(Копія)(Копія)External Battery for UPS/Inverter Dyness PowerBrick Plus

Description

Dyness PowerBrick Plus Battery Module (51.2V 314Ah, 16.07 kWh)

Dyness PowerBrick Plus is a flagship lithium iron phosphate (LiFePO4) energy storage unit for industrial and residential use. The model is designed to provide complete energy independence for a home, office, or commercial or industrial facility under unstable power supply conditions.

Specifications and Key Advantages

• Internal energy reserve of 16.07 kWh: Rated capacity of 314 Ah at a voltage of 51.2 V allows you to confidently power high-demand household appliances, heating equipment, lighting, and communication systems for an extended time.

• Exceptional lifespan: over 8,000 cycles: Thanks to advanced LiFePO4 chemistry, the battery is designed for many years of daily use without losing its base capacity, turning the purchase into a profitable long-term investment.

• High current performance (200 A): The maximum charge and discharge current of 200 A ensures fast energy recovery and stable operation when connected to powerful inverters and hybrid solar power plants.

• Flexible system scaling: The design supports parallel connection of up to 50 modules into a single network. This makes it easy to expand the capacity of the energy system from a compact home backup to a powerful station for business.

• IP65 protection for indoor and outdoor installation: The enclosure’s high level of dust and moisture protection allows the unit to be installed not only in utility rooms but also outdoors.

• Safety first: In addition to the natural thermal stability of LiFePO4 cells, the model is equipped with a built-in aerosol fire suppression system for maximum protection of the facility.

• Smart control (Wi-Fi, CAN/RS485): Communication interfaces provide seamless integration with modern inverters, and the mobile app lets you monitor key system parameters in real time.

Where Is the Dyness PowerBrick Plus Used?

• Private homes and cottages: for uninterrupted power supply during prolonged emergency outages.

• Solar power plants (hybrid systems): as an effective buffer for storing surplus solar energy.

• Businesses and offices: to protect critical equipment and server hardware and ensure business continuity.