[스페인] 이드리카, 물산업용 원격판독기 '5G-NR' 개발

 

 

스페인 물기업 이드리카(Idrica)는 음용수 소비량의 실시간 원격판독을 위한 5G-NR 장치를 개발했다고 지난 16일 밝혔다. 이드리카가 독점 개발한 파일럿 기술은 5G-NR(New Radio)을 기반으로 발렌시아 공과대학교(Universidad Politécnica de Valencia ) 내 30개에 달하는 수도관 내 접근이 어려운 지하통로 등에 스마트 미러링을 통해 시인성을 향상시킨 것이다.

 

이 기술은 수도관 내 접근이 어려운 지역 등 불리한 조건에서도 최상의 서비스를 보장하고 중요한 인프라 관리에서 다운타임이 가능한 것이 특징이다.

 

 스페인 물기업 이드리카(Idrica)는 음용수 소비량의 실시간 원격으로 판독을 할 수 있는 '5G-NR' 장치를 개발했다.  [사진출처 = 이드리카(Idrica)]

 

이드리카의 이번 프로젝트는 2025년까지 5G용 기지국 1만4천500개 확보를 목표로  는 스페인 정부의 5G 인프라 사업에 발맞춘 것으로, 이드리카의 스마트 계량 전문가인 카를로스 테예도르(Carlos Tejedor)는 “수많은 실험을 거쳐 완성된 이번 기술은 향후 아주 작은 영역에 수백만 개의 센서를 달아 물 산업에 적용 가능한 기존 기술, 특히 스마트 계량기보다 기능 면에서 훨씬 뛰어 날 뿐만 아니라 네트워크 장애 및 누출 사고 등을 훨씬 더 일찍 감지하고 더 빠르게 해결할 수 있을 것”이라고 말했다.

 

이드리카의 스마트 계량 전문기가인 카를로스 테예도르(Carlos Tejedor)가 음용수 소비량을 실시간 원격판독할 수 있는 '5G-NR' 장치에 대해 설명을 하고 있다.  [사진출처 = 이드리카(Idrica)]

 

한편 이번 프로젝트의 첫 단계에서 이드리카는 합작투자를 주도한 글로벌 옴니움(Global Omnium) 및 파이브콤(Fivecomm) 기업과 공동으로 파일럿  실험을 공개한 바 있다.

[원문보기]

Idrica develops the world’s first 5g-nr device specifically for the water industry

The device is part of a 5G-NR technology project for real-time remote reading of drinking water consumption. This pilot scheme is being carried out in Valencia, within the framework of Spain’s National 5G Plan.

Idrica has developed the first 5G-NR device specifically for the water industry. This groundbreaking piece of equipment, based exclusively on 5G-NR (New Radio) technology, will provide solutions to challenges which had been out of reach up until now, mainly in Massive IoT scenarios, with millions of devices connected in very small areas.

The breakthrough will also make devices more energy efficient, guarantee service in adverse conditions, and reduce latency to milliseconds in the management of critical infrastructures. These are just some of the many advantages of 5G-NR technologies, which include network slicing and edge computing.

Designed and manufactured in Valencia

The device has been designed, engineered and manufactured in Valencia, where Idrica has led all phases of development alongside FiveComm, the company in charge of hardware development. The project got underway at the end of 2020 and, over the course of 2021, progress has been made on board and component design. 

“The global chip supply crisis has been a real challenge, but we have continued to persevere, and manufacturing was successfully completed after the summer. We now have fully functional operational devices deployed”, says Carlos Tejedor, Instrumentation & Smart Metering Specialist at Idrica.

“In the future, there are going to be millions of sensors connected in very small areas. 5G technology is far superior in terms of capabilities to any of the existing technologies applicable to the water industry, specifically smart meters, ” said Tejedor, who pointed out that “its implementation in end-to-end water management will enable us to read consumption in real time, detect events such as network failures and leaks much earlier and resolve them faster”.

 

Implementing 5G-NR in remote water reading, a pioneering pilot project

This technological innovation is part of the pilot project that is being carried out in Valencia to assess the benefits of 5G-NR technology in real-time remote reading of drinking water consumption. The scheme focuses on analyzing the advantages of 5G-NR over NB (NarrowBand).

The pilot applies 5G-NR to smart metering to simulate a scenario of millions of connected devices (Massive IoT). Thirty water meters have been selected on the Universidad Politecnica de Valencia‘s campus. They have been chosen because they are located in areas of poor coverage and difficult access, such as basements, underground passages and parking lots.

“These water meters are equipped with NarrowBand technology with the data being transmitted to our GoAigua solution. At the same time, 5G-NR devices have also been deployed,” said Carlos Tejedor, who pointed out that “at the moment, some of the meters are working with both technologies”.

In addition to comparing the two technologies, the meters selected on the university campus will be monitored to check whether they are working correctly as smart meters, whether the infrastructure communicates and sends readings, the extent of sensor implementation, and the quality of the data signal at specific depths. Water consumption and the energy management of the devices will be analyzed and alarms triggered by leaks or poor data communication will be monitored.

The 5G-NR device developed by Idrica in this first phase of the project was recently unveiled to the pilot’s partners and associates: Orange (leading the joint venture), Global Omnium, and Fivecomm. A small-scale demonstration of the pilot took place at the meeting.

According to Andres Herranz, Orange’s Eastern Spain Public-Sector Sales Manager, there are several advantages of 5G technology, including speed: “we can expect to reach speeds of 10 gigabytes, which can even put us ahead of fiber in some aspects. Lower latency, i.e., the time required for data transfer, is another advantage together with the ability to connect millions of devices at the same time (Massive IoT), and the potential to reach remote areas which have poor coverage. Herranz also points out that “we are very interested in integration. Under this umbrella, many other technologies will be able to coexist”.

National 5G plan

The pilot project, which is also a world first, is part of Spain’s National 5G Plan, implemented by the public-sector corporation Red.es, promoted by the Ministry of Economic Affairs and Digital Transformation, and co-funded by the European Regional Development Fund (ERDF). Idrica is working on this initiative with Orange (which is leading the joint venture for this pilot project). Other companies supplying equipment and services such as Arborea Intellbird, CFZ Cobots, Etra Investigacion y Desarrollo, Visyon (Grupo Mediapro), Elewit and Robotnik are also taking part in the initiative.

 

[출처 = IDRICA(https://www.idrica.com/blog/idrica-first-5g-nr-device-water/) 2021년 11월 16일자 보도자료]