Huawei Technology Co. Ltd. (SZ: 2502) - China Tower and Huawei Conduct Joint Innovation Test on 5G Energy Solutions -- 9/4/2019.
With network capacity set to increase rapidly in the 5G era, the power consumption required for a single 5G site is much higher than a 4G site. In addition, a large number of end sites will be deployed, causing the power consumption of the entire network to increase exponentially. To reduce site construction costs, sharing must come first. As the coordinator of China's tower infrastructure construction and sharing, China Tower faces a series of challenges in 5G construction:
The power consumption of 5G base stations greatly increases, with existing base stations face capacity expansion and reconstruction. However, mains capacity expansion costs are high and take a long time, which severely affects the pace of 5G deployment while greatly increasing investment. In addition, the DC power system, batteries, and air conditioners at most existing sites need to be expanded and reconstructed.
In the remote scenario of 5G high-power active antenna units (AAUs), the cable loss is high. The remote voltage is even lower than the operating voltage of the AAU in some cases. As a result, the AAU cannot work.
To address the issues in 5G construction and O&M and formulate a comprehensive power supply solution for 5G sites, China Tower and Huawei agreed a joint innovation initiation in December 2018 and set up a joint working team to lower investment, reduce OPEX, and achieve intelligent O&M. The 5G energy joint innovation test was conducted on multiple topics, such as insufficient mains capacity in special scenarios, peak load shaving, and intelligent battery management and accurate configuration.
The entire process, from 5G network power supply requirement reviews and test case designs to comprehensive tests, was conducted an expert team from China Tower and Huawei Network Energy Product Line. Based on the industry's first 5G-oriented power supply solution provided by Huawei, the test, which was conducted in Hangzhou, China verifies the functions of intelligent peak shaving, intelligent voltage boosting, and intelligent energy storage.
The site in Hefeng Village is used as an example. The average load is 1.4 kW, while the peak load is 2.7 kW, and the AC power limit is 1.6 kW. When 5G services are simulated, the peak load exceeds the power limit and lithium batteries start to power the load to achieve intelligent peak shaving. When the load is light, lithium batteries immediately switch to the equalized charging mode. Huawei's 5G Power Solution intelligently controls batteries and air conditioners based on a sites power consumption and mains capacity to achieve "no mains change" and thereby reduces the capital investment when sites evolve to 5G.
In addition, the team also tested various intelligent features such as intelligent solar access, hybrid use of lead-acid and lithium batteries (battery pooling), and mixed use of old and new power supplies (power pooling) to verify the on-demand battery and power supply configuration and modular evolution.
"This joint innovation provides insight into the 5G power solution of China Tower," said Tong Kebo, General Manager of the Technical Support Center, Zhejiang Branch of China Tower. "Intelligent peak shaving and voltage boosting addresses long periods and high costs caused by mains and cable reconstruction. The hybrid use of smart lithium batteries and old lead-acid batteries refines our backup power supply and maximizes the value of our investment. The success of this innovative test breaks the limitations of traditional solutions on 5G site construction and O&M, and is of great significance for large-scale 5G commercial use by China Tower."
The joint innovation test between Huawei and China Tower on 5G energy solutions will help build sustainable infrastructure in the 5G era, strengthen the ability to cope with climate change, and contribute to the achievement of Goal 9: Industry, Innovation and Infrastructure and Goal 13: Climate Action in the UN Sustainable Development Goals (SDGs). In 2018, Huawei 5G Power Solution won the "5G Green Energy Industry Strength Award" by People's Posts and Telecommunications News, an authoritative newspaper in China's communication and information industry.
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|Title Annotation:||Media Releases|
|Date:||Apr 16, 2019|
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