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Massive IoT , alias massive Machine-Type Communications (mMTC), is already impacting multiple industries. Massive IoT or mMTC is all around us. Ultimately, this highlights a scalability challenge for Massive IoT programmes within the Utilities sector. The benefits On the flip side there are of course countless benefits.
These events, made visible by the COVID-19 virus, have shown us the fragility of systems pushed to their breaking point by design constraints to maximize return on investment in the absence of resiliency. . Entrepreneurs are on the verge of creating an era that will be marked by abundance, sustainability and resilience.
The HEDGE-IoT project has kicked off to deliver a holistic approach to energy sector digitalisation with the adoption of IoT solutions. With this, the HEDGE-IoT approach is planned to upgrade the renewables hosting capacity of the system and unleash previously untapped flexibility potential as well as create new market opportunities.
In the midst of wildfires, energy security concerns and grid reliability questions, two smart home solutions are providing respective approaches towards adaptability and resilience through smart technology. Sign up to our newsletter and stay informed.
Dryad Networks (Dryad), an environmental IoT startup based in Berlin, has launched its Silvanet, a solar-powered, cloud analytics-incorporated sensor network aimed at delivering ultra-early detection and forest monitoring for wildfires. Sign up to our newsletter and stay informed. Mitigating wildfires.
The result of this, however, is a rising demand for smart water systems to integrate into smart city-esque infrastructure to bolster resilience against such events; so states a new research report. Sign up to our newsletter and stay informed. The report comes in from Guidehouse Insights. billion in 2022 to $11.82
Friendly Technologies IoT platform for smart meter management, a Maryland microgrid for powering an electric bus fleet, solar harvesting to power IoT sensors and new Perovskite solar cell advances are on the week’s technology radar. The ‘Friendly’ platform for smart meters and IoT devices. Solar harvesting for IoT sensors.
Honeywell and Duke Energy Sustainable Solutions (DESS) have agreed to jointly develop and deliver energy resiliency solutions to targeted U.S. The software is expected to enable communities to make faster, more informed decisions, said Honeywell. Sign up to our newsletter and stay informed. Have you read?
Enzen Australia has secured its first engagement in an ambitious strategy to digitalise the energy infrastructure of Australia through smart IoT solutions. The collaborative moves will see Enzen Australia deploy an Internet of Things (IoT) Living Lab in East Kimberley, Western Australia. Sign up to our newsletter and stay informed.
Telstra Energy has secured approval in 2021 to operate as an energy retailer and seek to leverage the growing number of distributed energy resources (DERs) including solar systems installed on consumer sites to ensure energy resilience and decarbonisation in Australia. Sign up to our newsletter and stay informed.
New research from the Wi-SUN Alliance finds that advanced weather prediction tops the list of initiatives that US utilities are undertaking to ensure better network resilience. Other top initiatives are renewable energy integration, grid modernisation and microgrids and disaster response and recovery plans.
In addition to biosaline agriculture, the city provides vertical farms, aquaponics, fish and dairy farms which will be enabled by data science, IoT, Artificial Intelligence (AI) and automation. Sign up to our newsletter and stay informed.
Internet of Things (IoT) specialist Terbine has announced a new initiative designed to intelligently synchronize EVs, charging stations and electric utilities. TerbineLink can also inform EV drivers as to which charging stations are powered with renewable electricity, and enable vehicle-to-grid and edge storage management.
SAS Grid Guardian AI uses power line emissions data captured by mobile IoT devices like this white one mounted on the roof of a garbage truck. ” Sign up to our newsletter and stay informed. ” Sign up to our newsletter and stay informed. Courtesy of SAS.
It states that that to achieve universal access to safe drinking water by 2030, “Governments should ensure they have relevant data and information to be better informed, understand gaps and inequalities in drinking water services, and make evidence-based decisions.”. Availability of data.
These include the Internet of Things, quantum computing, LV self-healing, local energy optimisation and in particular edge computing, which is evolving as new technologies such as AI bring new data analysis capabilities and emerging business models such as IoT as a service enable new innovative offerings. Have you read?
The Centre is integrated with Ericsson’s device testing lab, where utilities and original equipment manufacturers (OEM) partners can test interoperability of their field and IoT devices over mission-critical networks in a safe and secure environment. Sign up to our newsletter and stay informed.
billion electricity meters Trends shaping cyber resilience in the energy sector. Sign up to our newsletter and stay informed. Have you read: HBKU and Iberdrola collaborate on smart grid cybersecurity AMI to influence utility cybersecurity spend for 1.3
Working with the Council’s water resilience officers, the 40 large users installed smart water meters at their properties to closely monitor their water use. Sign up to our newsletter and stay informed. These smart meters are hoped to mitigate the resulting effects of such disasters by preventing water waste where possible.
The project, which is being coordinated by the Fundacion CIRCE technology and research centre, is aimed to address resilience and reliability against failures, cyberattacks and physical and other disturbances with a clear picture of the threats and vulnerabilities and the development of a set of solutions. Have you read? million (US$9.9
“Buildings create nearly 50% of the energy consumption and emissions across the world,” stated Natalie Patton, director of customer success at Buildings IOT (Internet of Things). “Information can empower people and help them understand the impact they’re making. Implementing IoT. By Yusuf Latief.
Although 2G/3G network sunsetting represents a major challenge in the IoT industry, the energy sector especially being impacted, smart metering through IoT connectivity offers benefits for customers and suppliers, explains Wireless Logic’s Paul Bullock. Have you read? Smart meters are an example of this.
Data transmitted to and from battery arrays moves across vast and complex IoT fabrics, and disparate modern and legacy communication networks, such as Zigbee, Bluetooth and 5G. Employing end-to-end encryption protocols ensures that sensitive information remains protected from interception or manipulation by unauthorised entities.
A new partnership between Swiss smart meter manufacturer Landis+Gyr and telecommunications giant Vodafone will help drive forwards the development of Internet of Things (IoT) capabilities for green energy management around the world, the two companies claimed yesterday.
Look forward to helping our customers save on #energy costs, improve the #resilience of their operations and progress their #sustainability. Today, we announced the acquisition of @bluepillarinc , a provider of Industrial Internet of Things (IoT) network software solutions. Sign up to our newsletter and stay informed.
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.
It is also important that both regulators and consumers have improved access to the very latest operational and commercial information. Have you read: Gridspertise’s advanced digital solutions for a smart and resilient grid Creating an artificial intelligence ecosystem for the energy transition. Grid of the Future. Courtesy IOTech.
For example, with new digitised energy platforms in place, suppliers can host and interconnect data from the variety of renewable energy sources, such as wind and solar, with greater flexibility and security, and with the knowledge that the grids and networks remain reliable, resilient, and flexible.
That is what is needed to foster a team spirit that is resilient, innovative, and exceeds expectations. A successful leader should also embody grit and resilience in their journey. The ability to make decisions is important as well, especially when you do not have sufficient information and data, which is almost all the time.
Smart sensors and Internet of Things (IoT) devices enable real-time monitoring of energy usage, facilitating proactive energy management and identifying energy-saving opportunities. These advancements empower operators to make informed decisions about energy usage, promoting energy conservation and sustainability.
ONEPREDICT is a digital-solution provider that offers predictive maintenance information with a combination of industrial AI and IoT technologies. Its digital-brain solution, GUARDIONE®, helps reduce downtime, increase facility resilience, and optimize decisions by diagnosing and predicting the status of key industrial assets.
Greentown Labs supports startups that are decarbonizing the key greenhouse-gas-emitting sectors—agriculture, buildings, electricity, manufacturing, and transportation—and building resilient communities. Dandelion Energy President Kathy Hannun. Dandelion Energy designs and installs geothermal heating and cooling systems for homes.
At the same time, it’s reliant on large-scale generators to provide the grid reliability and resilience critical to keeping customers’ power on, she said — a challenge that’s going to grow as renewables make up a larger share of its mix. “We have to focus first on reliability,” she said.
Have you read: DOE cybersecurity project funding to bolster grid resilience ABB-backed research will develop smart microgrid cybersecurity testbed How to protect your business from a supply chain cyber-attack. Sign up to our newsletter and stay informed. Human error is also a major cause of security compromise in IIoT applications.
Sign up to our newsletter and stay informed The project coordinator is Spanish IT services and consultant organisation Etra and the project consortium is comprised of 34 participants from thirteen European countries. With this, lessons are expected for replicability and market uptake across Europe. The ODEON project has a budget of €22.56
So, while we are in the middle of COVID19 what can we learn to aid our plans to ensure we are better prepared, resilient, for the next shock or pandemic? Resilience Planning. Without a resilience plan, you’re bound to struggle during a pandemic like Coronavirus. We were forewarned but didn’t prepare.
From detecting new EV assets on the grid and water leaks in the distribution system to creating sustainable smart cities and a resilient, reliable grid, the Itron Inspire sessions will cover a range of topics for utilities to consider. Also of interest: DISTRIBUTECH 2022 highlights: Resilience and industry innovation Enlit Europe 2022.
By analysing various scenarios and market conditions, the process helps stakeholders make informed investment decisions and develop robust business strategies. This transformative technology not only accelerates the adoption of sustainable energy solutions but also paves the way towards a greener and more resilient future.
This AMI alongside data analytics will allow them to improve their systems’ resiliency, reliability and efficiency. Sign up to our newsletter and stay informed. Have you read? As a Joint Action Agency, KMEA will provide hosting services to assist members transform their distribution grids digitally.
Customers can track their daily consumption data and bill information – and, importantly, see how the two correlate – via a secure portal or app. Smart metering involves the collection of multiple readings and alarm information for every meter every day – this adds up to a lot of information that needs to be stored and processed.
In a 20-year partnership Yorkshire Water will be supplied with water meters and data collection by the IoT operator Netmore, while network provider Connexin will provide the network and water meter connectivity. Yorkshire Water aims to drive leakage and consumption reductions with an advanced water metering infrastructure. Have you read?
With all this information at hand, the utility can then promptly get to work. Have you read: Targeting grid resilience with digitalisation New edge computing solutions set to revolutionise the power industry. Today the grid is far less resilient than it was 20 years ago. Sign up to our newsletter and stay informed.
LTE and 5G – to digital twins, artificial intelligence and machine learning (AI/ML), the Internet of Things (IoT), edge computing, automation, robotics, augmented and virtual reality, smart meters and big data analytics will revolutionise the way grid operators work and give a fillip to the wider decarbonisation drive.
According to the Commission in a release, the network code will be an important step to improve the cyber resilience of critical EU energy infrastructure and services. The European Commission has adopted the first-ever EU network code on cybersecurity for the electricity sector.
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