In recent years, the Ministry of Industry and Information Technology has accelerated the promotion and application of advanced and applicable energy-saving and carbon reduction technology and equipment, and promoted energy conservation and carbon reduction in key industries. The "Recommended Catalogue of Energy Conservation and Carbon Reduction Technology and Equipment in the National Industrial and Information Technology Field" has been released, providing important guidance for China's industrial energy conservation and carbon reduction.

The successful inclusion of intelligent lithium-ion battery backup power technology in this recommended directory is not only an authoritative endorsement of the energy-saving and carbon reducing potential of lithium-ion technology, but also a clear recognition of its key role in promoting industrial green transformation at the national level. Behind it are numerous highlights and significant implications.

Firstly, the Ministry of Industry and Information Technology has released the "Recommended Catalogue of Energy saving and Carbon reducing Technology and Equipment in the National Industrial and Information Technology Field", aiming to promote energy conservation and carbon reduction in key industries and promote green and low-carbon transformation. According to the standards recommended by the Ministry of Industry and Information Technology, the selected technologies must have advanced energy efficiency, high level of informatization, and good economic efficiency. Intelligent lithium-ion battery technology, as one of the selected technologies in the recommended directory, indicates its important role in achieving carbon peak and carbon neutrality goals.

Secondly, returning to the directory itself, we found that lithium battery technology is listed at the top of the recommended list of energy-saving and carbon reduction technologies for data centers, fully reflecting its important position in the fields of backup power supply, energy storage, and energy-saving and carbon reduction in data centers. Lithium batteries have become the preferred solution in fields such as data centers, communication base stations, and communication rooms due to their high energy density, fast charging and discharging capabilities, and long lifespan. For example, lithium batteries in data centers can not only improve power supply and distribution efficiency, but also optimize energy use through peak shaving and valley filling functions.

Thirdly, it further confirms the significant technological advantages of intelligent lithium-ion battery backup power technology that traditional power technology cannot match. It adopts lithium iron phosphate batteries and advanced battery management systems (BMS), with a battery cycle of up to 5000 times (50% deep discharge depth) and a design life of up to 10 years; Through a three-layer BMS system, active current sharing and intelligent voltage sharing control are achieved to avoid over configuration and significantly reduce total cost of ownership (TCO); Taking the Pengcheng Laboratory Data Center project as an example, this technology reduces the power consumption of the backup power system by 20%, saving 6.01 million kilowatt hours of electricity annually, equivalent to saving 1863.1 tons of standard coal, reducing carbon dioxide emissions by 4955.8 tons, and the investment payback period is only one year, with significant energy-saving and carbon reduction effects.

The inclusion of lithium battery technology in the directory is not only an authoritative recognition of its technological progressiveness and potential for energy saving and carbon reduction, but also a clear signal from the national level: the intelligent lithium ion battery backup power technology is applicable to the backup power system of the data center.

Undoubtedly, the directory has opened a hopeful door for innovative enterprises that focus on deeply applying lithium battery technology to the data center field.

For manufacturers deeply involved in this field, unprecedented strategic opportunities will arise. For example, Mingde Yuanneng's intrinsic safety technology solves the risk of thermal runaway of lithium batteries, and its products have unique advantages in the field of data center backup power supply, with a market share of over 80%. This opportunity will further promote the popularization of its products in domestic and international markets, especially in international markets such as Europe, Australia, and Southeast Asia.

With increasingly stringent requirements for energy efficiency, space, and reliability in data centers, we have reason to believe that lithium battery technology will become a widely adopted and cost-effective "standard" solution in data centers.