Bluetti  |  SKU: BLUE-1EP800-2B500

Bluetti - EP800 Energy Storage System for Home Backup

Regular price $12,08695
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Inverter & Battery

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Description

The BLUETTI EP800 is an advanced all-in-one energy storage system (ESS) that seamlessly integrates the EP800 off-grid inverter with B500 battery packs. Engineered to cater to your unique energy requirements, the EP800 provides a customizable capacity and straightforward installation, making reliable power more accessible than ever.

 

Why Choose the BLUETTI EP800?

  • Home Backup: Ensure uninterrupted power supply during outages with the EP800's robust backup capabilities.
  • Self-Consumption: Optimize your energy usage by storing excess solar energy and using it when needed, reducing reliance on the grid.
  • Time of Use: Schedule charging during off-peak hours when electricity rates are lower, and use stored energy during peak times to cut down on electricity bills.

 

Features

  • Versatile Energy Storage: Whether you have a solar system or not, the EP800 delivers backup power, cost savings, and net-zero emissions.
  • Reliable Power: In extreme weather conditions, the EP800 prioritizes charging from both the grid and solar power to prepare for potential outages, ensuring your home remains powered.
  • Solar Integration: Easily integrate with new or existing solar panels to harness free solar energy, efficiently powering your appliances.
  • Smart Energy Management: Customize charging and discharging periods to take advantage of lower utility rates and avoid peak pricing, maximizing savings.

 

With the BLUETTI EP800, enjoy a seamless energy storage solution that adapts to your lifestyle and ensures you always have power when you need it most.

 

 

Power Specifications

Configuration 1x EP800 + 2x B500
Inverter Power 7.6 kW
Battery Capacity 9,920 Wh
Max Solar Input 6,000 W
Output Voltage 120/240V
Output Current 32A
System Voltage 102.4V
Weight 333.4 lbs (151.2 kg)
Configuration 1x EP800 + 3x B500
Inverter Power 7.6 kW
Battery Capacity 14,880 Wh
Max Solar Input 6,000 W
Output Voltage 120/240V
Output Current 32A
System Voltage 102.4V
Weight 439.6 lbs (199.4 kg)
Configuration 1x EP800 + 4x B500
Inverter Power 7.6 kW
Battery Capacity 19,840 Wh
Max Solar Input 6,000 W
Output Voltage 120/240V
Output Current 32A
System Voltage 102.4V
Weight 545.8 lbs (247.6 kg)
Configuration 2x EP800 + 4x B500
Inverter Power 15.2 kW
Battery Capacity 19,840 Wh
Max Solar Input 12,000 W
Output Voltage 120/240V
Output Current 64A
System Voltage 204.8V
Weight 872.4 lbs (395.2 kg)
Configuration 2x EP800 + 6x B500
Inverter Power 15.2 kW
Battery Capacity 29,760 Wh
Max Solar Input 12,000 W
Output Voltage 120/240V
Output Current 64A
System Voltage 204.8V
Weight 1,078.6 lbs (489.4 kg)
Configuration 2x EP800 + 8x B500
Inverter Power 15.2 kW
Battery Capacity 39,680 Wh
Max Solar Input 12,000 W
Output Voltage 120/240V
Output Current 64A
System Voltage 204.8V
Weight 1,284.8 lbs (583.6 kg)

 

 

EP800 Off-grid Inverter and B500 Modular Battery Specifications

General Specifications
Model EP800 + B500
System Type Off-grid inverter with modular battery system
Inverter Power 7.6 kW (Single Unit)
Battery Capacity 4,960 Wh per B500 module
Weight 92.6 lbs (42 kg) per B500 module
Compliances
Certifications UL 1741, CSA 22.2, IEEE 1547, FCC, CEC
PV Input
Max Solar Input Power 6,000 W (Single Unit)
Max PV Input Voltage 500 VDC
MPPT Voltage Range 150 - 425 VDC
Max Input Current 12 A per MPPT
Number of MPPTs 2
AC Output (Backup)
Output Voltage 120/240 V
Frequency 60 Hz
Output Current 32 A (Single Unit)
Surge Power 10 kW for 60 seconds
Battery Specifications
Battery Type LiFePO4 (Lithium Iron Phosphate)
Battery Voltage 51.2 VDC per B500 module
Battery Capacity 97.0 Ah per B500 module
Scalability Expandable up to 8 modules per system

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Frequently Asked Questions

How does the BLUETTI EP800 ensure power during outages?

Yes, the EP800 can be seamlessly integrated with existing solar panels, allowing you to harness solar energy for storage and use. This integration maximizes the efficiency of your solar setup by storing excess energy for later use, reducing dependency on the grid. The system's compatibility with various solar configurations makes it a flexible choice for both new and existing solar installations. For more on optimizing solar setups, explore our Solar collection.

Can the EP800 be integrated with existing solar panels?

Yes, the EP800 can be seamlessly integrated with existing solar panels, allowing you to harness solar energy for storage and use. This integration maximizes the efficiency of your solar setup by storing excess energy for later use, reducing dependency on the grid. The system's compatibility with various solar configurations makes it a flexible choice for both new and existing solar installations. For more on optimizing solar setups, explore our Solar collection.

What is the maximum battery capacity of the EP800 system?

The maximum battery capacity of the EP800 system can reach up to 39,680 Wh when configured with 2 EP800 inverters and 8 B500 battery modules. This high capacity allows for extended power availability, making it suitable for long-term outages or off-grid living. The modular nature of the system means you can scale the capacity according to your specific energy needs, providing flexibility and adaptability.

How does the EP800 help reduce electricity bills?

The EP800 helps reduce electricity bills by allowing you to store energy during off-peak hours and use it during peak times. This time-of-use strategy takes advantage of lower electricity rates, enabling significant cost savings. Additionally, by storing excess solar energy, the system reduces reliance on the grid, further lowering energy expenses. For more strategies on energy savings, check out our Energy and Power Guide.

What are the installation requirements for the EP800?

Installing the EP800 requires a space that can accommodate its weight and dimensions, as well as access to both solar panels and the electrical grid. The system's modular design simplifies installation, but professional installation is recommended to ensure all components are correctly integrated and operational. Proper installation is crucial for maximizing the system's performance and longevity.

How does the EP800 manage energy in extreme weather conditions?

In extreme weather conditions, the EP800 prioritizes charging from both the grid and solar power to ensure the system is fully charged before potential outages. This proactive approach ensures that you have sufficient power reserves to maintain essential operations during adverse conditions. The system's robust design also protects it from environmental stresses, ensuring reliable performance even in challenging climates.

What is the role of the B500 battery packs in the EP800 system?

The B500 battery packs are integral to the EP800 system, providing scalable energy storage capacity. Each B500 module offers 4,960 Wh of storage, and multiple modules can be combined to meet higher energy demands. This modularity allows users to tailor the system's capacity to their specific needs, whether for short-term backup or long-term off-grid living.

Is the EP800 suitable for off-grid living?

The EP800 is well-suited for off-grid living due to its ability to store and manage solar energy efficiently. With its high storage capacity and solar integration, it can support a sustainable off-grid lifestyle by providing continuous power without relying on the traditional electrical grid. This makes it an excellent choice for remote locations or for those seeking energy independence.

How does the EP800 contribute to environmental sustainability?

The EP800 contributes to environmental sustainability by enabling the use of renewable solar energy and reducing reliance on fossil fuels. By storing and utilizing solar power, the system helps decrease carbon emissions and promotes cleaner energy consumption. Its efficient energy management capabilities also ensure minimal waste, aligning with eco-friendly practices.

What are the safety features of the EP800 system?

The EP800 is equipped with multiple safety features, including overcharge and short-circuit protection, to ensure safe operation. These features help prevent damage to the system and connected devices, providing peace of mind for users. Additionally, the system's compliance with industry standards and certifications further underscores its commitment to safety and reliability.