Renon Power Technology Solar Battery Storage Systems Directory

• Tier 1 Grade A cells

• Safe and Reliable LIFePO4 Technology

• Elegant Design

• 8,000 Cycles

• Wireless assembly, Streamlines Installation Process

• Wi-Fi Connectivity Facilitates Over-the-air Updates

• 10 Year Warranty

• Safe and stable LFP cells

• Flexible and lightweight

• Minimalist design, easy installation, and minimal noise

• Resilient storage and discharge capabilities

• 10 years of warranty

• Designed for both low-voltage and high-voltage applications

• You can connect up to 5 battery modules in parallel

• Up to 6 modules in a series

• Battery life of 8,000 cycles at 80% DoD

• Over 10 years of designed life, 10-year product warranty

• The device supports Wi-Fi, Ethernet, and LTE connectivity

• Battery input and output are fully isolated and have a wide voltage range, the output voltage point can be set to any value within the range, a wide range of applications, flexible, suitable for most DC energy storage application scenarios.

• Renon Ecube DC has a design lifespan of over 15 years, making it long-lasting.

• Utility-size distributed ESS solution, supporting 56MW of output power and 104MWh of capacity in a standard array.

• Flexible use such as grid storage battery and VPP is possible.

• Liquid cooling heat management system.

• Self-developed BMS offers outstanding safety from the detection of voltage, current, and temperature.

• The battery system has a built-in bi-directional DC/DC, which can realize parallel expansion of DC bus power and wider application scenarios.

• Adopting a fully modularized design, after-sales personnel can complete after-sales work by simply replacing the corresponding module. It can realize operation and maintenance from the local end to Renon Smart.

Internally integrates a high-efficiency liquid cooling and liquid heating system. After 416 cells are connected in series, the temperature difference of the cells is less than 3°C, which can effectively ensure the consistency of the single cells.

Using high-safety lithium iron phosphate batteries, battery pack partition safety isolation, built-in module-level fire protection unit, system-level fire protection unit, and active safety early warning system, to ensure safe and reliable operation of the system.

• It supports 5 cabinet-level scalability and has a network capacity of 600kW/1,035kWh.

• It uses a lithium iron phosphate battery and a built-in fire protection unit to ensure the safe and reliable operation of the system.

• Users can do distributed deployments and deploy as needed.