ZTE releases Intelligent Energy Management system based on NB-IoT
ZTE Corporation, an international provider of telecommunications, enterprise and consumer technology solutions for the mobile internet, released its Narrowband IoT (NB-IoT) Intelligent Energy Management System globally.
The brand-new system, which has been installed as a pilot project in Zhangjiang Intelligent Park, was first showcased and demonstrated during Mobile World Congress (MWC) Shanghai late last month. The NB-IoT Intelligent Energy Management System leverages innovative IoT technologies for energy-saving and emission reduction management.
For technology enterprises, laboratory equipment accounts for a high percentage of electricity consumption to support and ensure efficient operations. However, equipment often remains idle outside of office hours. With ZTE’s NB-IoT Intelligent Energy Management System, enterprises can leverage its energy-saving control function to effectively reduce energy consumption during research and production.
With the use of NB-IoT technologies, this system comes with lower investment costs and higher rate of returns, featuring wider coverage, shorter construction lead time and ease of operations. A built-in chip module developed by ZTE also makes remote control and strategy customisation feasible, enabling users and enterprise management to easily implement personalised management for each device, and minimise energy consumption.
The Intelligent Energy Management System can reduce power consumption and bring about significant savings to enterprises. With the installation of 50 energy-saving control terminals in a typical wireless base station test environment, up to 50,000 kilowatts of electricity can be saved every month through the centralised automatic shutdown of the terminals outside of office hours. This significantly reduces power consumption and emission reduction, bringing about more savings on energy use.
Given traditional energy-saving control terminals can only be placed within buildings due to restrictions of transmission technologies, high energy-consumption equipment, including drainage pumps, exhaust fans and high-power lights cannot be controlled remotely. With the setup of a nationwideNB-IoT network by local operators, terminals supported by the Intelligent Energy Management System can be managed remotely, enabling more equipment to achieve nationwide reduction of energy consumption.
Traditional IoT technologies require complex configurations to enable remote control and management of terminals. However, without guaranteed network quality, connections are often broken. With improved quality of connection and technical support enabled by local operators’ NB-IoT network, the Intelligent Energy Management System allows enterprise users to gain complete remote access and system control once they access the Internet.
Through the integration of ZTE’s strength in the IoT sector and NB-IoT industry development, the Intelligent Energy Management System aims to help customers save costs, maximise savings, conserve energy and reduce emissions, leading to a win-win situation.
Since the finalisation of the NB-IoT standards in June 2016, ZTE has been the first vendor to rollout demonstration of NB-IoT proof of concept (POC) networks.
Last November, ZTE launched the industry’s first end-to-end NB-IoT system at the World Internet Conference in Wuzhen, China. In 2017, ZTE has been leading NB-IoT commercialisation processes, helping customers build NB-IoT networks.