SEMI hybrid energy storage reshapes industrial and commercial energy storage efficiency with supercapacitors, lithium titanate, and lithium iron phosphate batteries

The reliability of backup power directly determines operational safety and efficiency in uninterrupted office work in office buildings, life support in hospitals, operational endurance in oil mining areas, and logistics scheduling at ports. Henan Saimei Technology Co., Ltd. has been deeply involved in the field of energy storage for more than ten years. Relying on ISEMI core technology, we have innovatively created a hybrid energy storage system consisting of "supercapacitor+lithium titanate battery+LFP battery", which combines the advantages of the three energy storage technologies to provide efficient, safe, and long-life lithium-ion energy storage system solutions for various industries, redefining new standards for industrial and commercial energy storage.

Core Technology: Triple Power Collaboration, Unlocking Energy Storage Efficient Passwords

ISEMI's hybrid energy storage solution breaks the performance limitations of a single energy storage device and achieves a technological breakthrough of 1+1+1>3:

Instantaneous response of supercapacitors: Titanium based supercapacitors with a three-dimensional structure have millisecond level power output capability, can instantly compensate for voltage fluctuations, provide zero delay power support for office building elevators and hospital emergency equipment, have a cycle life of over 100000 times, and are suitable for high-frequency charging and discharging scenarios.

The safety and longevity of lithium titanate batteries: As a high-end category of lithium-ion batteries, its "zero strain" characteristic allows for a volume change of less than 1%, with no risk of thermal runaway. It can operate stably in a wide temperature range of -30 ℃~60 ℃ and can be assembled as a backup power source separately or mixed with other products. It is particularly suitable for harsh working conditions such as oil mining areas and docks, with a cycle life of 15000-20000 times and a 30% reduction in total lifecycle costs.

Energy storage of LFP batteries: Lithium iron phosphate (LFP) batteries have become the mainstream of energy storage due to their high safety and energy density. The modular design is suitable for container deployment and can store green electricity converted from solar batteries, providing sufficient energy foundation for peak valley arbitrage in office buildings and continuous power supply in hospitals. Together with supercapacitors and lithium titanate, they form a "power+energy" dual guarantee.

Full scene coverage: customized energy storage solutions from office buildings to docks

The ISEMI hybrid energy storage system from Henan Saimei Technology is precisely adapted to meet the power needs of different scenarios

Office buildings/data centers: Hybrid devices can achieve seamless switching between peak shaving, valley filling, and emergency power supply. Supercapacitors quickly respond to instantaneous loads from air conditioning and servers, LFP batteries ensure continuous power supply for more than 8 hours, and lithium-ion energy storage systems have a reliability of 99.99%, reducing enterprise electricity costs.

Hospitals/Public Facilities: The risk-free characteristics of lithium titanate batteries perfectly match the millisecond response of supercapacitors, providing absolute safety backup power for operating rooms and intensive care units, avoiding medical risks caused by power outages, and meeting the high reliability requirements of the medical industry.

Petroleum/Mining Area: A hybrid energy storage system with wide temperature adaptability can withstand extreme environments. The large capacity storage of LFP batteries combined with high rate discharge of lithium titanate provides 24-hour power for drilling equipment and monitoring systems, reducing dependence on diesel generators and assisting in the construction of green mines.

Dock/transportation hub: Supercapacitors and lithium titanate batteries work together to meet the high-frequency start stop needs of shore power equipment and lifting machinery. The small volume advantage of the hybrid design saves dock space while achieving the consumption of renewable energy and reducing operating costs.

Brand Strength: Henan Saimei Technology, a reliable partner in the energy storage field

Henan Saimei Technology Co., Ltd., as a high-tech enterprise under Pulan Nano Technology, is located in the Luoyang area of China (Henan) Pilot Free Trade Zone, focusing on energy storage product design, system integration, and integrated solutions for optical storage and charging. The company has a mature R&D and production system, with core products including supercapacitors, lithium titanate batteries, LFP batteries, and customized energy storage systems. Through modular combination and intelligent BMS control, it provides global customers with full chain support from products to services. The products are widely used in the power generation side, grid side, and industrial and commercial user side, becoming the core practitioner and promoter of ISEMI hybrid energy storage technology.

Choose ISEMI hybrid energy storage, choose future power safety

In today's accelerated transition to new energy, efficient energy storage has become the core support for enterprises to reduce costs, increase efficiency, and promote green development. Henan Saimei Technology takes "ISEMI hybrid technology" as its core, integrating the speed of supercapacitors, the safety of lithium titanate batteries, and the efficiency of LFP batteries, to create a lithium-ion energy storage system solution that is suitable for all scenarios. Whether it's intelligent power supply for office buildings, life protection for hospitals, or stable operation of oil terminals, Henan Saimei Technology has always been driven by technological innovation, using reliable energy storage products to help enterprises achieve high-quality development and create a green energy future together!