Dark
Light

Vodafone equips low-carbon Industry 4.0 demonstrator in the UK

4 mins read
165 views
IoT technologies Industry 4.0 Sustainability Smart factories Energy efficiency Vodafone

Explore Vodafone‘s Industry 4.0 initiative at the University of Sheffield’s Advanced Manufacturing Research Centre (AMRC), integrating IoT technologies to revolutionize manufacturing and sustainability. Within the AMRC‘s 6,000 square meter facility, Vodafone’s IoT solutions drive efficiency and sustainability across smart factories and buildings. The project extends to the AMRC North West facility in Lancashire, showcasing the Low Carbon Smart Building demonstrator project. Collaborating with industry leaders like Boeing and Rolls-Royce, Vodafone leverages IoT to optimize energy usage, automation, and decarbonization. This initiative not only exemplifies Vodafone’s commitment to innovation but also its dedication to environmental stewardship. By orchestrating data from diverse sensor devices, Vodafone’s IoT platform enables a seamless digital transformation, fostering innovation, productivity, and sustainability. With a focus on integrating unique technology ecosystems, Vodafone paves the way for a future where IoT empowers businesses of all sizes to achieve net-zero goals while enhancing operational efficiency.

Telecom Council on LinkedIn: Vodafone equips low-carbon Industry 4.0  demonstrator in the UK

Leveraging IoT for Sustainable Industry 4.0: Vodafone’s Innovative Demonstrator Project

In order for manufacturers to comprehend how modern technology can support their net zero and energy efficiency goals, Vodafone has equipped an Industry 4. 0 demonstrator project at the University of Sheffield in the UK with a variety of IoT technologies. One of many IoT suppliers in the project, which is housed at the university-managed 6,000 square meter Advanced Manufacturing Research Centre (AMRC), is Vodafone. There are 20 Wifi use cases on display in total.

The AMRC North West facility, a recently opened £20 million applied research and development facility in Preston, Lancashire, is where the co-named Low Carbon Smart Building demonstrator project is located. It collaborates with 120 or so business partners, including Boeing, Rolls-Royce, BAE Systems, and Airbus. It is a sister facility to the authentic AMRC setup in Sheffield, which oversees an array of innovation centers across the UK.

Smart factory and wise building are the two areas that the project at AMRC North West focuses on. The goal is to demonstrate how IoT can increase productivity and value in a factory workshop while also enhancing office sustainability and functional effectiveness by using various sensor-based monitoring, tracking, analytics, and automation applications. Climate monitoring, monitoring and control of harmful substances, asset tracking, and occupancy monitoring are the four use-case classes listed in a press release.

There is no mention of cellular IoT in the press note; the tracking applications use Bluetooth Low Energy (BLE) tags. However, Vodafone’s IoT. The next IoT platform, which provides a single conduit to orchestrate data from both new and old sensor devices and systems, as well as to layer-in automation and artificial intelligence (AI) tools, is being used for the central management of the various IT applications.

Driving Sustainable Innovation: Vodafone’s Collaboration with AMRC for Smart Buildings

According to Vodafone, the Low Carbon Smart Building demonstrator outlines a number of business goals, including “increased productivity, greater automation, improved energy efficiency, health and safety, and decarbonization.” Businesses of all sizes can access it, “from SME to multi-national.”

According to research cited by Vodafone, manufacturing accounts for 16.1 % of the East Midlands ‘ overall economic output, 15.4% in the North West, 14.3% in Yorkshire and Humbersidem, and 17.2% in Wales. According to the report, “technologies like 5G, IoT, AI, and machine learning” can aid the UK in lowering its annual carbon emissions by 4 %, particularly in the manufacturing, transportation, agriculture industries.

Data plays a critical role in solving every problem, according to Iain Martin, head of the Low Carbon Smart Building Demonstrator at AMRC North West. It’s critical to have a thorough understanding of how your facility works and what it consumes in order to know where the opportunities are within it. utilizing IoT. The user’s ability to improve their efficiency and reduce their carbon footprint is improved by nxt, which makes this information available and user-friendly.

The project “brings to life Vodafone’s belief that innovation occurs at the intersection of unique technology ecosystems, each acting as a catalyst on the others,” said Nick Gliddon, business director at VodafoneUK. With the help of the AMRC, we are combining smart, cloud, and IoT technologies to create a complete digital platform that is centered on innovation, productivity, sustainability.

Vodafone outfits a low-carbon Industry 4.0 demonstrator in the UK.

In order for manufacturers to comprehend how modern technology can support their net zero and energy efficiency goals, Vodafone has equipped an Industry 4.0 demonstrator project at the University of Sheffield in the UK with a variety of IoT technologies. One of many IoT suppliers in the project, which is housed at the university-managed 6, 000 square meter Advanced Manufacturing Research Centre ( AMRC ), is Vodafone. There are 20 Wifi use cases on display in total.

The AMRC North West facility, a recently opened £20 million applied research and development facility in Preston, Lancashire, is where the co-named Low Carbon Smart Building demonstrator project is located. It collaborates with 120 or so business partners, including Boeing, Rolls-Royce, BAE Systems, and Airbus. It is a sister facility to the authentic AMRC setup in Sheffield, which oversees an array of innovation centers across the UK.

Smart factory and wise building are the two areas that the project at AMRC North West focuses on. The goal is to demonstrate how IoT can increase productivity and value in a factory workshop while also enhancing office sustainability and functional effectiveness by using various sensor-based monitoring, tracking, analytics, and automation applications. Climate monitoring, monitoring and control of harmful substances, asset tracking, and occupancy monitoring are the four use-case classes listed in a press release.

There is no mention of cellular IoT in the press note; the tracking applications use Bluetooth Low Energy (BLE) tags. However, Vodafone’s IoT. The nxt IoT platform, which provides a single conduit to orchestrate data from both new and old sensor devices and systems, as well as to layer-in automation and artificial intelligence (AI) tools, is being used for the central management of the various IT applications.

Transforming Industries: Vodafone’s NXT IoT Platform for Sustainable Business Solutions

According to Vodafone, the Low Carbon Smart Building demonstrator outlines a number of business goals, including “increased productivity, greater automation, improved energy efficiency, health and safety, and decarbonization.” Businesses of all sizes can access it, “from SME to multi-national.”

According to research cited by Vodafone, manufacturing accounts for 16.1% of the East Midlands overall economic output, 15.4% in the North West, 14.3% in Yorkshire and Humbersidem, and 17.2% in Wales. According to the report, “technologies like 5G, IoT, AI, and machine learning” can aid the UK in lowering its annual carbon emissions by 4%, particularly in the manufacturing, transportation, agriculture industries.

Data plays a critical role in solving every problem, according to Iain Martin, head of the Low Carbon Smart Building Demonstrator at AMRC North West. It’s critical to have a thorough understanding of how your facility works and what it consumes in order to know where the opportunities are within it. utilizing IoT. The user’s ability to improve their efficiency and reduce their carbon footprint is improved by nxt, which makes this information available and user-friendly.

The project “brings to life Vodafone’s belief that innovation occurs at the intersection of unique technology ecosystems, each acting as a catalyst on the others,” said Nick Gliddon, business director at VodafoneUK. With the help of the AMRC, we are combining smart, cloud, and IoT technologies to create a complete digital platform that is centered on innovation, productivity, sustainability.

Matthew Boyle

Matthew Boyle is a distinguished Smart City Consultant, renowned for his expertise in IoT (Internet of Things) and cutting-edge urban technology solutions. With a deep understanding of Smart City initiatives, Matthew excels in leveraging IoT innovations to transform urban landscapes into efficient, sustainable, and connected environments. His strategic insights and hands-on experience in urban planning, data analytics, and IoT implementation make him a trusted expert in the field. Matthew Boyle is your go-to consultant for navigating the complex world of Smart Cities, ensuring seamless integration of IoT technologies, and unlocking the potential of data-driven urban solutions. With his guidance, your city can thrive in the digital age, enhancing quality of life and fostering a sustainable future.

Leave a Reply

Your email address will not be published.

Net-zero buildings Carbon compliance Renewable energy procurement Facility management Emissions reduction
Previous Story

To be truly net-zero, buildings must buy 100% renewable energy, global council says

Autonomous vehicles Self-driving vans Mobility solutions Smart transportation Assistive technology
Next Story

Autonomous Vehicles Could Offer New Independence for Disabled People

Latest from Market news

Element Launches RegNav: FDA Regulatory AI-Powered Platform

Element Launches RegNav: FDA Regulatory AI-Powered Platform

Element Materials Technology (Element) has launched Element RegNav (RegNav), an innovative regulatory intelligence platform tailored for medical device manufacturers. This AI-powered solution simplifies the complex landscape of FDA regulations, streamlining…

Don't Miss