On July 19, 2023, the State Council Reform Office held a press conference on the development of industry and information technology in the first half of 2023. Zhao Zhiguo, spokesperson and chief engineer of the Ministry of Industry and Information Technology, stated that in the next step, our department will steadily advance according to the "construction and research" work approach, focusing on three aspects of work, providing more solid support for the construction of a strong manufacturing country, a strong network country, and a digital China.
One is to adhere to moderate advancement and firmly build a 5G digital base. Actively promote the construction of 5G networks, continuously expand the breadth and depth of 5G network coverage, promote the deep coverage of 5G networks in key scenarios in urban areas, and further extend to towns and rural areas. Carry out the special action of "signal upgrading" to comprehensively improve the quality of 5G network in key scenarios.
The second is to adhere to the implementation of separate policies and expand the scale of 5G applications. Expand the application scale of pilot fields such as industry, mining, electricity, ports, etc., and deeply explore typical application scenarios in pilot fields such as healthcare, education, culture and tourism. Build an upgraded version of the "5G+Industrial Internet" development, and promote the construction of 5G factories by no less than 3000 enterprises this year. Strengthen the support of 5G application industry, vigorously promote the research and development of 5G lightweight (RedCap) technology, and promote the continuous cost reduction and scale up of 5G applications.
The third is to adhere to innovation leadership and promote 5G evolution and 6G technology research and development. Continuously evolving and upgrading towards enhanced 5G, supporting technological product breakthroughs such as 5G R18 base stations and 5G new terminals, and continuously supporting new features and services of 5G. Vigorously promote 6G technology research, conduct technological experiments, deepen exchanges and cooperation, and accelerate 6G innovation and development.
Modular UPS power supply unveils the power solution for data centers in the 5G era. 5G has entered the second half, and currently 6G has become the focus of global technological innovation in the information industry, serving as a strategic highland for a new round of technological revolution and industrial transformation. Modular UPS power supply has the characteristics of energy conservation, easy maintenance and replacement, and is an efficient redundant and scalable power protection system, mainly used in small and medium-sized data centers. Modular data centers will be the trend of the future 6G era.
With the commercial promotion of 5G, innovative applications in fields such as the Internet of Things and artificial intelligence are booming. The scale of data centers will double in the foreseeable future, and investment costs such as the number of IT equipment and floor space will also soar. How to maximize economic benefits and reduce infrastructure footprint in the valuable usage area of data centers is a hot topic of industry development concern.
The data center in the 5G era is developing towards two levels: ultra large cloud computing centers and edge data centers. For data center applications in the 5G era, compared to the previous generation modular UPS power supply, the new generation 400kVA/kW product has reduced its floor space from 2 cabinets to 1 cabinet, saving up to 50% of the floor space; The floor area of 800kVA/kW products has been reduced from 3 cabinets to 2 cabinets, saving up to 33.3% of the floor area and significantly improving the utilization rate of data center computer rooms. The modular UPS power supply system can achieve parallel connection of 8 units, with a capacity of up to 6.4MW, meeting the power guarantee needs of ultra large data centers, industrial and other scenarios.
The innovative application of ECO mode in modular UPS power supply products has a comprehensive operating efficiency of up to 99%, while reducing pollution to the power grid. It can intelligently detect and compensate for the harmonics and reactive power of the load current, effectively improve the PF value of the bypass input, reduce THDi, and ensure that the power grid meets the IEC620401 class power supply quality, ensuring the stable operation of more types of equipment. The Jinchi modular UPS power supply system is the most advanced UPS redundant system today, with high availability, manageability, flexibility, and maintainability, and low requirements for users' operation and maintenance personnel.
In the 5G era, there will be a large number of application scenarios that require real-time computing, and the low latency of 5G is the basic guarantee. This must rely on ultra-high base station density and real-time computing capabilities, which is currently the most widely recognized data center in the industry. From the perspective of power supply system construction, it will become more complex. For data centers, containerized modular UPS power supply data centers will be the only trend.
Modular UPS power supply has opened a new chapter in the high-power density application of data center UPS power supply in the 5G era, providing customers with more comprehensive and reliable smart energy solutions, and helping various industries share the dividends of China's 5G development.
Unique advantages of modular UPS power supply system
● High availability UPS power supply host equipment system
The host adopts a modular design that can be hot swapped online. In addition, the key components inside the host are designed with redundancy, making the reliability of a single host reach the traditional system reliability of dual machine backup; At the same time, the average fault recovery time of the UPS power host system has also decreased from a few hours in the past to a few minutes.
The UPS power supply host can be configured according to the actual load of the customer
The modular structure allows users to flexibly expand the host power according to the actual situation, and can continuously improve the UPS power supply capacity as the actual load increases, saving the waste of funds and energy consumption caused by excessive investment in the modular UPS power supply system.
● Reduced procurement and management costs
The input and output phases of traditional high-end UPS power supplies are fixed, so users often increase the number of UPS power supplies to accommodate different phases and capacities when constructing power supply systems. In a modular UPS power supply system, power phase multiplexing technology can be used to change the constraints caused by past singularity, and users no longer need to consider how to purchase UPS power products with different phases or capacities to meet the needs of the system.