Dyness Tower T10x4 ESS Energy Storage System 42.64kWh

Energy Storage Dyness Tower T10 x 4 – 42.64 kWh: A Comprehensive Solution for Your Home

With the growing demand for efficient and reliable energy storage systems, the Dyness Tower T10 x 4 offers an advanced solution for households and small businesses.

Features and Technical Specifications

• Energy Capacity: Each T10 module delivers 10.65 kWh of usable energy, providing a total capacity of 42.64 kWh in the x 4 configuration.

• Cell Technology: Utilises lithium iron phosphate (LFP) cells, ensuring safety, long lifespan, and over 6000 charging cycles at a depth of discharge (DoD) of 90%.

• Modular Design: The system allows up to 4 units, such as T10, T14, T17, or T21, to be connected in parallel, enabling energy storage scalability based on user needs.

• Inverter Compatibility: The system is compatible with leading manufacturers' inverters, making integration with existing photovoltaic installations seamless.

• Resistance to External Conditions: With an IP65 protection rating, the system is dust- and water-resistant, allowing installation indoors and outdoors.

Advantages of the Dyness Tower T10 x 4 System

• Flexibility: The modular design allows the system's capacity to be tailored to individual needs, with the option for future expansion.

• Safety: LFP technology offers high safety levels, minimising risks of overheating or fire.

• Long Lifespan: With over 6000 charging cycles at 90% DoD, the system ensures long-term and reliable operation.

• Easy Integration: Compatibility with various inverters and ability to function in on-grid, off-grid, and hybrid systems increase its versatility.

Practical Applications

The Dyness Tower T10 x 4 system is an ideal solution for households with medium to high energy consumption that aim to increase the self-consumption of energy from their photovoltaic installations and ensure energy independence during grid outages.

Summary

The Dyness Tower T10 x 4 energy storage system is an advanced, flexible, and safe solution for those seeking an efficient, high-capacity energy storage system. Its modular design and long lifespan make it a long-term investment, contributing to users' energy independence and efficiency.