Complete Energy Storage for Demanding Applications

The Dyness 100kWh All-in-one Unit S02L01C100-EU is a fully integrated energy storage system designed to meet the complex requirements of large homes, commercial premises, and small industrial sites. With an impressive usable capacity of up to 100kWh and versatile AC and DC expansion options, it is the perfect choice for professionals seeking maximum energy independence and operational flexibility.

Exceptional Energy Efficiency and Intelligent Control

Powered by high-density 280Ah LFP battery technology, the Dyness 100kWh All-in-one Unit S02L01C100-EU ensures efficient and reliable energy storage. Integrated EMS intelligent control enables dynamic functions including timed scheduling, peak shaving, and PV self-consumption, optimising system performance and cost efficiency for the end user.

Advanced Safety and Security Features

Safety is at the core of the Dyness 100kWh All-in-one Unit S02L01C100-EU. It includes a three-level fire detection and prevention strategy combined with TMG technology, ensuring reliable operation and active fire mitigation, even in the event of a power outage. Installers and customers benefit from peace of mind knowing their energy storage is protected.

Flexible and Scalable System Design

• Modular capacity options from 71kWh to 100kWh per unit
• Supports both AC and DC expansion interfaces
• All-in-one design supports PV and generator access
• Air cooling system ensures consistent performance at temperatures from -20℃ to 50℃
• Ingress protection rating of IP55 for harsh environmental conditions

Technical Specifications at a Glance

The Dyness 100kWh All-in-one Unit S02L01C100-EU delivers 50kW rated power with a maximum AC output of 86A at 230/400V. Two MPPT paths offer up to 35kW of PV input per path, providing maximum energy capture and system versatility.

The Installer’s Choice for Professional Energy Projects

With Ethernet, RS485, CAN, and USB communications as standard, the Dyness 100kWh All-in-one Unit S02L01C100-EU integrates smoothly into any modern energy system. Its modular, backward, and bottom output design reduces infrastructure costs, making it the ideal solution for installers seeking premium performance with easy installation and long-term reliability.