The new generation of Dyness PowerBrick lithium solar battery modules offers higher energy storage capacity in 60% less space and 25% less weight. Dyness PowerBrick is a low-voltage battery designed for residential energy storage scenarios, with an elegant and stylish appearance. Featuring 280 Ah long-cycle battery cores, Dyness PowerBrick has a storage capacity of 14,336 kWh at 51.2V. It adopts LFP (Lithium-Iron-Phosphate) technology for maximum safety and a longer life cycle. Multiple Dyness PowerBrick batteries can be connected in parallel for a maximum of 716.8 kWh or 50 modules, so we can expand the storage capacity according to the needs of our photovoltaic installation.
Each Dyness PowerBrick battery includes an intelligent battery management system (BMS), which efficiently manages the module without the need for additional communication devices. Ideal for a wide range of renewable applications, this LiFePO4 battery has a compact, modular design and is compatible with the most important inverter brands.
The Dyness PowerBrick low voltage (LV) lithium solar battery with a storage capacity of 14,336 kWh is designed based on LiFePO4 (Lithium-Iron-Phosphate) cells. With very high performance, high safety and long life (6000 discharge cycles), it has a very compact design, high useful power and modular design. Each PowerBrick solar battery module has an independent BMS to control the charging and discharging of the battery as needed.

Minimalist design
The minimalist structure of the PowerBrick storage system facilitates an optimal experience during installation and space utilization. The product has 60% smaller dimensions and a weight of 49 kg less than similar products on the market, making it easy to handle and install. Several options were considered at the beginning of the product design, for example, hidden handles and optional bottom wheels make installation more convenient and faster. In addition, a rectangular top cover is optionally available, providing dust protection and a stylish, aesthetically pleasing appearance. The shortest power cable route design further optimizes battery performance and efficiency.

High storage capacity
With a storage capacity of 14,336 kWh, the Dyness PowerBrick battery has a maximum continuous discharge current of 200A, and the maximum continuous discharge power could reach 10.24 kW, which is 1.6 times higher than similar products, capable of providing a stable power supply for high-power loads. In addition, it supports parallel connection of up to 50 batteries to achieve a maximum storage capacity of 716.8 kWh, satisfying applications with high power consumption. Also, the main battery and the secondary battery can be automatically identified in parallel operation, greatly reducing the operating time.

Extended Life
The Dyness PowerBrick battery offers a discharge capacity of 95%, which allows the battery to release more energy, resulting in higher energy productivity. Based on these, the Dyness PowerBrick battery provides a warranty of 8000 charge-discharge cycles within the 10-year battery warranty, meeting the requirements of large-scale use.

Intelligent Operation and Maintenance
The Dyness App provides real-time monitoring of system operation and battery health, enabling intelligent optimization of system operations such as charging status. The built-in Wi-Fi module and hidden antenna located on the top of the battery will make data monitoring more accurate and provide accurate monitoring in the cloud.

Dyness 14,336 kWh LifePO4 Power Brick batteries are designed to provide energy storage solutions with efficiency and reliability. Here is a technical description of them:

General specifications:
Battery type: Lithium Iron Phosphate (LiFePO4)
Capacity: 14,336 kWh
Nominal voltage: 51.2 V
Maximum discharge current: 100 A
Life cycles: Over 6000 cycles at 80% capacity, with excellent durability.

Dimensions and weight:
Dimensions: Approximately 600 mm x 300 mm x 400 mm (may vary slightly depending on the model)
Weight: Approximately 100 kg, with a compact and easy-to-install design.
Performance:
Operating temperature: Works optimally between -20°C and 60°C, making it suitable for various climatic conditions.
Energy Efficiency: Over 95% efficiency during charging and discharging, helping to reduce energy losses.

Safety:
Overload Protection: Incorporation of a Battery Management System (BMS) that monitors operating parameters and protects against overloads and deep discharges.