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Final installations of the latest NB-IoT (Narrow Band Internet of Things) pilot technology were recently underway, the fruit of a collaboration between BT , Yorkshire Water and Stantec , after BT switched on its first upgraded masts in the UK, as part of the project.
Mobile technology firm Vodafone has launched a new IoT-based product “to help water companies improve monitoring and detection systems, increase efficiency, reduce wastage, and meet regulatory requirements.” It is described as device- and technology-agnostic, so it can bring together any device in a network.
A trial is underway in forests in Surrey and Northumberland to assess the potential for Internet of Things (IoT) technology to monitor tree growth and the impacts of environmental change on the UK’s forests. Specialist sensors have been attached to trees in two forests and are connected via Vodafone’s Narrowband-IoT (NB-IoT) network.
Massive IoT , alias massive Machine-Type Communications (mMTC), is already impacting multiple industries. Massive IoT or mMTC is all around us. A perfect storm perhaps, but advancements in technology have a history of providing the solutions we need.
Emily Newton, editor-in-chief of Revolutionized Magazine , writes on three use cases where the Internet of Things (IoT) is proving a useful instrument to help reduce carbon emissions. The growing IoT devices market could be a silver bullet for climate change. Smart home technology helps consumers go green.
Eric Ménard writes The Operational IoT market continues to expand as organisations across the world imagine an extraordinary range of opportunities to leverage sensor technology. With the arrival of robust, proven, cost-effective satellite connection, the true potential of these IoT applications can be realised.
The City of Arnhem has selected an open-source IoT solution from OpenRemote to develop an intelligent energy management system using advanced IoTtechnology. Thanks to our flexible IoT Solution, diverse data sources using distinct communication protocols can be interconnected into a single integrated platform.
Snehal Desai, chief growth and sustainability officer at Evoqua Water Technologies, who is leading an end-user session at BlueTech Forum 2022, says change need not be daunting. The final trend we are observing is connectivity – the opportunities available to us by technologies such as digital sensors and remote monitoring.
By 2030 IoT deployment and its disruption of various industries is expected to save more than eight times the energy it consumes, resulting in net savings of 230 billion cubic meters of water, and eliminating one gigaton of CO2 emissions, according to the authors of a report released on 20 April. PWh of electricity conserved by IoT solutions.
Italy, known for its rich industrial heritage and technological prowess, is making significant strides in the field of automation, particularly in forklift manufacturing. As the global market demands increased efficiency, reliability, and innovation, Italian forklift manufacturers are embracing cutting-edge technologies to stay competitive.
Previously, he was also a co-founder of Greenbird Technologies in Stavanger. Digital water technologies have an important role in ensuring universal access to safe drinking water by 2030, that is according to a new report from the World Health Organisation. Building capacity. Encourage innovation.
Smart transformers with exciting new technologies like Internet of Things (IoT) and artificial intelligence (AI) are among the next generation […] The post Should You Make the Switch to Digital Integrated Power Transformers? appeared first on POWER Magazine.
SwitchDin , Australia (category Digital Energy Systems): SwitchDin develops technology that makes distributed energy resources (DERs) visible and controllable. Their innovation ensure 20% energy savings, lower CO2 emissions and improved comfort thanks to a unique scalable IoT solution powered by AI coupled with fuzzy logic algorithms.
One emerging possibility is the use of telematics-like technology to communicate the status of batteries and their storage conditions to a central server, using low frequency wireless technology. People might be buying chargers off the internet, for example, which are loosely specified.
An AI analytics platform has had a transformational impact on water management in a Norwegian municipality, writes Marco Westergren, chief analytics officer at technology firm InfoTiles. It provides justification and evidence for the IoT concept and shows how important digital competence is in all parts of the organisation.”
This Law has had profound implications for the development of HPC, not least in the energy sector, and the evolution of cloud computing, shaping the landscape of modern technology. Energy suppliers are working on the development of new technologies that can more sustainably generate, store, and transport energy to consumers.
Recycle2Trade is developing a machine-learning-based data intelligence platform to monitor landfill sites, integrating Internet of Things (IoT) ground detection systems and satellite data from Sentinel-5p and Sentinel-2 missions. SPRINT helps businesses through the commercial exploitation of space data and technologies.
The Knowledge Transfer Partnership (KTP) has helped create a new internet-of-things (IoT) connected standpipe to address multiple industry-wide water network issues through the integration of advanced metering infrastructure (AMI). The initiative won Innovate UK KTP Awards’ Best of the Best category for the Smart Standpipe technology in 2020.
The small sensors attached to trees send alerts over an IoT mesh network to a cloud-based monitoring platform, which immediately issues an alert to relevant parties in the case of a fire. The solar-powered gateways attach easily to trees at a height of about three metres above ground level and establish a large-scale IoT infrastructure.
An IoT sensor from Dryad Networks in an earlier deployment. This latest announcement (made in late September) marks the first time Dryad’s technology has been used on an upland landscape, and in the UK. The wildfires across Europe this summer have been viewed as a wakeup call to do more to combat the effects of climate change.
Using the system’s integrated internet of things (IoT) and machine learning technologies, along with pre-existing real-time data from their SCADA systems, operators discovered that pumps were pushing 5 million m3 of wastewater through its systems per year, of which at least 1 million m3 was water from I&I.
12 innovative technologies nominated by expert jury. This year a total of 12 innovative technologies have been selected by an expert jury in the lead up to the Aquatech Amsterdam event , taking place in early November. The nominees have been chosen from entries representing increasingly diverse technologies. Uijterlinde (Stowa).
A large-scale IoT network for the ultra-early detection of wildfires has been launched by environmental startup Dryad Networks. The small sensors attached to trees send alerts over the Silvanet IoT mesh network to a cloud-based monitoring platform, which immediately issues an alert to relevant parties in the case of a fire.
A seemingly game-changing digital technology to reduce sewer network blockages and pollution is being rolled out by Yorkshire Water, in a contract recently awarded to Siemens. Adam Cartwright, Head of IoT Application Delivery at Siemens, said: “SIWA Blockage Predictor is a step change in how water companies can avoid pollution incidents.
The firms say the outstanding feature of the incinerator that sets it apart from competitors is that the gasification or pyrolysis technologies used in the Clean6 Vortex volatilises material at temperatures significantly higher (1,400 – 1,700°C vs. 850-1,100°C) than those found in standard incineration plants.
Speaking of the value of finding the right partners to collaborate with, in this instance German technology company Siemens, she said, “One of the challenges we have is that concept, culturally, that we can do everything ourselves – and we just can’t. Interoperability is more important than openness.
Simple and accurate detection of volatile organic compounds (VOCs) is promised by a new measurement approach developed at Gdansk University of Technology in Poland. The sensitivities available are determined by the characteristics of the metal-oxide semiconductor technology and operating conditions.
Delivered as part of CyanConnode’s Omni Internet of Things ( IoT ) platform, Omnimesh is a scalable system aiming to provide cost-effective, multi-technology communications to support smart grid AMI solutions.
Recycle2Trade is developing a machine-learning-based data intelligence platform to monitor landfill sites, integrating Internet of Things (IoT) ground detection systems and satellite data from Sentinel-5p and Sentinel-2 missions. SPRINT helps businesses through the commercial exploitation of space data and technologies.
Her background is in integrated circuit design for IoT wireless communications and her current research activities include smart embedded perception systems, and digital technologies for the circular economy and sustainable electronics.
As the power sector grapples with aging infrastructure, stricter sustainability mandates, and the rapid integration of renewables, innovation in operations and maintenance (O&M) has become critical to The post O&M Innovation in the Power Sector: The Latest Tools Redefining Asset Optimization appeared first on POWER Magazine.
The global issue of water shutoffs and disconnections during the pandemic was raised at an event hosted by water technology firm Isle on 15 April. So how can the water sector can meet regulatory water efficiency targets, while delivering benefits for customers and the environment? Sign up for the next webinar.
Technology companies Microsoft and Apple have been recognised alongside Martens Brewery and utilities Thames Water and Severn Trent Water as recipients of the Lighthouse Awards 2024, presented to organisations leveraging innovation to protect and enhance water supplies globally.
Tom Christensen is Global Technology Advisor and Executive Analyst at Hitachi Vantara. How is technology helping to address the challenges faced by power grids? million in funding to UK projects to support the development of new energy storage technologies. Tom Christensen writes. How to stabilise energy delivery.
” Described as a fully connected and intuitive solution that leverages the latest in Internet of Things (IoT) cellular connectivity, G6 delivers expanded benefits such as longer battery life, lower cost of ownership and fewer false alarms. The G6 includes direct-to-cloud cellular connectivity that works straight out of the box.
Using IoT, the solution treats wastewater onsite, negating the need to transport waste and recycled water, with a series of water tanks that imitate aquatic habitats found in nature, and seemingly without the use of added chemicals, desludging, or vast infrastructure investment.
Airly monitors can be installed by Iris IOT. Their Stephen Westley says: “We are looking to help urban areas exploit the benefits of smart technology. It will also make the invisible visible; identifying pollution hot-spots and helping drivers for example, to understand the impact of idling during drop-off and pick-up times at schools.”
Airly monitors can be installed by Iris IOT. Their Stephen Westley says: “We are looking to help urban areas exploit the benefits of smart technology. It will also make the invisible visible; identifying pollution hot-spots and helping drivers for example, to understand the impact of idling during drop-off and pick-up times at schools.”
Emily Newton, editor-in-chief of Revolutionized Magazine , writes on some of the most important factors for homeowners to consider when making the switch to renewable energy. Technological advancements and tax credits have also made it a more feasible option for more people. 3 Ways IoT can help reduce carbon emissions.
No matter the size of the wind farm, operators can make turbines into smart machines with one small change, as Greg Hookings, Director (Digital Industries), Stratus Technologies , explains. The edge of energy production Despite being a relatively new technology, wind power generation must modernise to keep pace with digitalisation.
The four key areas for the deployment of smart technologies are: a. The awareness the technology provides will initiate a step-change in our attitude and habits when it comes to water consumption and conservation as users. It will require technologies that can help proactively maintain or upgrade the same. Smart water metering.
Inverters made 20 years ago might still work but they won’t incorporate regenerative energy capabilities – inverter technology has advanced considerably in recent years. Innovative new technologies will play a role but it’s a myth that manufacturing facilities have to be new to be energy efficient.
In recent decades, non-contact level measurement technologies based on ultrasonic or radar-based ranging have become an indispensable means of measuring the quantities of liquids or solids remaining in containers like tanks, silos and IBCs, as well as controlling pumps and monitoring water and flood levels.
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