.

EV-grade LiFePO4 battery cells

The unit uses lithium iron phosphate chemistry, which is known for thermal stability and long cycle life. According to the product details, it is rated for 4,000+ cycles to around 80% capacity.

Modular ecosystem integration

The B500K is designed to work within a wider BLUETTI ecosystem. It can connect with compatible control systems and accessories to support larger home backup or mobile energy installations.

Heavy-duty build and thermal management

The battery module is engineered with a streamlined internal architecture that helps reduce cabling complexity and improve thermal dissipation. Its battery management system supports safe operation within the stated charging and discharging ranges.

Technical specifications

• Nominal energy capacity: 5,120Wh (5.12kWh)
• Battery chemistry: EV-grade LiFePO4
• Cycle life: 4,000+ cycles to about 80% capacity
• Max charging input current: 65A
• Max discharging output current: 70A
• Expansion ports: 2 proprietary heavy-duty expansion ports
• System compatibility: Apex 300, AC500, AC300, AC200L, AC200MAX, B300K
• Dimensions: 520 × 327 × 308.5 mm
• Weight: 45 kg

What’s in the box

• 1 x BLUETTI B500K expansion battery module
• 1 x CA90 short battery expansion cable or P090A long expansion cable, depending on the kit
• 1 x user manual
• 1 x warranty registration card

Frequently asked questions

What is the BLUETTI B500K used for?

The B500K is used to expand energy storage in compatible BLUETTI systems. It is intended for backup power, off-grid use, and larger residential or mobile energy setups.

Does the BLUETTI B500K include an inverter?

No. The B500K is an expansion battery module and does not include an integrated AC inverter. It must be used with compatible BLUETTI equipment.

Which BLUETTI systems are compatible with the B500K?

According to the product information, it is compatible with Apex 300, AC500, AC300, AC200L, AC200MAX, and B300K systems.

How much storage does one B500K provide?

One unit provides 5,120Wh, or 5.12kWh, of nominal energy capacity.

Is the B500K suitable for home backup?

Yes, it is designed to support home backup applications when used with compatible BLUETTI systems. Actual runtime depends on the loads connected and the overall system configuration.

What battery type does the B500K use?

The B500K uses LiFePO4, also known as lithium iron phosphate, which is commonly chosen for its stability and long cycle life.

Buy the BLUETTI B500K in Greece

If you are looking for a high-capacity BLUETTI expansion battery in Greece, the B500K offers a practical way to build more energy storage into an existing compatible system. It is a strong option for buyers prioritizing modular backup power and long-term reliability.