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Power transmission and transformation communication networks are vital infrastructure for intelligent grids. It's that simple. However, constructing such networks is extremely challenging, given the high security and reliability requirements for power services that need to be met.
Indeed, the intelligent grids of today not only need to carry traditional Time Division Multiplexing (TDM) services, but also high-bandwidth Internet Protocol (IP) services. In addition, substation communication interfaces are extremely complex, making maintenance a headache, while implementing ultra-long-distance communication for power transmission is hard.
Huawei's Power Transmission and Transformation Communication Network Solution implements an End to End (E2E), converged bearer network that meets the stringent requirements power companies have. It uniformly carries services including dispatch, differential relay protection, Supervisory Control and Data Acquisition (SCADA) services, as well as Office Automation (OA), providing a future-oriented network with high security, high reliability, and low latency.
Huawei's Multi-Service Optical Transport Network (MS-OTN) devices are designed to meet the industry challenges of the day, bringing high security, high reliability, and low latency to power transmission communications networks that carry dispatch, differential relay protection, SCADA, and OA services.
Intent-Driven IP Communications Network for Power Transmission and Transformation An intent-driven IP communications network offers a centralized and reliable bearer solution for voice, data, and multimedia services during power transmission and transformation. Using Flexible Ethernet (FlexE) network slicing, IP hard pipes, and other security isolation technologies, this solution does away with the need to build independent networks for different services, increasing the efficiency of investment and ultimately helping to achieve automated and intelligent services.
The OSU over PON technology introduces NHPs to the access network. Different OSU hard pipes carry different network signals, implementing convergence of multiple networks. OSU hard pipes can ensure secure transmission and isolation of different network signals. With OSU hard pipes, the power distribution communication network can enjoy both the low-cost FTTM and high-quality experience of NHPs.
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