A new tool for stable operation of the power grid!

A new tool for stable operation of the power grid! The three core advantages of SSC energy storage system.

In the process of transforming the power system towards intelligence and cleanliness, ensuring the stable operation of the power grid has become a key issue in the energy field. Henan Saimei Technology Co., Ltd. (ISEMI), with its profound technological accumulation and innovative strength, has launched the SSC energy storage system, which is becoming a new weapon for safeguarding the stability of the power grid with three core advantages. This system integrates cutting-edge energy storage technologies such as supercapacitors, lithium titanate batteries, and LFP batteries, supporting individual assembly or hybrid devices. It is widely used in secondary frequency regulation, shared energy storage, second level UPS backup power, heavy truck start-up, wind power storage, and other fields, injecting new vitality into the energy industry.

1. Fast response, precise frequency modulation to ensure stability

As one of the core components of SSC energy storage systems, supercapacitors endow the system with lightning level response speed. At the moment of frequency fluctuation in the power grid, the supercapacitors in the SSC energy storage system can complete charging and discharging actions in milliseconds, quickly absorb or release electrical energy, and accurately adjust the power grid frequency. Compared to traditional energy storage devices, supercapacitors have high power density and a cycle life of hundreds of thousands of times. They can operate at high frequencies and intensities in secondary frequency regulation scenarios, effectively smoothing out frequency fluctuations caused by intermittent and sudden load changes in new energy generation. For example, in wind energy storage projects, the instability of wind power generation can easily cause frequency oscillations in the power grid. The SSC energy storage system, through the rapid response of supercapacitors, can control frequency deviations within a very small range, ensuring stable operation of the power grid and improving the capacity for new energy consumption.

2. Flexible configuration, full coverage of multiple scenarios

The biggest highlight of the SSC energy storage system is its highly flexible configuration scheme. Henan Saimei Technology fully leverages the performance advantages of supercapacitors, lithium titanate batteries, and LFP batteries to provide customized energy storage solutions according to the needs of different application scenarios. In the field of shared energy storage, using a hybrid device of LFP batteries and supercapacitors can not only utilize the high energy density of LFP batteries to achieve large-scale energy storage, but also leverage the fast charging and discharging characteristics of supercapacitors to meet the high-frequency electricity scheduling needs of multiple users and improve the efficiency of energy storage resource utilization; In the scenario of second level UPS backup power, the SSC energy storage system assembled separately with supercapacitors can seamlessly switch power supply within 0.1 seconds of mains power interruption, providing solid support for places such as data centers and hospitals that require extremely high power continuity; In the application of heavy-duty truck starting, the combination of lithium titanate batteries and supercapacitors, with their high safety and powerful instantaneous discharge capability, helps heavy-duty trucks start quickly and stably, reducing vehicle energy consumption and maintenance costs.

3. Reliable and durable, providing long-lasting protection and peace of mind

The SSC energy storage system performs excellently in terms of reliability. Lithium titanate batteries have become the "ballast stone" for stable system operation due to their ultra long cycle life, wide operating temperature range, and high safety. In extremely low temperature environments, lithium titanate batteries can still maintain good charge and discharge performance, suitable for outdoor complex scenarios such as wind power storage, ensuring stable storage and release of electrical energy even in cold regions. At the same time, the system adopts advanced BMS (Battery Management System) to monitor the status of each battery unit in real time, intelligently regulate parameters such as voltage, temperature, and charging and discharging current, avoid overcharging, overdischarging, and extend the service life of the battery. In addition, the SSC energy storage system strictly follows international standards in the design and manufacturing process, undergoes multiple rounds of rigorous testing, and strives for excellence in every aspect from raw material screening to finished product delivery, providing users with stable services for more than 10 years and significantly reducing the entire lifecycle cost.

Henan Saimei Technology has always been committed to promoting innovation in energy storage technology, and the SSC energy storage system is the crystallization of the company's technical strength and industry insights. Whether it is safeguarding the stable operation of the power grid, helping enterprises reduce costs and increase efficiency, or promoting the development of clean energy, SSC energy storage systems have demonstrated strong adaptability and competitiveness. In the future, Henan Saimei Technology will continue to optimize the SSC energy storage system, expand more application scenarios, work together with partners, and contribute to building a safe, efficient, and green energy system! If you are interested in SSC energy storage systems and related solutions, please feel free to contact Henan Saimei Technology at any time to start a new experience of stable energy!