#Shanghai #USA #Energy Storage #SERMATEC #Modular System

Sermatec Launches Advanced 835 kWh Modular Energy Storage System

Sermatec has recently introduced an innovative modular energy storage system equipped with a remarkable capacity of 835 kWh, positioned as a scalable solution for both industrial and grid applications. This cutting-edge system employs the 1P104S architecture, specifically designed to meet the energy storage demands of medium to large setups.

Design and Scalability

The modular design of this energy storage system allows for flexible expansion, reaching capacities of up to 6.68 MWh without necessitating hefty investments. This adaptability makes it ideal for applications ranging from expansive industrial parks to vast distribution networks. Moreover, its compatibility across various voltage levels and MV cabinets enhances its integrative capacity into centralized or cascade cabinets paired with inverters and amplifiers.

Efficiency and Logistics

One of the system's standout features is its 'plug-and-play' design, which considerably accelerates project implementation and value realization. Weighing around 8 tons, the modular transport design effectively addresses the logistical challenges frequently associated with oversized container solutions. Its lightweight yet robust structure facilitates smoother global transport, whether by land or sea, expediting delivery timelines and site commissioning.

Standard interfaces and rapid connect modules simplify installation, significantly reducing commissioning times and initial costs. Beyond mere hardware solutions, Sermatec integrates intelligent management functionalities including predictive fault diagnostics, remote wireless operations, and over-the-air (OTA) updates, all fortified by a three-tier cloud-edge-device security architecture to safeguard data integrity.

Dynamic Temperature Control

To ensure optimal performance, the system incorporates a dynamic temperature management system that maintains temperature differentials of less than 2.5 degrees Celsius. This innovation reduces auxiliary energy consumption while extending the lifespan of liquid-cooled components by 20 to 30%. Additionally, with compliance to SOX regulations maintained within a 3% range, the system guarantees high safety reserves alongside reliable capacity and improved economic performance. It reliably supports discharge durations of 2 to 4 hours, catering to various business models.

Intelligent Energy Management

Sermatec also offers a power management system (EMS) that enhances energy utilization through demand response, frequency regulation, and peak load elimination. This capability is particularly beneficial in hybrid solar projects, facilitating direct current and alternating current interconnections, thereby providing greater flexibility in system configuration.

The intelligent platform for operation and maintenance continuously monitors system health, proactively logs anomalies, and provides expert support either remotely or on-site. Regular preventive checks help ensure stable and dependable operation, even under adverse conditions. This system is engineered to function optimally in environments ranging from -30°C to 50°C and at altitudes up to 4000 meters, complete with an IP55 rating and an optional C5 anti-corrosive coating for harsh climates.

Safety Features

Safety is integral to every layer of Sermatec's technology. The system incorporates three levels of fuse protection, four tiers of control, and a five-tier safety framework that includes battery cell protection, structural, electrical, and fire safety measures. Advanced fire safety protocols enable rapid detection and suppression of fires, while fire-resistant materials offer over two hours of fire resistance, effectively preventing heat propagation among individual cabinets.

Certified under global standards, including IEC62619, IEC63056, IEC62477, IEC61000, and UL9540A, Sermatec's system sets new benchmarks for internal safety and international compliance. For further details, visit Sermatec's official website.