From "intermittent power supply" to "stable output", SSC energy storage system empowers the transformation of the power grid

In the era of accelerating changes in the energy landscape, the stability of power supply has become the key to ensuring the normal operation of social production and life. The gradual decline of traditional energy and the rapid development of new energy have posed unprecedented challenges to the power grid. Henan Saimei Technology Co., Ltd., with its advanced technology and excellent products, especially the innovative SSC energy storage system, has provided a reliable solution to the problem of transitioning from "intermittent power supply" to "stable output", becoming an important force in promoting the transformation of the power grid.

Henan Saimei Technology Co., Ltd. has been deeply involved in the field of energy storage and related technologies since its establishment in 2011. The company has a professional and creative R&D team that constantly explores and innovates energy storage technologies, committed to providing high-quality and high-performance energy storage products and solutions to global customers. Over the years, Saimei Technology has accumulated rich experience and a good reputation in the industry, and its technical strength and product quality have been widely recognized by the market.

The SSC energy storage system is one of the core products of Henan Saimei Technology Co., Ltd

It cleverly integrates various advanced energy storage technologies such as supercapacitors, lithium titanate batteries, and LFP batteries. These different types of energy storage components can be assembled separately into energy storage modules or mixed according to different application scenarios and needs to achieve the best energy storage effect.

Supercapacitors: Efficient and Fast Power Compensation

As a key component in SSC energy storage systems, supercapacitors have unique advantages. It belongs to power type energy storage devices, and the basic principle is to use a double-layer structure composed of activated carbon porous electrodes and electrolytes to obtain ultra large capacity and store electrical energy. Compared to ordinary capacitors, supercapacitors can significantly increase their energy storage capacity and discharge time by hundreds or thousands of times under the same weight, enabling instantaneous high-power charging and discharging. When there are frequency fluctuations or instantaneous power demand changes in the power grid, supercapacitors can quickly respond, provide timely power compensation for the grid, effectively suppress the rapid changes in grid frequency, and ensure the stability of power supply. This fast response characteristic makes supercapacitors an ideal choice in the field of secondary frequency regulation of the power grid, greatly improving the accuracy and efficiency of power grid frequency regulation.

Lithium titanate batteries and LFP batteries: stable and reliable energy storage

Lithium titanate batteries and LFP batteries play an important role in stable energy storage in SSC energy storage systems. Lithium titanate batteries have excellent charge and discharge performance and an ultra long cycle life, and can operate stably in various complex environments. Its fast charging characteristics and excellent low-temperature performance make it perform well in scenarios that require frequent charging and discharging, as well as handling harsh environments. LFP batteries, with their high energy density, high safety, and relatively low cost, have become a reliable choice for large-scale energy storage applications. In shared energy storage projects, LFP batteries can efficiently store excess electricity and release it smoothly during peak electricity consumption, effectively alleviating the power supply pressure on the grid and improving the utilization efficiency of power resources.

Wide application: Stable power supply guarantee in multiple fields

Secondary frequency regulation of power grid: a key link to improve power grid stability

During the operation of the power grid, frequency fluctuations are a common problem due to the difficulty in accurately maintaining real-time balance between power generation and consumption. The supercapacitors and other energy storage components in the SSC energy storage system work together to quickly sense changes in grid frequency and adjust the power balance of the grid quickly through charging and discharging operations. When the power load changes rapidly, supercapacitors respond first, providing instant high-power support, and then lithium titanate batteries and LFP batteries continuously supplement energy to ensure that the grid frequency remains stable within the specified range, providing stable and reliable power quality for various power users.

Shared energy storage: optimizing the allocation of power resources

With the widespread access of distributed energy, the shared energy storage model has gradually become an important means to improve the overall efficiency of the power system. The SSC energy storage system of Henan Saimei Technology can be used as a shared energy storage facility, connected to the power grid or distributed energy sites. Storing electrical energy during energy surplus and releasing it during energy shortage to achieve optimal allocation of power resources in time and space. This not only improves energy utilization efficiency and reduces the abandonment rate of new energy generation, but also brings considerable economic benefits to all parties involved in shared energy storage.

Second level UPS backup power: ensuring continuous operation of critical equipment

In some places that require extremely high continuity of power supply, such as data centers, hospitals, financial institutions, etc., even a brief power outage can cause huge losses. The SSC energy storage system can serve as a second level UPS backup power system, quickly switching to discharge mode in the event of a power outage, providing uninterrupted power support for critical equipment. Its fast response characteristics and stable output performance ensure the normal operation of the equipment, avoiding problems such as data loss and equipment damage caused by power outages, and providing a solid guarantee for the safe and stable operation of these important places.

Heavy Truck Launch: Assisting in New Energy Logistics Transportation

In the field of new energy heavy-duty trucks, a strong instantaneous current is required during start-up, which places extremely high demands on the performance of energy storage equipment. The supercapacitors in the SSC energy storage system can meet the high power requirements during the start-up of heavy trucks, and are combined with lithium titanate batteries to provide continuous and stable energy, ensuring that heavy trucks can start quickly and smoothly. This not only improves the start-up efficiency of heavy trucks, but also extends the service life of energy storage equipment, providing strong support for the widespread application and promotion of new energy heavy trucks, and promoting the green transformation of the logistics and transportation industry.

Wind power energy storage: solving the intermittent problem of wind power

As an important form of new energy generation, wind power has advantages such as cleanliness and renewability. However, the intermittency and instability of wind power have always been bottlenecks that restrict its large-scale development. The SSC energy storage system can be built in conjunction with wind farms to store excess electricity when the wind is strong, and release electricity when the wind weakens or there is no wind, converting unstable wind power into stable and reliable power output. In this way, the intermittent problem of wind power has been effectively solved, the consumption capacity of wind power in the power system has been improved, and the healthy and sustainable development of the wind power industry has been promoted.

Choose Saimei and join hands to create a stable energy future

The SSC energy storage system of Henan Saimei Technology Co., Ltd. provides a practical and feasible solution for the transformation goal of the power grid from "intermittent power supply" to "stable output" with its excellent technical performance, wide application scenarios, and reliable product quality. During the critical period of energy transition, choosing Saimei Technology means choosing a more stable, efficient, and cleaner energy future. Let's work together and leverage the advanced technology and products of Saimei Technology to promote the development and transformation of the energy industry, and contribute to building a sustainable energy society.