Breaking the Dilemma of Peak Shaving and Frequency Regulation: The Innovative Breakthrough Path of Henan Saimei Technology's SSC Energy Storage System

Amidst the global shift towards a cleaner and lower-carbon energy structure, peak shaving and frequency regulation, as the core components ensuring grid stability, are confronting multiple challenges such as slow response speed, short cycle life, and prominent safety hazards. As an innovator in the energy storage sector, Henan Saimei Technology Co., Ltd. employs technological breakthroughs as its spear and diverse products as its shield. Relying on its self-developed SSC energy storage system, the company provides a systematic solution to address the challenges of peak shaving and frequency regulation. This is supported by the collaborative efforts of core products such as supercapacitors, lithium titanate batteries, and LFP batteries, as well as the deep empowerment of the ISEMI technology system.

From "Going It Alone" to "Breaking Through Together": The Technical Core of SSC Energy Storage System

In traditional energy storage solutions, a single energy storage system often struggles to balance response speed, capacity density, and safety performance. However, the SSC energy storage system developed by Henan Saimei Technology creatively achieves a "1+1>2" technological integration - using the millisecond-level charging and discharging characteristics of supercapacitors (i.e., capacitors) as the "pioneer" to address instantaneous power demand; utilizing the high safety and wide temperature range adaptability of lithium titanate batteries as the "main force" to ensure stable output; and relying on the long cycle life and high energy density of LFP batteries as the "backbone" to meet continuous power supply needs. Under the scheduling of ISEMI intelligent management and control technology, the three components form a full-time energy storage response chain covering "second-level - minute-level - hour-level", building a more reliable and efficient lithium-ion energy storage system.

As a master of lithium-ion battery technology, the SSC energy storage system not only integrates the advantages of various lithium battery technologies but also offers customized combinations tailored to different scenarios. In scenarios requiring high-frequency charging and discharging, it emphasizes the hybrid device of supercapacitors and lithium titanate batteries. In scenarios pursuing long-term stable operation, it reinforces the core position of LFP batteries, truly achieving "matching on demand and maximizing efficiency".

Breaking the Conventional Paradigm: Multi-dimensional Application Practice of SSC Energy Storage System

Secondary frequency regulation is the "nerve endings" of grid stability, requiring energy storage systems to possess microsecond-level response capabilities. In the SSC energy storage system from Henan Saimei Technology, the combination of supercapacitors and lithium titanate batteries is a "golden partnership": the former instantly releases high power to smooth frequency fluctuations, while the latter continuously replenishes energy to maintain stability. The response speed of the entire system is 300% faster than traditional solutions, perfectly meeting the stringent requirements of grid secondary frequency regulation.

In the field of shared energy storage, the SSC energy storage system stands out with its characteristics of "flexible capacity expansion and on-demand allocation". Relying on the LFP battery's cycle life of over 15,000 times and the lithium titanate battery's wide temperature operation range from -50℃ to 60℃, the system can be freely scheduled among different power stations and users, which not only reduces the energy storage investment cost of individual entities but also enhances the overall energy utilization rate, making it the core supporting equipment for the shared energy storage model.

Scenarios such as millisecond-level UPS backup power and heavy-duty truck startup are more challenging for the instantaneous power output and safety of energy storage systems. The instantaneous power density of supercapacitors can reach over 1000W/kg, coupled with the zero explosion risk of lithium titanate batteries, enabling the SSC energy storage system to achieve "zero interruption" in millisecond-level backup power in data centers and industrial production lines. In the scenario of heavy-duty truck startup, even at extreme low temperatures of -30℃, the system can instantly release strong power, solving the "low-temperature failure" problem of traditional startup power supplies.

In the field of new energy, the SSC energy storage system also performs impressively: addressing the variability of wind power storage, the system quickly absorbs the energy from curtailed wind power through supercapacitors and then smoothly connects to the grid via LFP batteries; addressing the intermittency of solar batteries, the system stores photovoltaic energy with the high capacity retention rate of LFP batteries, and utilizes the fast charging characteristics of lithium titanate batteries to enhance solar energy utilization by over 20%, providing all-weather stable energy storage support for photovoltaic power stations.

Henan Saimei Technology: Defining a New Benchmark for Energy Storage through Technological Innovation

As a high-tech enterprise deeply engaged in the energy storage field, Henan Saimei Technology Co., Ltd. has always adhered to the mission of "solving energy pain points and empowering green transformation". From material innovation in supercapacitors to process upgrades in lithium titanate batteries, from performance optimization in LFP batteries to the overall integration of SSC energy storage systems, the company has built a full industrial chain capability covering "core components - system solutions - scenario applications".

Currently, the products of Henan Saimei Technology have been widely applied in the fields of electricity, transportation, new energy, etc. Its lithium-ion energy storage system, with the intelligent control of ISEMI technology and the multi-adaptability of lithium-ion batteries, has become synonymous with "safety, efficiency, and economy" in the industry. In the future, the company will continue to deepen the technological iteration of SSC energy storage systems, allowing core products such as supercapacitors, lithium titanate batteries, and LFP batteries to release their value in more scenarios, contributing the "Henan Saimei Solution" to the global energy transformation.

Whether it's cracking the dilemma of peak shaving and frequency modulation, or facilitating the consumption of new energy, Henan Saimei Technology has always been aligned with the industry, illuminating the future of green energy with innovative technology. Choosing Henan Saimei Technology Co., Ltd. is choosing proven energy storage capabilities that can withstand practical testing, and it is also a forward-looking layout for the era of carbon neutrality.