Dyness Tower Pro energy storage

The Dyness Tower Pro is a series of modular, high-voltage energy storage systems based on the safe and durable LiFePO4 technology. Designed for residential use, the system combines exceptional scalability, easy installation, and top-level safety. Its tower-style modular design allows for straightforward expansion and capacity adjustments to match a household’s growing energy needs.

Key features of the Dyness Tower Pro:

• Extensive scalability: The system supports parallel connection of up to 12 clusters, offering energy capacity from 7.68 kWh up to 276.48 kWh, allowing flexible configuration for any home.
• Simple and fast installation: The modular plug-and-play design requires no complex wiring. Installation can be completed by a single person in just 15 minutes, reducing both time and labor costs.
• Top-level safety: The storage uses safe LiFePO4 cells and includes an intelligent fire suppression system that activates within 5 seconds of detecting a fire, protecting occupants and property.
• Fast 1C charging and discharging: High continuous power (up to 23.04 kW in the largest configuration) allows powering multiple energy-intensive appliances simultaneously and ensures reliability under heavy loads.
• Long lifespan and high efficiency: A guaranteed durability of at least 8,000 cycles and DC-side charging/discharging efficiency exceeding 97% ensure long-lasting and efficient operation.
• Operation in low temperatures: An optional automatic heating function enables reliable operation across a wide temperature range, from -20°C to 55°C.

Who is this a good choice for?

This is an ideal solution for owners of single-family homes seeking a reliable, safe, and above all scalable energy storage system. Thanks to its modular design and easy expandability, the system can grow with the user’s needs. The simple plug-and-play installation significantly shortens setup time, and advanced safety features, including the fire suppression system, provide peace of mind. Tower Pro is well suited for both new and upgraded photovoltaic installations, offering energy independence, backup power, and optimal use of generated energy.