Dyness Tower T17x4 ESS Energy Storage System 71.04kWh

Energy Storage Dyness Tower T17 x 4 – 71.04 kWh: Advanced Solution for Your Business

With the growing demand for efficient energy storage systems, the Dyness Tower T17 x 4 provides a modern solution designed for businesses seeking reliable and scalable options.

Key Features and Technical Specifications

• Total Energy Capacity: The configuration of four T17 modules offers a total capacity of 71.04 kWh, making it ideal for medium and large installations.

• Battery Technology: Utilising advanced lithium iron phosphate (LiFePO4) cells guarantees long lifespan and high safety standards.

• Modular Design: The system allows flexible capacity adjustments by adding or removing modules, optimising energy storage based on changing needs.

• Inverter Compatibility: Extensive compatibility with various inverter brands facilitates integration with existing photovoltaic systems.

• Resistance to External Conditions: With an IP65 protection rating, the system is dust- and water-resistant, enabling indoor and outdoor installations.

Advantages of Implementing Dyness Tower T17 x 4

• Scalability: Modular design allows easy system expansion as energy demands grow.

• Safety: LiFePO4 technology offers a high safety level, reducing the risk of overheating or fire.

• Long Lifespan: The system supports over 6,000 charging cycles at 90% depth of discharge, ensuring long-term reliable operation.

• Ease of Integration: Compatibility with a wide range of inverters and capability to operate in on-grid, off-grid, and hybrid systems enhances versatility.

Practical Applications for Businesses

The Dyness Tower T17 x 4 is an excellent solution for companies with medium to high energy consumption, aiming to increase self-consumption of energy from their photovoltaic systems and ensure uninterrupted operation during power outages.

Summary

The Dyness Tower T17 x 4 energy storage system is an advanced, flexible, and safe option for businesses seeking high-capacity energy storage solutions. Its modular design and long lifespan make it a cost-effective investment, contributing to increased energy independence and operational efficiency.