iSitePower 3rd Generation Smart Blade Power Jointly Designed by China Mobile & Huawei Won the Golden Zizhu Award 2021

0
52

 

The innovative third-generation 12 kW smart blade power, jointly designed by China Mobile Design Institute and Huawei, recently won the Golden Zizhu Award 2021–Excellent Product Technical Solution for its simplified structure, eco-friendly design, and a high level of intelligence at the 2021 Communications Industry Conference and the 16th China Communications Technology Annual Conference. This award is an industry benchmark in China.

Replacing shelters with poles, iSitePower third-generation 12 kW smart blade power system redefines sites

A China Mobile site in Beijing was reconstructed by using iSitePower third-generation 12 kW smart blade power system and deploying a PV system. The original energy-consuming equipment room is transformed into a simpler and greener pole site with 12 kW high capacity and 97% high efficiency. Features such as AI-based peak staggering, intelligent peak shaving, intelligent metering, energy slicing, and intelligent voltage boosting were implemented. These features eliminate manual maintenance, reduce OPEX, and greatly reduce energy consumption, achieving green power generation and efficient power consumption. After the reconstruction, the electricity fee is reduced by $1,800, and carbon emissions are reduced by 6 tons per year, achieving 5G deployment without adding energy OPEX.

5G presents great challenges to energy conservation and carbon reduction. The iSitePower third-generation 12 kW smart blade power system helps reduce energy consumption and carbon emissions for carriers. Information-based services provided by the carrier further accelerate the digital and green transformation of various industries. In this way, the power system helps achieve the carbon emission peak and neutrality goals. Granted with the benchmark award, China Mobile and Huawei will continue to innovate and accelerate the construction of green and low-carbon networks to provide better communications services for society.