Dyness PowerBrick Lithium Battery | 14.3kWh

Dyness PowerBrick Battery – 14.3kWh LiFePO₄

The Dyness PowerBrick Battery is a high-capacity LiFePO₄ energy storage solution for solar and backup systems. It provides 14.336kWh of nominal energy with a 280Ah capacity. Therefore, it suits larger residential and light commercial solar installations.

In addition, the PowerBrick uses high-capacity LFP cells. Its floor-standing design also provides a practical solution for properties that need substantial battery storage.

Dyness PowerBrick Battery Performance

The Dyness PowerBrick Battery provides 14.336kWh of nominal energy. Furthermore, its 280Ah capacity supports demanding energy storage applications.

The battery supports a maximum continuous discharge current of 200A. Therefore, it can supply substantial power when connected to a correctly sized inverter.

In addition, the supplied specifications list a peak discharge current of 300A for up to two minutes at 25°C. This can help the system manage short periods of increased power demand.

LiFePO₄ Battery Technology

The PowerBrick uses Lithium Iron Phosphate (LiFePO₄) battery technology. This chemistry provides stable performance for regular solar energy storage.

Furthermore, the battery offers more than 6,000 cycles under the stated operating conditions. Therefore, it can support regular charging and discharging over many years.

The battery also supports a 95% Depth of Discharge (DoD). As a result, users can access a large portion of the available battery capacity.

Smart Battery Management System

An integrated Battery Management System (BMS) manages important battery functions. For example, it monitors voltage, current and temperature conditions.

In addition, the BMS provides several protection functions. These include protection against over-voltage, excessive current and short circuits.

Therefore, the BMS helps manage battery operation during charging and discharging.

Communication and Inverter Integration

The PowerBrick provides CAN and RS485 communication interfaces. These connections allow the battery to communicate with compatible inverter systems.

As a result, compatible inverters can receive important battery operating information. However, customers should confirm the correct communication protocol before installation.

Inverter compatibility can depend on the model and firmware version. Therefore, installers should check the latest compatibility information when designing the system.

Expandable Battery Storage

Users can connect multiple compatible PowerBrick batteries in parallel. Therefore, the system can grow when additional storage capacity is required.

According to the supplied specifications, the system supports up to 32 units in parallel. This provides substantial expansion potential for larger energy storage installations.

For example, two batteries provide approximately 28.67kWh of nominal capacity. Four batteries increase nominal storage to approximately 57.34kWh.

Easy Floor-Standing Installation

The PowerBrick uses a floor-standing cabinet design. In addition, integrated bottom wheels help installers position the battery during installation.

This feature is especially useful because the battery weighs approximately 114kg. Therefore, the wheels can make positioning easier during setup and maintenance.

Dyness PowerBrick Battery Specifications

Brand: Dyness
Series: PowerBrick
Battery Chemistry: LiFePO₄
Nominal Energy: 14.336kWh
Battery Capacity: 280Ah
Maximum Continuous Discharge: 200A
Peak Discharge: 300A for up to 2 minutes at 25°C
Depth of Discharge: 95%
Cycle Life: 6,000+ Cycles
Communication: CAN / RS485
Installation: Floor-Standing
Mobility: Integrated Wheels
Weight: Approximately 114kg
Parallel Expansion: Up to 32 Units*
Charging Temperature: 0°C to 55°C*
Discharging Temperature: -20°C to 55°C*

*Confirm specifications against the exact PowerBrick model datasheet before installation.

Residential and Commercial Applications

The Dyness PowerBrick Battery provides substantial energy storage in a single battery unit. Therefore, it can suit homes with larger backup requirements.

In addition, businesses can use the battery in compatible commercial solar systems. Multiple units can also increase the available storage capacity.

Furthermore, the battery’s LiFePO₄ chemistry, smart BMS and communication interfaces support modern solar installations.

Overall, the PowerBrick combines 14.336kWh storage, 280Ah capacity and 95% DoD in a floor-standing design. As a result, it provides a flexible option for larger solar and backup power systems.