New modular drive system.

A modular system comprising decentralised drive electronics and efficient motors from Nord Drivesystems, offers full consistency provides more freedom in system design. This is based on the NORDAC LINK and NORDAC ON frequency inverters, which now have identical communication and safety functions, making them flexible in use.

The spacious intralogistics of e-commerce providers, parcel distribution centres or airports benefit from space-saving, decentralised drive solutions. However, planners often face challenges in their system design: If frequency inverters for wall mounting or motor mounting have different safety and communication properties, additional installations are needed. With its new modular system, NORD provides users with decentralised drive electronics for consistent use.

Expanded communication and safety functions.
The modular system comprises the asynchronous IE3 and synchronous IE5+ motors from NORD, and two decentralised frequency inverters as the centrepiece: NORDAC ON in the power range from 0.37 to 3.7 kW for wall mounting and motor mounting, and NORDAC LINK for power ranges from 0.37 to 7.5 kW for wall mounting. Both have identical communication and safety functions that have been extensively expanded by NORD.

Seamless integration into fail-safe applications.
The frequency inverters feature on-board Ethernet and are compatible with PROFINET and EtherCAT. Both NORDAC ON and NORDAC LINK can be integrated seamlessly into a fail-safe application via PROFIsafe or FSoE. An extended safety function package has already been integrated. STO and SS1-t (each in accordance with SIL3 / PLe) as well as SS1-r, SLS, SMS and SSM (each in accordance with SIL 2 / PLd) have no encoder. Thanks to safe inputs and outputs, fail-safe components such as emergency stop buttons or photoelectric sensors can be directly connected.

Encoderless control of dynamic applications.
Also for dynamic applications, NORDAC ON and NORDAC LINK allow for encoderless control of the highly efficient IE5+ synchronous motors. The CFC open-loop injection method allows for a start-up with 150 % overload and implements more dynamic accelerations through short ramp times. The method achieves high energy efficiency, especially in the partial load range. As no encoder is required, the CFC open-loop injection control reduces material and installation costs.

Lean system design with less wiring.
The new modular system provides users with more flexibility in system design. Thanks to the consistent functionality, they can easily choose between motor-mounted or wall-mounted frequency inverters. The integrated functions furthermore reduce wiring efforts, simplifying installation and maintenance. All in all, NORD thus ensures less complex, lean architectures with an extended performance scope.

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@NORD_Drive @mepaxIntPR #Pauto

Ai-ready UPS systems validation.

Artificial Intelligence has fundamentally altered power dynamics within data centers. Unlike traditional workloads with slow and predictable power variations, modern Ai creates “pulsed loads”, where processors switch rapidly between idle and full capacity. Power demand can swing from 0% to 100% and back in milliseconds, creating erratic “on-off” cycles that place power infrastructure under severe stress.

Pic: Veritiv

Veritiv has created a fully integrated measurement ecosystem from Yokogawa, anchored by the WT5000 Precision Power Analyzer, DL950 ScopeCorder, GM10 Data Acquisition System, and tied together by the IS8000 software platform.*

Luigi Balma of the Vertiv R&D team explained, “The Yokogawa ecosystem is the best solution for us because it allows us to see so many different variables - voltage, currents, DC and AC - at the same time on a single display, and coherent in time.”

Uninterruptible power supply (UPS) systems now also function as a dynamic power conditioner capable of reacting to these variable load swings in real time. If it cannot manage these pulses effectively, they can be reflected back to the grid or backup generators, threatening overall system stability or even breakdown.

Vertiv provides critical infrastructure technologies, including large power converters. Its Power Center in Bologna (I) needed to validate new Input Power Smoothing algorithms for its Vertiv™ Trinergy™ UPS systems. These intelligently draw energy from the UPS batteries during peak pulses, shielding the upstream generator from the erratic behavior of an Ai load.

The units have a sophisticated topology, featuring two AC three-phase mains and one DC battery input, and one three-phase output. Each required monitoring simultaneously. Teams needed to capture long-duration thermal data and high-speed resolutions to analyse waveform deformation, noise, and Total Harmonic Distortion (THD) during rapid switching events. Active, reactive, and apparent power also had to be characterised to fully understand power quality under stress.

With high channel counts, currents of up to 5000 A demanding strict safety controls, and a need for 24/7 reliability, intermittent anomaly capture, and long-term thermal stability logging, the instrumentation challenge was considerable.

The WT5000 Precision Power Analyzer provides primary power analysis. With a power accuracy class of 0.03% and support for up to 7 input modules, it allows Vertiv engineers to measure AC and DC power simultaneously. The instrument provides harmonic analysis up to the 500th order, essential for evaluating power quality and validating efficiency even under dynamic load conditions.

The DL950 ScopeCorder captures the transient behavior of the “pulsed loads”. Configured with 16 channels, it combines the benefits of a high-speed oscilloscope with a long-term data recorder. It captures the specific shape of voltage and current waveforms during rapid switching events, allowing engineers to identify high-frequency noise and verify the system’s dynamic response time without missing critical details.

Connecting these domains is Yokogawa’s IS8000 software, which synchronises the instruments using the IEEE 1588 Precision Time Protocol (PTP). This platform integrates data from the WT5000, the DL950, and the GM10, which monitors thermal points across the system. This setup creates a single, time-aligned dataset where thermal stress, power efficiency, and waveform distortion can be viewed side-by-side.

As well as directly enabling the validation of their patented Input Power Smoothing technology, the integrated solution has transformed the Bologna laboratory’s workflow. Being able to view thermal, electrical, and waveform data on a single IS8000 interface has significantly reduced testing complexity and debugging time. Using Yokogawa’s precision validation, Vertiv continues to develop next-generation data center technology.

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* The full case study may be read here.

@Yokogawa, @Yokogawa_EU, @Yokogawa_Europe @VertivEMEA @irishpwrprocess @NapierPR #Energy #TandM #Data Centres

 

Coolant temperature sensors.

Amphenol Coolant Temperature Sensors (CTS) are now available from Inelco Hunter. The sensors are lightweight with a compact design, offering IP67 ingress protection and fast response times. Applications will include the monitoring of battery coolant, HVAC refrigerant, gear box oil, inverter coolant, fuel cells etc.

The Coolant Temperature Sensors are USCAR compliant, offered in either a zinc-plated or 1 316L stainless-steel housing. The operating temperature is -40°C to 100°C and the response time is 5 seconds within a range of 25°C to 85°C in water. The resistance at 25°C is 2,828Ω ± 1.3% and the temperature accuracy is ± 0.3°C.

The connector material is PBT-GF15 and the O-ring material is HNBR. The connector is USCAR 064 Sealed (IP67) per USCAR 064-S-002-1-A02. The overall length is 48mm with a 12mm screw thread. Mating connectors are Molex 3140X-2100 or Aptiv 54390239.

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@InelcoHunter @amphenol #PAuto

Choosing the correct photodetector.

The launch of a new Detector Selector, an intuitive online search tool designed to help customers find the right component based on their specific application requirements has been announced by Laser Components.

Selecting the optimal photodetector often requires a balance with multiple parameters. Each system demands unique combination of wavelength range, active area size, and packaging options, which are all easily visible within the Detector Selector. The process is simplified with the Detector Selector instantly displaying each product that matches the user’s defined specifications. Detailed product documentation is available with a single click next to each product name/code, providing comprehensive specifications such as gain, operating temperature, noise, quantum efficiency (QE), detectivity (D*), responsivity, and all other relevant parameters.

Users can filter results by each of the detectors types within the company's portfolio, including standard photodiodes, avalanche photodiodes (APDs), position sensitive detectors, pyroelectric detectors, and photoconductive detectors (PbS and PbSe).

For purchasing inquiries, the Detector Selector includes a "request product"feature, that allows users to add products to our contact form and quoting tool just below the Detector Selector. This feature provides engineers and system integrators a way to start a conversation with a dedicated sales contact to support them throughout the process.

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@LaserComponents @lasercomp_uk @UnnGmbh @PresseBox #TandM #Pauto

Stay powered in the field.

Maintain operational readiness during long shifts or extended expeditions.

Flir has launched a new initiative to provide a complimentary Flir Scout Pro vehicle charger to customers who purchase and register any eligible Scout Pro™ Thermal Monocular .

This "Mission Proven" promotion is designed to support users who operate in remote environments where reliable power is a necessity rather than a luxury. By including a dedicated Scout Pro vehicle charger with every product registration on the Flir Customer Portal, Flir is helping users maintain operational readiness during long shifts or extended expeditions. This offer is available for the Scout Pro lineup, including the Scout Pro, Scout Pro II, and Scout Pro III models.

“Our customers are investing in the safety and reliability of their entire operation, not just a piece of hardware,” said Peter Dekkers, Business Development Director at Flir. “By bundling our flagship handhelds with five years of protection and expert support, we are removing barriers to expertise and ensuring our users feel fully supported from the moment they open the box.”

Flir has prioritized a seamless experience for the end-user by integrating a frictionless digital redemption process. Each new Scout Pro unit now arrives with a unique QR code inside the box that directs the owner straight to the Flir Customer Portal. Once the quick registration is complete, the portal generates a direct redemption link for the free vehicle charger, which is then fulfilled and shipped directly by Flir through their e-commerce platform.

This limited-time offer runs until June 30th, 2026. 

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@flir @mepaxIntPR #TandM #PAuto

Glass inspection.

Introducing a new model featuring 3D scanning for highly reflective surfaces.

Marking SmartRay’s latest breakthrough in inline metrology, the new ECCO X 050G sensor combines the exceptional resolution, speed, and compact design characteristic of the premium ECCO X family with the additional capability to measure shiny, reflective, and transparent surfaces such as glass.

The ECCO X 050G incorporates SmartRay’s G-series glass-scanning designation, bringing the full benefits of fast, high-resolution, high-precision automated optical inspection and superior 3D data quality to an even wider range of processes. Applications that will benefit from the breakthrough scanning capabilities of the latest addition to the ECCO X range include manufacturers of: 

• Mobile phones
• Semiconductors
• Camera and eyewear lenses
• Windscreens and windows

Their current ECCO X sensor line-up offers advanced inline metrology solutions for accurate inspection and precise measurement, supporting individual applications across multiple demanding industries, including electronics, home appliance, automotive, and semiconductor manufacturing.

Further expanding the ECCO X range and building on the legacy of the established ECCO X 025 and ECCO X 100 models, the ECCO X 050G ensures SmartRay’s innovative 3D technology is a versatile and viable option for more manufacturing companies seeking to improve product quality, guide automation, and reduce production costs.

The ECCO X 050G is the smallest in its class and is designed to meet the highest inspection demands, offering the speed, resolution, and compact form factor synonymous with all ECCO X models.

The new SmartRay sensor features a typical vertical resolution of 2.2–2.9 µm and a lateral resolution of 11–13 µm. It provides 4,096 points per 3D profile and a typical scan rate of up to 40 kHz, delivering up to 163 million points per second.

Key specifications:

• Scan rate: up to 40 kHz
• Vertical resolution: 2.2–2.9 µm
• Lateral resolution: 11–13 µm
• 4,096 points per 3D profile
• Measurement range: 15 mm
• Stand-off distance: 32.7 mm
• Laser wavelength: 450 nm (brilliant blue laser)
• Input voltage: 24 VDC
• Dimensions with adapter: 94 × 156 × 170 mm
• Dimensions without adapter: 94 × 145 × 156 mm
• Weight: 1,200 g

The ECCO X 050G provides a Gigabit Ethernet (1 Gbit/s) interface, a quadrature encoder interface (AB channel, RS-422), and two inputs and two outputs to support a range of start and data triggering options.

Clare Rathsack, Business Unit Manager – ECCO Sensors (picture right), said: “SmartRay continues to break new ground in inline metrology by developing technologies and products designed to solve the challenges of specific industrial applications. With the ECCO X 050G, SmartRay combines the significant benefits and innovations of the ECCO X family with the 3D glass-scanning capabilities showcased in the ECCO 95.015G and ECCO 95.025G. This 3D sensor answers the demand for a high-accuracy, high-resolution, high-speed scanning solution suitable for processes requiring the inspection of flat glass and specular, highly reflective surfaces.
“The development of the latest ECCO X model demonstrates our commitment to delivering next-generation solutions that provide 3D laser scanning for applications where traditional 3D laser triangulation was previously not viable. We will continue to unlock new opportunities for companies to capitalise on 3D sensors for accurate, repeatable inspection and precise measurement in inline metrology, helping to optimise quality and minimise costs in electronics production processes.”

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@SmartRay3D #TandM #Manufacturing

Partnership connects control and Intelligence.

Helping manufacturers turn control loop diagnostics into faster operational decisions.

A strategic technology partnership with Dimension Software, a leading provider of industrial operations management platforms has been announced by Control Station. The collaboration connects Control Station’s PlantESP™ control loop performance monitoring (CLPM) platform with Dimension Software’s Asset Intellect™ operations intelligence environment, enabling manufacturers to operationalise control performance insights across their organisations.

Industry studies suggest that 30–40 percent of industrial control loops operate below optimal performance, contributing to lost production throughput, increased energy consumption, and inconsistent product quality. While modern analytics tools can identify these issues, many organisations struggle to translate diagnostic insights into coordinated operational improvements. The partnership between Control Station and Dimension Software addresses this challenge by aligning complementary technologies that help engineering and operations teams move more quickly from issue identification to corrective action.

Control Station’s PlantESP platform leverages a production facility’s existing historical process data to proactively identify poorly performing control loops, oscillations, valve issues, and tuning deficiencies that undermine regulatory control. These issues frequently contribute to process instability and production inefficiencies across continuous and batch manufacturing environments. In complimentary fashion, Dimension Software’s Asset Intellect platform provides a unified, browser-based operations management environment that aggregates, integrates, contextualises, and visualises operational and business data in real time. It enables organisations to create a centralised “single source of truth” for operations by integrating data from enterprise systems such as AVEVA PI, SAP/Maximo, Power BI, and other operational technologies such as process alarms, IIoT, and geo-spatial systems. Through the collaboration, PlantESP diagnostics identifying poorly performing control loops can be surfaced within Asset Intellect dashboards alongside production, maintenance, and operational data. Engineering and operations teams can then evaluate control performance issues within their broader operational context and initiate corrective workflows directly from the Asset Intellect environment.

“By partnering with Dimension Software, we are expanding our ecosystem of world-class technology partners while making it easier for manufacturers to translate control performance insights into operational improvements,” stated Damien Munroe, Vice President of Partner Development at Control Station. “The collaboration aligns with our ongoing mission of making process optimisation simpler and more accessible for industrial organisations.”

Founded in 2008 and headquartered in New Zealand, Dimension Software develops operational intelligence platforms that help industrial organisations unlock value from their existing data infrastructure. The company proudly supports over 15,000 enterprise users, spanning key process industries including chemicals, mining, oil & gas, and pulp & paper and empowering global organisations such as Abbott, BHP, and Enbridge. The company originally formed to deliver expanded capabilities within the AVEVA PI ecosystem, and has since introduced industry-leading platforms including Asset Intellect. Asset Intellect is modular, vendor-agnostic, and low-code configurable, allowing organisations to rapidly deploy operational intelligence solutions without extensive custom development. The platform enables operations teams to visualise performance metrics, manage operational workflows, and coordinate responses to emerging operational issues.

“We have first-hand experience with control loop performance monitoring and recognise both the importance of optimising regulatory control and the complexity involved in analysing process data,” said Yong The, Director of Business Development and Global Sales at Dimension Software. “Through our partnership with Control Station, we are able to offer customers a fully integrated and market-leading CLPM capability while continuing our mission of unlocking operational value from existing data and systems.”

PlantESP remains the industry’s leading CLPM solution, leveraging existing process data to uncover performance issues that degrade production throughput and product quality. By detecting oscillations, valve stiction, and poorly tuned loops, the platform helps manufacturers improve process stability and sustain high-performance regulatory control. By combining PlantESP’s controller diagnostics with Asset Intellect’s operational intelligence environment, the partnership enables manufacturers to connect control performance insights with enterprise decision workflows—helping operations teams reduce process variability, improve throughput, and sustain operational excellence.

The companies will introduce the collaboration to the industry through a joint webinar scheduled for April 2026, where engineering and operations leaders will learn how the integrated technologies help operationalise benchmarking and control loop performance insights. In June of this year, Control Station will participate in Dimension Software’s inaugural user conference where both organisations will showcase how the partnership supports data-driven manufacturing operations.

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@Control_Station  @DimensionSW #Pauto

A secure Linux edge platform.

Kvaser Edge is an open, secure Linux‑based edge computing platform that transforms how automotive and industrial teams collect, process, and act on data. Designed for harsh environments and real‑time performance, Kvaser Edge runs analytics directly where data is generated: on the vehicle, test bench, or machine.

Traditional machine‑test workflows depend on PC connections and large data logs. Kvaser Edge introduces a new model for logging and edge computing applications across industries: a secure Linux-based system that processes data in real‑time, with optional cloud or desktop analysis layers for deeper processing and collaboration. Test engineers or fleet managers capture only the data that matters, accelerating development and reducing unnecessary logging across automotive, off‑highway, and industrial use cases, including:

• Real‑time and remote diagnostics
• Predictive maintenance
• Intelligent filtering and event‑based logging
• Fleet monitoring
• Off-highway telematics

Intelligence at the point of measurement.
Modern vehicles and machines generate huge data volumes, but most teams need smarter data, not more of it. Kvaser Edge delivers a full Linux environment that is compact enough to mount anywhere. It supports real‑time filtering, data aggregation, and anomaly detection at the source, enabling faster insights and iteration during testing.

Secure, reliable remote access.
At its core is a powerful ARM‑based Linux computer with an NXP SE051C2 Secure Element, designed to support CRA and RED cybersecurity requirements. Hardware based security protects collected data and intellectual property, making Kvaser Edge suitable for prototyping and large-scale deployments. Teams can use the Kvaser Edge to monitor and troubleshoot units remotely. Integrated GPS support* adds optional location awareness for improved fleet visibility and security.

Containerised applications and a dedicated OS.
The platform runs Kvaser Edge OS (KEOS), a Linux operating system designed for data acquisition and edge analytics. KEOS allows developers and test engineers to build secure, isolated Linux‑based environments using containers that run on top of the OS. Each container offers a clean, reproducible workspace where teams can install their preferred distribution and tools, run multiple versions in parallel, and update them independently of the base system.

This containerised approach enables consistent deployments across vehicles or test rigs, with processed data easily routed to cloud or local servers. KEOS is designed for automotive‑grade power conditions and resilience against sudden shutdowns, supporting rapid prototyping while keeping sensitive work protected.

A platform for software developers, integrators, and early adopters.
Early adopters, including software partners such as Alkit, are already demonstrating how Kvaser Edge accelerates development and unlocks new test workflows. Kvaser is building a growing developer ecosystem with documentation, SDKs, and example projects that make it straightforward to build and package applications for Edge users. This enables software partners to bring specialised tools directly to automotive and industrial teams.

Building on decades of trusted CAN and LIN expertise, Kvaser Edge introduces a new category of intelligent, secure, in‑vehicle and in‑machine edge computing. Together with KEOS, it provides a scalable path for modernising data workflows.

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*external antenna not included

@KvaserAB @mepaxIntPR #Automotive #Pauto #TandM

Major OT-Cybersecurity event programme.

Prague conference to include two breakfast forums and an expo, as well as many speaker sessions and training opportunities.

ISA's fourth annual OT Cybersecurity Summit
Prague (CZ) on 16-18 June 2026.

The ISA OT-Cybersecurity Summit will draw hundreds of experts in operational technology (OT) cybersecurity at the management level or higher in the energy, manufacturing, water/wastewater, oil and gas and maritime/transportation industries. This two-track, multi-day event will be organised around two major topics: threat intelligence in supply chain security and cyber-physical safety risk management. The keynote address will offer perspectives on transatlantic cyber cooperation from Berta Jarosova, cyber attachée to the United States and Canada for Czechia and co-founder of Women4Cyber Czechia.

Two breakfast forums — a new offering this year — will include thoughtful discussion panels with top cybersecurity experts. Those who attend these forums can expect to leave with practical insights on bridging IT and OT and turning cyber directives into actionable plans.

The Cyber Empowerment Forum features:

• Megan Samford, VP, chief security officer, U.S. National Security Agreements and U.S. Federal Business, Schneider Electric
• Berta Jarošová, cyber attachée to the United States and Canada, Embassy of the Czech Republic and co-founder of Women4Cyber Czechia
• Dr. Marina Krotofil, independent expert evaluator and reviewer, European Commission
• Cheri Caddy, senior cybersecurity advisor, Savannah River National Laboratory
• Tatyana Bolton, principal, head of cyber practice, Monument Advocacy

The Countdown to Compliance Forum features:

• Steve Mustard, president, au2mation
• Ilja David, co-founder, IT/OT cybersecurity manager and architect, Iron OT
• Gustav Martin Bartel, senior expert, cybersecurity industrial IT, Robert Bosch GmbH
• Lukasz Kister, Ph.D., Cyber Resilience Act (CRA) Expert Group member, European Commission
• Petr Kopřiva, senior consultant, BDO Consulting s.r.o.

This conference will continue to demonstrate how consensus standards and conformity assessment can meet the critical needs arising from current events and new regulation, including the EU Cyber Resilience Act (CRA). ISA sets many of the technical standards used in industrial automation, including ISA/IEC 62443, the world’s only consensus-based automation and control systems cybersecurity standards. In addition to developing and maintaining these standards, the organisation offers training and credentialing on cybersecurity; certifies products, processes and systems through its ISASecure® certification; and raises awareness about the importance of OT cybersecurity through its membership consortium, the ISA Global Cybersecurity Alliance (ISAGCA).

“The ISA community brings together many of the world’s top industrial cybersecurity experts, and we are proud to have developed ISA/IEC 62443, the standards that set the most secure operational technologies,” said Claire Fallon, CEO of ISA. “What sets apart the ISA OT Cybersecurity Summit is its focus on sharing real-world insight into ISA/IEC 62443 and effective approaches for putting those standards into practice.”

In addition to a robust technical program, the 2026 OT Cybersecurity Summit will offer multiple additional workshops, special events and industry-leading training opportunities for attendees:

• Training: Using the ISA/IEC 62443 Standards to Secure Your Control Systems (IC32) and IACS Cybersecurity Design and Implementation (IC34)
• Incident Command Systems for Industrial Control Systems (ICS4ICS) workshop: A tutorial for ICS4ICS, which combines OT/ICS, incident command and cybersecurity work into one framework to improve cyber incident response capabilities at companies and organisations.

Early-bird registration for the 2026 OT Cybersecurity Summit in Prague is now open at a reduced price until 17 April 2026, at which point standard pricing will take effect. Early-bird tickets to the breakfast forums and expo start at $125,00US (€108,00) Early-bird tickets to the conference — including the breakfast forums and expo in addition to networking receptions and program stages — start at $940,00US (€810,00) for ISA members.

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@ISA_Automation @DigitalEU  @automation_com #CRA #PAuto #Europe

Ai reshapes performance in Energy.

Delaying adoption will drive up operating costs, as the sector races to manage inflation and a retiring workforce.

New research highlighting a powerful combination of pressures pushing autonomous operations to the top of the agenda for the energies and chemicals sector has just been published by Schneider Electric. The study of 400 senior energy and chemicals executives across 12 countries shows a sharp rise in urgency around autonomy. A third of executives (31.5%) say advancing autonomy is a ‘critical’ priority in the next five years, rising to 44% over a ten-year horizon. Fewer than 5% globally view it as a low priority. Leaders cite strong commercial pressures. They warn that delaying adoption risks higher operating costs (59%), worsening talent shortages (52%), and declining competitiveness (48%). Yet adoption is not without obstacles. Key barriers include high upfront costs (34%), legacy systems (30%), organisational resistance (27%), cybersecurity concerns (26%), and regulatory uncertainty (25%).

Schneider Electric’s Global Autonomous Maturity Report shows the sector at a critical point of transformation as electrification, automation, and digitalisation converge. Surging AI demand, driven predominantly by hyperscale cloud and data center growth, is placing unprecedented pressure on global energy systems. Electricity demand is projected to nearly double to 1,000 TWh by 2030, intensifying the need for flexible, efficient, and resilient operations.

Within this emerging Ai energy nexus, 49% of executives identify Ai as the single biggest enabler of autonomous acceleration, followed by cybersecurity advancements, cloud and edge computing, digital twins, advanced process control, and open, software-defined automation. “Globally, organisations already report operating at 70% autonomy, with plans to hit 80% by 2030,” said Gwenaelle Avice Huet, Executive Vice President, Schneider Electric. “Autonomy is rapidly becoming the new operating model of industry. As AI advances and energy systems come under growing pressure, autonomous operations are proving essential for resilience and competitiveness. And this shift isn’t about replacing people, it’s about empowering them to focus on higher value work, strengthening safety, and elevating skills. Those who scale now will shape the next era of industrial performance.”

Industry analysts agree the shift is further along than expected. “The report finds the adoption of autonomy in the sector to be more advanced than expected, with open, software-defined automation essentially leading the next phase of energy innovation”, added Gaurav Sharma, Independent Energy Market Analyst and contributor to the research. “In a sector where reliability, safety, and carbon reduction are now non‑negotiable, these technologies are emerging as the most effective way for operators to deliver ‘more with less’ and run more resilient and competitive operations.”

The momentum is clear, but progress uneven, with the data highlighting regional differences in readiness levels. While GCC countries and Asia currently lead in maturity, North America is set for the fastest acceleration in adoption over the next five years, powered by its scale in energy production and consumption, and its rapidly expanding data‑center footprint. Europe maintains steady progress but faces the slowest adoption trajectory.

“Autonomous operations are redefining how energy and chemicals companies run their entire facilities, and Schneider Electric and AVEVA are at the forefront of that shift, supporting customers such as Shell, European Energy, ADNOC and Baosteel on real‑world deployments,” said Devan Pillay, President of Schneider’s Heavy Industries Segment. “By integrating Schneider Electric’s process control and power management with AVEVA’s digital technologies and industrial intelligence, we deliver integrated software-defined architectures that provide real-time visibility and enable AI driven digital twins that can predict, adapt and self-optimise with minimal intervention.”

Recent deployments showcase this shift. At Shell’s Scotford Refinery in Canada, Schneider Electric is helping modernise operations through open, software‑defined automation, supporting more flexible, autonomous operations. At European Energy’s Kassø Power‑to‑X facility, the world’s first commercially viable e‑methanol plant, Schneider Electric and AVEVA are together enabling Ai‑supported, self‑optimising clean‑fuel operations with resilient remote monitoring.

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• The research was commissioned in partnership with Censuswide and Development Economics, supported by insights from Independent Energy Market Analyst, Gaurav Sharma. It captures insights from 400 senior energy executives across 12 countries in four key regions — North America, Europe, Asia, and the GCC — supported by desk research and conversations with industry stakeholders and commentators across the global energy and chemicals sector

• The framework used in the study is the Autonomous Operations Maturity Model (AOMM) developed by ARC Advisory Group, which outlines a five-step hierarchy for adoption of autonomous technology, with Level 5 representing full autonomy.

@SchneiderElec @censuswide @SteveDevtEcons @arc_advisory #PAuto 

Motion control and PLC.

The new Trio Motion-PLC series, availablle from Mclennan, offers a powerful solution as an EtherCAT servo controller for synchronised motion with PLC integrated machine control. As a perfect fit for Mclennan’s motion system design and build service the new Motion-PLC is offered in three model configurations with feature enabled codes (FECs) that competitively address low- to medium-axis count requirements for applications from simple point-to-point positioning systems to complex, tightly synchronised multi-axis stand-alone machines. An integrated slice interface and dedicated expandable digital and analogue I/O slice modules complete the system with programming via IEC61131-3 or TrioBASIC and Trio’s Function Blocks software.

Trio’s Motion-PLC range combines MCS series motion controllers and MS series I/O slice modules. The MCS-30 offers up to 4 motion axes with simple control for point-to-point positioning whilst the MCS 40, along with the higher-performance MCS 50, are 'Flexible Machine Controllers' that will address more complex axis-and machine-synchronised tasks. With the capability for rapid machine development, all MCS series servo controllers feature a slice interface that facilitates seamless integration of Trio’s MS I/O system which supports up to 16 variously configured slice modules of 16 digital inputs or outputs, or blocks of 4 analogue inputs or outputs. Trio’s MS I/O slice modules can also connect to an EtherCAT coupler for flexible integration. The DIN-rail front mounted system features spring clamp connectors with push-button removal that make wiring fast, facilitating quick and flexible machine set-up.

MCS series motion controllers are based on the ARM Cortex A55 processor with a 600MHz clock frequency and 64-bit position register precision for exceptional motion and machine synchronisation, and motion cycle times to 1 ms. The multitasking operating system includes a comprehensive motion library, offering capabilities such as electronic gearbox, axis to axis interpolation, mathematical functions and I/O interaction. Programming is efficiently accomplished using the TrioBASIC motion language or IEC61131 standards. Setup and diagnostics are facilitated through Trio’s Motion Perfect software. The MCS-40 and -50 also supports Uniplay, Modbus TCP, PROFINET IO, and Ethernet/IP protocols. Software tools are available for cam profile generation, robotic kinematic transformations and CAD path conversion, further supporting minimum application development timescales.

This versatile motion control system ensures seamless integration with Trio’s DX series distributed servo drives covering power ranges from 50W to 7.5kW in a choice of three model variants. Complete standalone machine operation can also be realised with Trio’s UNIPLAY HMI 7” and 10” colour touch screen displays.

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@TrioTech @mepaxIntPR #McLennon #PAuto 

Appointment at major distributor.

Maintaining customer interaction with real people who can respond pro-actively to their needs.

Callon O'Keeffe has been appointed to the role of Business Development Administrator (BDA) with Lane Electronics. The appointment is in response to continued business growth and Lane Electronics’ key strategy of bringing new talented staff on board to maintain customer interaction with real people who can respond pro-actively to their needs

Callon is qualified in General Engineering, including electronics, with diplomas from Chichester college. A team player, Callon is responsive to customer’s needs and provides a reliable source of information. He is interested in emerging and evolving technology, enjoys problem solving and values creativity while working collaboratively and building strong relationships. Outside of work he enjoys the countryside and has a passion for travelling and experiencing different cultures

Nick Wheeler, Sales Director of Lane Electronics, says, “As a business development administrator, Callon’s primary objective is following up and assisting with quotations and working alongside our internal and external sales teams. Continuing to build direct relationships with our customers he will be able to help integrate our wide range of products and high levels of customer service and supply adaptability, adding value to our customer’s supply chains."

Lane Electronics have been supplying connectivity solutions for over 50 years; their RF and Fibre-Optic connector and cable assemblies are widely used in defence and security applications. The company is a franchised distributor for many of the industry’s leading electrical and electronic connector manufacturers including EATON Souriau, CINCH Fibreco, HUBER+SUHNER, HellermannTyton, Positronic, Nicomatic and LEMO.

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@FC_Lane @proactivefleet  #PAuto #Electrical

Standard for distributed workflow system integration.

The International Society of Automation (ISA) has issued a call for participants to join the new ISA113 Standard Committee, a strategic initiative focused on defining a specification for integrating distributed workflow systems across multiple vendor platforms.*

The ISA113 Standard Committee is being formed to address a growing need for improved interoperability across workflow systems used in industrial organisations. Many teams face a significant burden from bespoke, one-off integration projects required to connect workflow systems. ISA113 aims to create a standard that bridges workflow styles, decouples workflow logic from where work happens, establishes action-based integration for operational technology (OT)/IT workflows and builds a foundation for multi-system orchestration.

The American National Standards Institute (ANSI) is to publish the official call for ISA113 committee members today (20 March 2026)

. The call for interested parties will remain open for 30 days following this publication date. Individuals with relevant expertise and interest in contributing to this effort are encouraged to participate.

One particular area of emphasis for the committee’s work will be enabling interoperability between orchestrated workflows and choreographed workflows. Orchestrated workflows, such as ISA-88-style hierarchical procedures and phases, are widely used in industrial automation and batch control environments. Choreographed workflows, which are common in Business Process Model and Notation (BPMN), manufacturing execution systems (MES) and broader business process environments, support more distributed and event-driven process coordination. As organisations undergo digital transformation, they increasingly rely on both styles, and the need for seamless integration between them has become more urgent.

“The goal of initiating the ISA113 Standard Committee is to help bridge OT/IT workflow styles,” said Steve Ferguson (right), managing director of standards and technical activities at ISA. “This work has the potential to help organisations improve efficiency, reduce integration risk and support more scalable digital transformation initiatives. A vendor-neutral standard can also foster greater collaboration across suppliers, end users, integrators and software providers.”

ISA welcomes participation from end users, automation suppliers, software vendors, system integrators, consultants and other stakeholders with expertise in workflow systems, industrial automation, MES, BPMN and standards development. Broad representation will be essential to ensuring the resulting standard reflects diverse industry needs and delivers practical value.

Those interested in helping shape the future of distributed workflow interoperability are encouraged to respond during the 30-day ANSI call period.

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* For additional information or to express interest, contact standards@isa.org.

@ISA_Automation @ansidotorg @ISAIreland @automation_com #PAuto #ISA113 #Standards

Touch-protection keeps users safe.

High-current meets high safety.

Robot-human interaction can be a complex field with high safety requirements. Especially when dealing with high-current solutions, the emphasis on user safety cannot be strong enough.

One important aspect is increasing user safety, the other one is keeping product advantages at the same time. That’s why ODU’s new ODU-MAC® Silver-/White-Line high-current modules come with extra features. Up to 255 A and 2.5 kV (PD 2) call for an increase in clearance and creepage. Additionally, IP2X touch-protection has been added to the pin side.

While this optimisation is necessary for any high-current application, the modules have more advantages by using ODU LAMTAC® Flex contacts: a minimum of 100,000 mating cycles and decreased mating forces of up to 10 N.

The benefit for the user: a safe, highly reliable and durable high-current interface, making it ideal for use in AGVs/AMRs, where the ODU-MAC® SilverLine is the interface between robot and the station, or high-power applications in general. Of course, the new modules can be combined with regular ODUMAC® Silver-/White-Line modules to create a modular connector specifically adapted to any customer requirement.

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@ODU_Connectors @UnnGmbh @PresseBox #Robotics #PAuto

Thermographic bundle!

Limited-time campaign initiative gives all-in support.

Under the mission "Smarter Thermal Imaging Starts Here," Flir is pairing its world-class hardware with a comprehensive suite of extended protection, cloud-integrated software, and professional-grade training to ensure every user moves from unboxing to expert-level operation in record time.

The campaign centres on the idea that a powerful camera is only the beginning. Throughout the first half of 2026, purchasers of any eligible Flir Exx-Series or Txxx-Series camera—including all E76, E86, E96, and T5xx or T8xx models—will receive an all-in support package at no additional cost upon product registration of the camera. 

This premium bundle includes a Flir Protect extended warranty that brings total coverage to five years, alongside a choice of high-tier data management tools. Customers can opt for an 18-month Assetlink multi-tenant subscription for advanced fleet coordination or a one-year Ignite Pro license for seamless cloud storage and reporting. To round out the ecosystem, every bundle includes a two-hour instructor-led course from the Infrared Training Centre (ITC), providing users with the specialised knowledge required to maximise their technological investment.

“Our customers are investing in the safety and reliability of their entire operation, not just a piece of hardware” said John Gould, Business Development Director at Flir “By bundling our flagship handhelds with five years of protection, professional software, and expert training, we are removing barriers to expertise and ensuring our users feel fully supported from the moment they open the box”

Flir has also reimagined the registration process to be entirely frictionless for the end-user. Every eligible product box now features a unique QR code that directs customers to a serialised landing page. This intelligent link automatically pre-populates the camera’s serial and part numbers, eliminating the need for manual data entry. Once the one-click registration is completed via the Flir Customer Portal, users are immediately provided with direct redemption links and promo codes to claim their benefits, with all fulfilment handled directly by Flir.

This limited-time initiative is available for eligible Exx, T5xx, and T8xx models purchased and registered until June 30th, 2026. While the promotion covers the core professional handheld range, it does not apply to the T1k-Series.

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@flir @mepaxIntPR #TandM #PAuto

Automising batch production.

Perfect Batch is an Ai-powered manufacturing analytics solution launched by TwinThread. It is designed to optimise batch production processes by empowering manufacturers to standardise and consistently replicate their best performing or “golden batches”.

Unlike legacy systems that rely on passive alerts and static manual settings, Perfect Batch applies industrial AI to dynamically identify ideal batch profiles from historical data and actively recommend actions for increasing efficiency. This enables organisations to rapidly shift from reactive firefighting to proactive optimisation in a matter of weeks – not months or years.

Perfect Batch At-a-Glance

• Rapid Speed to Value: Perfect Batch connects to existing batch execution systems and automatically interrogates past data to build digital twins and apply models in hours.
• Dynamic Perfect Profile Learning: Instead of setting limits manually, Perfect Batch dynamically learns ideal control limits and process centerlines, based on actual process capability and historical performance.
• Unlocked Hidden Capacity: Granular cycle time analysis identifies bottlenecks and lost production time, facilitating capacity improvements from existing assets without new capital investment.
• Optimisation by Exception: Automated alerting and issue diagnosis empowers operations teams to focus on solving problems, without getting bogged down with endless troubleshooting and investigations.
• Optional Closed-Loop Action: Thread Builder, a real-time workflow engine that works with Perfect Batch, automates anomaly responses, performs automatic diagnoses, and can trigger specific corrective actions automatically.
• Automated Compliance: Tailored for regulated industries, Perfect Batch provides automated material tracking, quality and yield conformance, and audit-ready histories.

Perfect Batch furthers TwinThread’s position as a complete industrial AI platform. By continuously monitoring and simultaneously optimising five key dimensions—utilisation, cycle time, quality, process control, and yield—operations teams gain actionable intelligence that helps them drastically reduce investigation times, minimise waste, and accelerate continuous improvement activities. Available in both Simple Batch and Complex Batch tiers, the solution scales easily to meet the needs of process manufacturers of all sizes.

“This solution’s core promise is to empower operations teams to deliver the ideal batch every time, regardless of recipe, shift, or variations in raw materials,” says Erik Udstuen, co-founder and CEO at TwinThread. “By completely automating the discovery of hidden capacity and enabling proactive optimisation, we are giving manufacturers the power to eliminate inconsistencies and maximise financial performance of their existing assets.”

Beyond the plant floor, Perfect Batch helps drive strategic and collaborative alignment across organisations’ entire manufacturing portfolios by providing a global view of asset utilisation and batch making performance. As a result, the platform serves as a single source of truth for cross-functional teams. This offers a common lens that operations teams, engineering teams, and supply chain leaders can all use to identify, prioritise, and proactively execute improvement initiatives that optimise the deployment of capital across the supply network.

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@twin_thread #Ai #PAuto 

Energy saving VSDs

The launch of its Vickers by Danfoss Variable Speed Drive (VSD) solutions in Europe, the Middle East, and Africa has just been announced. The Vickers by Danfoss portfolio features induction motor and servo motor VSD solutions, offering a broad range of power, dynamics, and control options. The VSDs save energy, cut costs, reduce heat and noise, and simplify configuration and commissioning. The modular offering fits most industrial hydraulic application needs and machine types, with particular relevance in discrete and process manufacturing.

Comprising a hydraulic pump, electric motor, and frequency drive with control logic, Vickers by Danfoss VSD systems improve the energy efficiency and performance of hydraulic machines by intelligently varying the speed of the electric motor and pump to precisely match the demands of the duty cycle. This smart control technology eliminates the energy waste associated with traditional constant-speed systems, resulting in energy savings of up to 60%, depending on the machine’s duty cycle. Lowering energy consumption reduces operating costs while helping machine owners meet energy efficiency and/or sustainability targets.

The Vickers by Danfoss induction motor VSD solution features the PVM Code B axial piston pump, Danfoss VLT® AutomationDrive FC 302, and an asynchronous induction motor. Designed for systems with low dynamic and control requirements, the solution is suitable for 3- to 250-kilowatt applications (higher than 90 kW engineered to order). It offers speed and flow on demand with open-loop control. In comparison to traditional constant-speed architectures, the induction motor VSD system can reduce energy consumption by 20 to 40%, depending on duty cycle.

This servo motor VSD solution features the VGPS internal gear pump or PVMX axial piston pump (the latter currently engineered to order), a PMSM (servo) motor, and a Danfoss iC7-Automation drive, including proprietary p/Q control software for closed-loop pressure/flow control. Designed for systems with high dynamic and control requirements, the solution is suitable for 3- to 100-kW applications. It offers pressure and flow on demand with closed-loop control. The easily configurable p/Q control logic offers simple setup and integration, shortening design, installation, and commissioning time. The servo motor system can reduce energy consumption by 30 to 60%, depending on duty cycle. It can also simplify machine architecture and complexity, as the precise and highly dynamic pump speed control enables the elimination of separate pressure and flow control valves.

Both the induction and servo motor VSD solutions lower heat generation and reduce overall noise exposure. By improving energy efficiency, VSDs minimize heat generation, enabling downsizing or elimination of oil coolers and delivering lower total installed costs. Reducing heat also extends the life of seals and oil. When the motor and pump operate at lower speeds, the machine operator and those working nearby are exposed to less noise. Quieter operation enhances workplace safety and operator comfort, offers greater design flexibility in terms of power unit placement, and may reduce secondary noise reduction measures.

Vickers by Danfoss VSDs enable the downsizing of pumps and motors to cut costs and reduce space requirements. Because the system can utilize the full motor speed range rather than running at a fixed speed, pump displacement can be significantly smaller without changing the maximum available oil flow. A pump with smaller displacement requires less torque to deliver the same pressure, and because the high overload capability of electric motors can be used to deal with the short high-torque portions of the duty cycle, a smaller motor size can be selected. The smaller motor and pump shrinks the machine's footprint and installed power while improving the total cost of ownership.

“The superior performance of Vickers by Danfoss Variable Speed Drive solutions is rooted in seamless integration. Danfoss drives are a perfect fit for hydraulic VSD systems, resulting in a harmonized system that is easy to commission and operate,” said Juraj Bittner, Product Manager, Industrial Solutions, Danfoss Power Solutions. “By combining the durability and reliability of Vickers by Danfoss pumps with the intelligent control of Danfoss drives, our VSD systems deliver a powerful, efficient, and cost-effective solution for modern hydraulic applications.” These VSDs are ideal for a wide range of industrial hydraulic applications. They are especially suited to discrete and process manufacturing applications with intermittent duty cycles in which peak power is not required most of the time, such as injection molding, rubber molding, machine tools, presses, die casting, metal forming, and food processing.

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@Danfoss @NapierPR #PAuto

Industry first for next generation optical comms.

Multicore fibre evaluation solution.

Anritsu has developed the industry’s first* Multi Channel fibre Tester MT9100A, enabling transmission quality evaluation of multicore fibres supporting next-generation high-capacity optical communications. While the test solution has been offered exclusively in Japan since last November (2025), its official global rollout has now been announced.

This test solution is based on the multi-channel OTDR method invented by Special Honorary Professor Masataka Nakazawa at Tohoku University. By synchronising multiple Optical Time Domain Reflectometers (OTDRs), this method measures both the transmission and return losses in multicore fibres, as well as measures and visualises the distribution of signal interference between cores (inter-core crosstalk) along the fibre length. This test solution with four OTDR channels, provides powerful support for applications such as verifying optimal installation conditions during R&D, and high-speed inspection tasks required by manufacturing.

Development background
The recent proliferation of AI and cloud services has driven a continuous increase in transmission capacity for optical communications linking submarine cables and data centers. However, the transmission capacity of conventional optical fibre is nearing its limits. As a solution, “multicore fibres,” which independently accommodate multiple cores (optical transmission paths) within a single fibre, are gaining attention.

Research on multicore fibres has been conducted since the 2000s. Anritsu has collaborated with Tohoku University, a pioneer in this field, to develop measurement methods using the multi-channel OTDR method. For the practical application of multicore fibres, quality evaluation including core-to-core crosstalk and technology for high-speed inspection are required. To address these market challenges, we have commercialised a multi-channel OTDR measurement instrument capable of evaluating multicore fibres.

Product features.
The MT9100A features a unique mechanism that synchronises the operation of four OTDR channels. Primarily designed for multicore fibre R&D and manufacturing applications, it offers the following three key features:

• Distribution Measurement of Core-to-Core Crosstalk - The MT9100A can measure and display core-to-core crosstalk as a spatial distribution along the fibre length. By visualising areas where crosstalk locally increases and the amount of crosstalk increase in any given section, it contributes to optimising fibre installation conditions.
• Improved Workability with Single-End Measurement - The MT9100A enables measurement at one end of the multicore fibre. This eliminates the need to position operators at both ends during field tests where fibre ends are far apart, significantly reducing time and labour during installation and operation.
• Enhanced Productivity for Multicore fibres - The MT9100A enables simultaneous measurement of transmission loss, return loss, and core-to-core crosstalk – essential quality evaluation parameters for multicore fibres – or up to four cores without reconnecting. This allows faster inspection than with the conventional crosstalk evaluation method.

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* As a multi-channel OTDR-based tester (Anritsu survey as of November 2025)

@Anritsu @AnritsuEMEA @NapierPR  #TandM #Pauto

FTIR analysis expanded.

Laser Components is now the German distribution partner for cryogenically cooled MCT detectors (Mercury Cadmium Telluride – HgCdTe) from Vigo Photonics. This technology is primarily used in FTIR spectroscopy in the long-wave infrared range.

Nitrogen-cooled MCT detectors enable precise measurements at wavelengths beyond 20 µm and meet performance requirements that can only be achieved at very low temperatures (77 Kelvin). This makes them ideal for applications in scientific spectroscopy, gas analysis, environmental monitoring, and industrial process control.

The detectors are available as Dewar assemblies or in flatpack housings and can be flexibly integrated into a wide range of FTIR measurement setups. Large active areas, AR-coated windows, and anti-fringing optimization ensure low-noise and interference-free signal processing. Even weak or difficult-to-detect IR signals can therefore be captured reliably.

"With Vigo Photonics, we are gaining a partner whose technologies perfectly match the requirements of our customers," says Tim Huylebrouck, Head of the Infrared Division at Laser Components. "These MCT detectors expand our portfolio in highly sensitive FTIR analysis and open up new possibilities for demanding measurement applications."

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* FTIR = 'Fourier Transform Infrared' spectroscopy.

@LaserComponents @lasercomp_uk @UnnGmbh @PresseBox #TandM #Pauto

Investment for Distributed Energy Assets.

Samsung Ventures (Samsung) has invested in GridBeyond as part of a €12M equity round alongside existing shareholders including Alantra’s Energy Transition Fund, Klima, Energy Impact Partners, Mirova, ABB, Constellation Technology Ventures, and Act Venture Capital. Together with longstanding existing shareholders, Yokogawa, EDP & Enterprise Ireland they continue to support the company's growth.

GridBeyond, as a global leader in intelligent energy technology and optimisation of distributed energy assets will work closely with Samsung to explore opportunities across trading, asset optimisation and energy services that will allow both companies to realise their growth ambitions globally.

Pic: GridBeyond

The funding will accelerate the expansion across GridBeyond’s key strategic markets including Britain, Ireland, the United States, Japan, and Australia, while enabling continued investment in the evolution of the company’s optimisation platform for distributed energy assets.

GridBeyond’s technology enables real-time orchestration of distributed assets, including utility-scale renewable generation, battery storage, and energy demand, across multiple market and grid services. It leverages deep market expertise and understanding of localised fundamentals to drive advanced AI forecasting, optimisation and automated dispatch to deliver services such as energy arbitrage, frequency response, capacity market participation, and distribution network support, while respecting asset-level constraints and degradation models.

“GridBeyond has demonstrated exceptional technical expertise and global traction in a rapidly evolving energy landscape”, said a spokesperson for Samsung Ventures. “Their ability to deliver real-time demand response, optimise renewable and battery assets, and enable intelligent energy trading across markets such as the United States, Australia, and Japan positions them as a key enabler of smarter energy systems and greater grid resilience. We are pleased to invest in a company developing technologies that accelerate decarbonisation and support a more sustainable and digitised world.”

“We are delighted to welcome Samsung as both a shareholder and collaboration partner, it is recognition that GridBeyond has developed a world leading integrated optimisation platform”, said Richard O’Loughlin, Deputy CEO at GridBeyond. “Samsung’s deep expertise in renewable asset and battery development, EPC, energy technology, and trading experience complements our platform and accelerates our ability to deliver highly reliable, market-ready optimisation and trading solutions at global scale.”

“This partnership will deliver world-leading products for renewable and battery developers, enabling greater asset value, improved grid stability, and faster progress toward a decarbonised energy system”, commented Michael Phelan, GridBeyond’s CEO.

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@Samsung @GridBeyond_ @Entirl #Energy #Power

Components for Nordic and Baltic regions.

Franchise extension will be supported by locally-based technical and commercial staff.*

Anglia Components has extended its franchise agreement with Digi International and now represents the M2M and IoT solution provider in the Nordic and Baltic regions. One of the key reasons for the enhanced relationship between the two companies is the success of the innovative programs that Anglia runs in the Britain and Ireland with Digi to develop new business. Examples include where the two companies have collaborated to deliver technical workshops providing an introduction to RF communications and connecting wireless sensors to the cloud for remote monitoring and control, as well as discussing Digi’s hardware, software and development kit solutions.

Jurgen De Biscop, Digital and John Bowman, Anglia.

“The Nordic and Baltic regions have a large number of SMEs and Contract Electronics Manufacturers, just like the UK”, says John Bowman, Anglia’s Marketing Director. “Such customers can often be left behind by the big high service and production fulfilment distributors, whereas for Anglia, they are a key part of our customer base. We look forward to growing with Digi in these regions.”

Jurgen De Biscop, Senior Channel Manager for Digi in the EMEA region adds: “We have been impressed by Anglia’s commitment to demand creation and new customer development in the UK, which is why we presented them with an award for this activity last year. We are delighted to extend the relationship and look forward eagerly to enjoying even greater success together.”

Anglia’s Nordic/Baltic agreement with Digi follows hot on the heels of a similar business extension with STMicroelectronics, and the three companies are collaborating to deliver a one-day event, titled ‘Learn How to Seamlessly Transition to Linux-Based MPUs’ in Reading (GB) on the 22nd April.

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*Anglia is currently interviewing candidates for a Managing Director and FAEs based in the Nordics to support its business activities in the area.

@angliaLive @digidotcom @BWW_Comms #Electronics #PAuto #Baltic

Industrial connectivity.

In industrial wireless deployments, one technology sits at the center of every high-performance network: the Wireless Distribution System (WDS) bridge. It is the fundamental building block that transforms isolated access points into a unified, scalable network fabric yet it remains one of the most misunderstood components in the field.

Whether connecting data across a sprawling manufacturing floor, linking multiple buildings on a corporate campus, or extending coverage across remote field sites, every WDS application demands one thing: reliable, intelligent network bridging.

WDS bridges eliminate the cost, complexity, and downtime risk of deploying wired Ethernet backbones in environments where cable is impractical or impossible.

Why industrial environments demand WDS.
For plant managers and network engineers alike, the challenge is familiar: industrial environments make traditional wired Ethernet backbones impractical, cost-prohibitive, or outright impossible. Moving cables through active production facilities, bridging across open yards, or connecting distributed sites on a campus introduces enormous installation costs and operational disruption.

Since the early days of IEEE 802.11 networking, engineers have solved this problem with WDS — the wireless interconnection of access points that replaces the wired backbone with a seamless, high-performance wireless bridge. The result is faster deployment, lower costs, and the flexibility to extend network coverage exactly where it is needed, without touching a conduit.

How WDS bridge configuration works.
A WDS deployment designates one device as the main access point — the main base station — which anchors the connection to the wired network. Additional access points, known as relay stations or remote base stations, connect wirelessly to the main base station and forward traffic between the core network and all downstream users and devices.

APs are configured in one of two bridge modes depending on deployment requirements:

• Point-to-Point: Two APs communicate via high-gain directional antennas, wirelessly joining two discrete LAN segments across distances that would be impossible or cost-prohibitive to cable.
• Point-to-Multipoint: A single main AP anchors connections to multiple remote APs simultaneously, enabling centralized network distribution across a large facility or multi-site campus.

In a point-to-multipoint configuration, all APs must share the same SSID, wireless channel, authentication mode, security settings, and LAN IP subnet range. Both the 2.4 GHz and 5 GHz bands support WDS bridging, however, the two bands cannot be bridged together within the same link.

Critical design considerations.
AP Placement & Signal Strength: Every WDS hop introduces latency and reduces potential throughput. Placing APs too far apart compounds this effect, degrading link speed across the entire network. Strategic AP placement, optimized for signal strength and line of sight, is essential to maximizing WDS link performance.

Security & Access Control: Industrial networks are high-value targets. Restricting WDS access to authorized personnel requires strong wireless encryption. While WEP remains an option for legacy compatibility, WPA and WPA2 are the protocols of choice for modern deployments, delivering the authentication strength and encryption depth needed to protect critical infrastructure from unauthorized access.

Antaira delivers purpose-built WDS bridge hardware designed for the demands of real-world industrial environments from bridge-only devices to full-featured multifunction platforms.

• AMY-5133-AC-PD: A compact, cost-effective 802.11 5 GHz wireless AP/Client Bridge engineered for straightforward WDS deployments. Purpose-built, reliable, and ready to deploy.
• ARX-7235-AC-PD-T: A multifunction industrial powerhouse combining 802.11a/b/g/n/ac Wireless Access Point, Client, Bridge, Repeater, Router, NAT, and VPN all in a single PoE PD device. One platform. Every function. (Pictured right)

Both platforms deliver secure, stable wireless bridging with the performance margins that industrial operations require. And they are joined by Antaira’s full portfolio of industrial wireless routers, IoT gateways, access points, clients, and repeaters, all engineered to the same exacting standard. Every Antaira wireless device is hardened to endure the conditions that would destroy standard network equipment: extreme temperatures, high humidity, vibration, shock, and industrial-grade electromagnetic interference.

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@AntairaTech @OConnell_PR #PAuto #Comms