FAAM, by Seri Industrial products

The Lithium-Iron-Phosphate (LFP) cells are pioneering energy storage solutions manufactured in Italy. Utilizing cutting-edge technology, these cells incorporate a sustainable production process that employs water-based solvents, completely omitting organic solvents, which significantly reduces carbon emissions. The cells are designed for maximum durability, capable of performing over 4,000 cycles at 80% Depth of Discharge (DOD). Featuring a nominal tension of 3.2 V, they deliver reliable power with a 50 Ah / 160Wh capacity in a practical pouch cell format measuring 218 x 194 x 12.5 mm. Ideal for various temperature conditions, they operate efficiently between -20°C and 55°C. With a discharge capacity of 3C and a charge capacity of 1C, these cells meet high-performance standards, offering robustness and environmental friendliness. Certified under IEC62619, IEC62620, UN38.3-CE, they assure compliance with international safety and quality norms.

The Kombi series by FAAM presents a groundbreaking approach to energy storage, catering to both motive power and standard storage applications. These modules stand out due to their extended battery life and rapid charging capabilities, making them ideal for scenarios prioritizing performance and energy efficiency without sacrificing safety. Built to be maintenance-free, the Kombi modules incorporate an in-house developed Battery Management System (BMS) that ensures optimal management and monitoring. The system's inherent flexibility allows seamless integration with other systems, supporting capacities up to 2000Ah and voltages up to 80V. These modules comply with certifications such as IEC62619, IEC62620, and UN38.3 CE, underscoring their adherence to international safety and performance standards. FAAM’s commitment to innovation is reflected in the Kombi series, which is poised to revolutionize the field of modular lithium energy storage systems.

The LiSTORAGE Unit Tray is a specialized energy storage solution engineered by FIB SPA to ensure maximum safety, reliability, and longevity of battery systems. Comprised of a tray that houses two Kombi modules, the design focuses on optimizing the performance and efficiency of battery storage, making it suitable for various applications requiring stable power supply. The unit is available in different configurations, offering individual tray voltages or capacities of either 51.2Vdc at 200Ah or 102.4Vdc at 100Ah, catering to diverse energy needs. It can achieve a nominal capacity of up to 2000 Ah, nominal energy reaching 10.24 kWh, and can operate at a nominal voltage of up to 102.4 V DC. The compact design, with dimensions of 478.75 x 198 x 274 mm and weighing approximately 80 kg, ensures it can fit seamlessly into limited spaces. The unit is certified under IEC62619, IEC62620, IEC61000, and UN38.3 CE standards, ensuring compliance with international safety and performance regulations.

The LiRACK Cabinet Standard Rack is an adaptable storage solution integrating advanced technology for secure and flexible configuration. Featuring the Li-Storage 10.2 trays, this rack is specifically designed to accommodate a variety of requirements with its configurable slots, available in Li-R5 or Li-R10 variants. It can be tailored up to a maximum of 10 series (10S) or 10 parallel (10P) slots, depending on the configuration. Each rack includes a Head Module that governs the entire string and facilitates external system interfacing. The Head Module also provides real-time monitoring and configuration through an HMI at the front of the cabinet, with remote management capabilities. When several Li-R systems are combined in an Energy Storage System (ESS), the head module ensures protection and communication with other systems. This technology is backed by certifications like IEC62619, IEC62620, UN38.3, and CE, ensuring compliance with industry standards.

The LiBESS advanced lithium storage system is engineered to optimize grid efficiency through its peak shaving and frequency regulation functionalities. It provides an intelligent solution for energy storage by capturing renewable energy, like solar power, offering a buffer against the variability and unpredictability inherent to these energy sources. The system's ability to integrate seamlessly with traditional grids ensures reliable backup power. It boasts a high cycle life exceeding 4000 cycles and an outstanding efficiency greater than 98%, providing substantial energy savings. Its design promotes high energy and power density while maintaining zero emissions during operation. This makes LiBESS a robust and sustainable choice for enhancing energy independence and optimizing grid performance.