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Calisen and LCP Delta: Switching up smart meters to serve the nation better could save up to £1.9bn every year

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Latest data shows the country’s smart meter system can strengthen energy resilienceBetter identification of vulnerable customers could create an additional £250m of savings

MANCHESTER, England, June 25, 2026 /PRNewswire/ — The UK’s smart meter system is an under-utilised tool that has the potential to serve the nation in new and important ways, according to latest research from LCP Delta, the expert energy consulting firm. Calisen, the UK’s largest smart meter provider commissioned the report ‘Switching up the smart system:  How the smart system can transform energy resilience’, to investigate how smart meters could better support the UK and look at the benefits of full rollout. Latest Department for Energy, Security & Net Zero (DESNZ) figures show 72% of UK homes have smart meters (electric and gas).  The LCP Delta report identifies operational and system interventions with a range of potential benefits from base case to best case – its upper most at a £1.9bn annual saving, with an additional lifetime saving of £250m from better identification of vulnerable customers.

Highlights from the report:

–  Dynamically balancing supply and demand: Smart meters can better match supply with demand – this presents huge value when renewables such as wind are abundant and reduces overall constraint costs (around £1.8bn for 2025 according to NESO).  They also allow consumer-led flexibility by providing near real-time data, which gives people the opportunity to shift when they use power. Smart meters enable services such as the Windy Day Fund, Power Up or Turn Up, which seek to distribute excess energy to customers, and the Demand Flexibility Service (DFS) which can reward households for reducing demand – a potential value of £560m in lower customer bills annually.
–  Voltage controls: Smart meter-enabled voltage control improves energy efficiency and grid resilience by providing visibility of voltage levels beyond substations. Trials show smart meter data can help identify and even predict voltage issues. Separate trials have shown smart meters can also be used to adjust voltage across a distribution network – a potential value of over £900m in lower customer bills annually.
–  Operational savings from full smart meter roll out: According to DESNZ, smart meters met their business case savings in 2019 in terms of reducing costs to industry such as site visits, customer calls and debt handling.  With domestic supply profits in the low single digits and capital adequacy concerns, reducing metering costs helps energy companies invest in product innovation and better customer service – full smart meter roll out has a potential value of £420m in industry savings a year.
–  Vulnerable customers: Recent pilots by distribution network operators (DNOs) have demonstrated smart meters’ ability to help identify vulnerable customers through consumption data patterns.  Better identification of vulnerable customers has a broad range of benefits including better health from warmer homes in winter and more efficient support for customers on the Priority Services Register.  There are also reduced costs in serving customers during power cuts and emergency situations – potential saving across the current system of £250m.

Realising the fuller benefits of the smart system also underlines why the Government’s bold target to reach 100% uptake is such an important commitment.  More meters working more of the time is also critical – latest DESNZ figures show over 7% of smart meters are non-communicating.  However, advances in data and analytics mean industry can more effectively tackle non-communicating meters to ensure the system is fully functioning and giving consumers and the grid better visibility to make the most of precious resources.

Commenting on the research, Catherine O’Kelly, CEO of Calisen, said:

“Smart meters are now part of everyday life for the majority of people in the UK.  Cheaper flexible tariffs and the transition to low carbon technologies like solar, batteries and EVs are driving increasing uptake as consumers see more tangible benefits to this clever bit of kit. 

“The first stage of the smart meter rollout brought convenience and savings to consumers and industry alike.  A maturing smart meter system opens up even more possibilities that could save Britain billions and bolster our grid as we move to cleaner power sources.  The research paints a picture of an important piece of national infrastructure, connecting near real time data and flexible demand side management for the benefit of us all. Importantly, we know from the 4 million home visits a year the Calisen field force makes, smart meters present an opportunity to improve the lives of vulnerable customers – ensuring better identification of those in need and opening up a pathway to support.”

Tom Veli, Partner at LCP Delta, added:

“The UK was one of the first countries to adopt smart metering to bring in a whole range of demand side benefits – reducing manual reads in homes and making it easier for consumers to switch supplier. While the rollout has been slower than hoped, a more comprehensive smart meter system now presents value creating opportunities for the nation at a time when energy bills are causing real pain. Our report considers a range of options across data and analytics such as improving meter health and outage detection but really focusses in on areas where there are substantial tangible gains to be made if industry and policy makers are prepared to work together. Beyond this, there is so much more we can do with our smart metering system.  It is an underutilised piece of grid infrastructure and now is the time to flip the switch from reactive to proactive.”

The report was launched at a cross-public and private sector event in Westminster, hosted by Calisen and LCP Delta, as part of London Climate Action Week.

Notes to editors

About the research

‘Switching up the smart system:  How the smart system can transform energy resilience’

Calisen commissioned LCP Delta to investigate ways in which the UK’s smart meter system could be harnessed to support the energy transition in new ways.  Experts at LCP Delta have produced the report in two sections.  The first report analyses grid resilience in the UK and around the world to show how systems seek to build strength across four areas: technical, operational, societal and systems.  This report also identifies new ways data and analytics could be used to improve the existing system.  The second report homes in on specific and practical opportunities, with potential values.  Each is actionable by industry, with some Government policy support required.

About Calisen

Calisen Group Holdings Limited (“Calisen”) has been operating in the modernisation of metering systems for over a decade, originating in Manchester and Wigan in the UK. Calisen has grown substantially in this time and is now the leading owner and operator of essential energy infrastructure assets, with 16m meters, including around 40% of all smart meters in UK homes. Calisen’s purpose is to contribute to the transition of the country’s energy and water systems from analogue to intelligent technology, making them more efficient, more resilient and giving people the power to connect to market innovations like flexible tariffs and home generation like solar.

The Group employs approximately 1,500 people from its offices in Manchester, Market Harborough, London, Wigan, and Portsmouth. Calisen also announced the launch of its first international business in Germany in November 2025.

For further information, please visit www.calisen.com 

About LCP Delta

LCP Delta™ is a trading name of Delta Energy & Environment Limited and Lane Clark & Peacock LLP (LCP). LCP Delta™ combines the expertise of LCP Energy and Delta-EE to provide a single partner across the whole energy value chain. We are a team of passionate people using data, primary research, insights, analysis and models, embracing advanced technology and innovation to accelerate the energy transition globally. Find out more here.

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Domino Data Lab and Appsilon Partner to Speed AI to Production for Life Sciences

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Two companies already collaborating with the world’s largest pharma organizations are now working together to move open-source AI into regulated production

LONDON, June 25, 2026 /PRNewswire/ — REV 2026 — Domino Data Lab, provider of the unified platform to build, scale, and govern AI-powered applications for the most regulated enterprises, today announced a new collaboration with Appsilon, a global technology partner for life sciences companies specializing in open-source software and AI solutions for pharmaceutical and life sciences.

The alliance gives joint customers a more complete path from R and Python development to validated production, combining Appsilon’s implementation expertise with Domino’s platform, where their data science teams already work.

Most life sciences organizations are running AI in environments that weren’t built for it. Data scientists quickly adopt new tools, but without validated infrastructure, work stalls before it ever reaches production. This partnership closes that gap.

For joint customers, that means access to Appsilon’s deep pharma expertise in R and Python development, SCE deployment, and SAS-to-open-source migration, all delivered in Domino with governance built in.

“Most life sciences organizations have data scientists who are ready to build. What’s missing is a validated environment that lets them get work into production,” said Ricky Mann, Chief Solutions Officer, Domino Data Lab. “Appsilon has spent years solving that implementation problem for some of the largest pharmaceutical companies in the world. This partnership means Domino customers can tap that expertise directly inside the platform, with the governance regulators require.”

“The bottleneck is infrastructure that can’t keep pace with what teams are trying to build,” said Olga Mierzwa-Sulima, CEO of Appsilon. “What they need is a governed path to production that holds up in an audit. Domino is the right platform to deliver that at scale, and this partnership means Appsilon’s implementation expertise is now part of what Domino customers can access.”

That commitment is reflected in capabilities that people can build with today. Domino’s extensions framework lets partners embed their tools and workflows directly into the platform. Appsilon’s Axon.R is the first partner-built extension, an R package validation tool developed with the Pharmaverse Council and built on the R Validation Hub’s risk-based methodology. Life sciences teams get a compliance-ready validation workflow without leaving the environment where their work lives.

Additional Resources

Learn more about the latest life sciences-focused innovations in the Domino Enterprise AI Platform.Read the Domino Blog for customer successes and industry insights.Follow Domino on LinkedIn and X.

About Domino Data Lab

Domino Data Lab partners with the world’s most regulated enterprises as they build, scale, and govern AI-powered applications. From statistical computing to agentic AI, organizations use Domino’s AI platform to develop new therapies, protect citizens, and secure financial markets — under the most complex regulatory requirements. Founded in 2013, Domino is backed by Sequoia Capital, Coatue Management, NVIDIA, Snowflake, UBS, and other leading investors. Learn more at domino.ai.

About Appsilon

Appsilon is a premier technology partner for life sciences companies, delivering open-source, AI, R and Python solutions, implementing cloud-based statistical computing environments, and supporting SAS-to-Open Source migration to accelerate drug development in regulated settings. Trusted by 8 of the top 10 global pharma companies, Appsilon combines deep domain expertise with state of the art platform engineering to help teams modernize clinical analytics without compromising GxP compliance. Learn more at appsilon.com.

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SOURCE Domino Data Lab

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RDW: Dutch truck toll differs from other European toll systems

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GRONINGEN, Netherlands, June 25, 2026 /PRNewswire/ — The Netherlands is introducing a truck toll per kilometre from 1 July 2026. Although many European countries already have similar systems, the Dutch approach differs on several points. The RDW warns that transporters who are not properly prepared risk fines or disruptions.

“During our talks with foreign drivers, we noticed that they are not always fully aware of how the Dutch truck toll works,” says Jan Strijk, Toll Collection Director at the RDW. “Transporters often assume the system is the same as in other European countries, but that is not the case. These differences can lead to unnecessary problems on the road. It is therefore important to be well prepared before entering the Netherlands.”

The onboard unit (OBU) must always be switched on

In the Netherlands, the onboard unit must always be switched on, even on roads where there is no toll. This is different from countries like Germany, Czechia, Poland, Slovakia, Hungary and Bulgaria, where the OBU only must be switched on toll roads. Drivers are advised to check before departure that their OBU is functioning properly and that the indicator light is green, as a switched-off or malfunctioning device may result in a fine.

The Netherlands does not have a ticket system

The Netherlands does not have a system for payment of individual or one-off trips, such as in Germany. Every truck must have a working OBU provided by an authorised service provider. The RDW has authorised six internationally operating European Electronic Toll Service (EETS) providers and contracted one national provider.

Transporters should arrange an OBU before entering the Netherlands for the first time. If this is not possible, the national provider NedLinq offers pick-up points for OBUs at the border. An OBU can be collected here after a contract has been concluded online or on site. The NedLinq OBUs only work in the Netherlands. Go to www.nedlinq.nl for the exact locations. 

Limited number of exemptions

The truck toll applies to all vehicles in categories N2 and N3 with a technical maximum mass of more than 3,500 kg, including trucks, delivery vans and certain pick-up trucks. Compared to countries such as Germany and Belgium, the Netherlands applies a very limited number of exemptions. Only specific vehicles are exempt, such as emergency service vehicles, defence vehicles and certain specialised vehicles.

Transporters are therefore advised to check in advance whether a vehicle qualifies for an exemption and to apply in time if necessary. More information is available at: https://www.vrachtwagenheffing.nl/en/register-an-exemption

Zero-emission vehicles: still subject to truck toll

Zero-emission trucks are also subject to the Dutch truck toll if they exceed 4,250 kg. While the rates for these vehicles are significantly lower than for more polluting trucks, they are not fully exempt as they may be in other countries, such as Germany and Belgium. In the Netherlands, only zero-emission trucks up to 4,250 kg are exempt.

Proceeds go back to the transport sector

A large share of the revenues from the truck toll in the Netherlands will be reinvested in the road transport sector through a revenue recycling system. For example through subsidies for zero-emission vehicles and charging infrastructure. By doing so the Dutch system directly supports the transition to cleaner road transport.

Be prepared before hitting the road

With the introduction of the truck toll, the Netherlands aligns with existing European toll systems. At the same time, the RDW emphasises that understanding the Dutch-specific rules is essential to avoid unexpected costs or disruptions.

More information on the Dutch truck toll is available on www.trucktoll.nl.

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SOURCE RDW

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Dahua Technology Showcases “Visible AI in New Energy” at Intersolar Europe 2026

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MUNICH, June 25, 2026 /CNW/ — Dahua Technology, a world-leading video-centric AIoT solution and service provider, showcased its latest innovations for the renewable energy industry at Intersolar Europe 2026. Under the theme “Visible AI in New Energy,” Dahua demonstrated how AIoT technologies can help energy operators enhance efficiency, reliability, and security across the entire energy value chain, from power generation and transmission to consumption.

At this year’s exhibition, Dahua presented a comprehensive portfolio of solutions covering five key application areas: Intelligent Security, Equipment Inspection, HSE-PPE Management, EV Charging, and Smart Control Centre. Together, these solutions address the growing need for smarter operations, safer workplaces, and more efficient asset management across renewable energy infrastructure.

For Intelligent Security, Dahua showcased perimeter protection solutions for photovoltaic plants and energy facilities, integrating thermal imaging, radar-camera linkage, triple-lens monitoring, and solar-powered wireless security. Powered by self-developed thermal algorithms, the solution extends detection range by up to 85%. In a photovoltaic project in Brazil, the solution reduced more than 1,000 daily false alarms generated by 204 devices to approximately one false alarm per device per week. In Europe, Dahua’s AI-enabled perimeter protection solutions have also been deployed at a 60 MW solar park in Romania.

For Equipment Inspection, Dahua demonstrated intelligent inspection solutions tailored for substations and other geographically dispersed energy assets. By continuously monitoring equipment temperature and operating status, the system helps operators identify potential abnormalities at an early stage. Automated inspection records and reports further support predictive maintenance strategies, improving operational efficiency while reducing manual inspection workloads.

To enhance workplace safety, Dahua presented its HSE-PPE solutions, featuring both fixed and portable AI-powered detection systems. The solutions automatically verify whether personnel entering high-risk areas are wearing required protective equipment, such as helmets and safety vests, and provide real-time alerts when irregularities are detected, helping strengthen safety compliance across energy facilities.

Dahua also showcased its EV charging portfolio, including AC charging solutions for residential scenarios and DC fast-charging solutions for commercial applications. Supported by a cloud-based management platform and mobile app, the solutions enable users to monitor charging status, configure charging schedules, and manage charging operations with greater flexibility and convenience.

Complementing these applications, Dahua’s Smart Control Centre integrates security, inspection, and operational management into a unified platform powered by DSS Professional. The platform supports remote video monitoring, alarm management, inspection task scheduling, and historical data analysis, providing operators with a centralized view of site operations. In Italy, Dahua’s thermal perimeter protection solution and DSS Professional platform enabled centralized management across remote solar sites and was later expanded to cover 80 sites with approximately 1,600 thermal cameras.

Together, these solutions reflect Dahua’s commitment to advancing the renewable energy industry through intelligent technologies and comprehensive lifecycle protection. Looking ahead, Dahua will continue collaborating with global partners to explore innovative AI applications that support a safer, more efficient, and more sustainable energy future.

For more information about Dahua’s smart energy solutions, please visit the company’s official website here.

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SOURCE Dahua Technology

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