Data Centres

Linear Pro Max launched by Tamlite Lighting at DCW

Tamlite Lighting is launching the Linear Pro Max at Data Centre World (12-13 March 2025), introducing a new generation lighting solution designed for fast, flexible installation in data centres and large-scale retail environments. By integrating the trunking, electrical components and quick-release luminaires into a single module system, the Linear Pro Max minimises downtime, optimises efficiency and enhances sustainability. As data centres grow to meet AI, cloud computing and e-commerce demands, operators must optimise energy efficiency and performance. Lighting is key for compliance, energy savings and minimal maintenance requirements. The Linear Pro Max is engineered to meet these challenges, ensuring fast installation and high-performance illumination for server aisles. These features also make the Linear Pro Max an ideal lighting solution for large-scale retail environments, providing continuous-row illumination that enhances product visibility, minimises glare and improves customer navigation and overall experience. Engineered for data centres and large-scale retail The Linear Pro Max is designed to meet the specific demands of data centres and expansive retail spaces. By integrating advanced components into a streamlined system, it enhances efficiency, flexibility and performance while reducing operational costs. Key benefits include:  · Fast and flexible installation, reducing labour costs and minimising downtime.  · High energy efficiency of up to 180lm/W, reducing power consumption and supporting sustainability goals.  · Smart lighting integration with VISION, Tamlite’s intelligent lighting control system. VISION provides tailored, solution-based controls that optimise energy efficiency and enhance performance, from simple occupancy sensing to fully addressable DALI emergency test and monitoring, across single or multiple rooms or floors.  · Customisable optics, including wide and narrow beam variants, to suit different layouts. Options include continuous runs for uniform lighting across a large area or for targeted illumination in specific zones. Sustainability and compliance The Linear Pro Max has been designed with sustainability in mind, featuring a lightweight extruded aluminium housing that minimises material waste and enhances recyclability. It is currently being evaluated according to CIBSE TM65 for embodied carbon, and CIBSE TM66 for the use of circular economic principles. The results of these evaluations are expected in summer 2025. Supporting the rapid growth of data centres According to new research from CBRE, European data centre markets are projected to add 937MW)of new supply in 2025. If this data centre supply is delivered, it will set a record for Europe, representing an increase of 282MW more than the 655MW of capacity delivered last year. Over 57% of this capacity will be delivered in key markets such as Frankfurt, London, Amsterdam, Paris and Dublin (FLAPD). With demand outpacing supply, operators must focus on energy-efficient infrastructure to manage power and sustainability goals. Stephen Biggs, National Category Manager at Tamlite Lighting, comments, “The Linear Pro Max’s ultra-efficient design, combined with seamless smart controls, makes it the ideal solution to reduce energy consumption, enhance visibility and future-proof data centre operations. As demand for data centre space increases, optimised lighting solutions like the Linear Pro Max are set to play a pivotal role in improving efficiency and sustainability of these facilities.”

Compass and Schneider utilise AI to transform DC maintenance

Schneider Electric, a specialist in the digital transformation of energy management and automation, and Compass Datacenters, are utilising AI to transform the data centre facility lifecycle – maximising uptime and driving cost reductions across the design and build, operation, maintenance and decommissioning phases. Thanks to collaborative innovation with Schneider Electric, and its EcoCare next-generation services plans, Compass is meeting the surge in data demand faster and more reliably – delivering accelerated speed-to-market while enabling end-user customers to grow more quickly and meet requirements for data processing, storage, and delivery. By transitioning from a calendar-based approach to maintenance and services, to a condition-based maintenance plan based on predictive analytics and AI, Compass is achieving a 40% reduction in manual, on-site maintenance interventions, alongside a 20% reduction in operating expenses (OPEX). These savings were realised by integrating sensors and gateway technologies, pre-commissioned at the factory level, which were ready to be connected from day one to Schneider Electric’s IoT, advanced analytics platform, which is monitored 24/7 by its Connected Service Hub – enabling the reduction of intrusive on-site maintenance activities. As a co-creator and early adopter of Schneider Electric EcoCare next-generation services, Compass is leading the way by using AI and predictive analytics to significantly improve the industry’s approach to lifecycle services and maintenance. Modernising data centre servicing models Despite rapid changes across the data centre physical infrastructure space, over the past 30 years there has been little change to the way lifecycle services are delivered. Given market dynamics, the industry has begun to learn from other use cases. Predictive maintenance is not only more cost-effective and accurate than traditional time-based maintenance, but it also allows data centre operators to reduce planned and unplanned downtime by reducing the risk of human error. Further, the use of condition-based servicing helps operators address the continued workforce shortages threatening the industry. Designing for condition-based maintenance and allowing it to be implemented and deployed on day one of data centre startup/commissioning is a crucial consideration, enabling today’s owners and operators to shift from reactive to proactive servicing, and drive down their total cost of ownership (TCO). By taking this approach, not only has Schneider Electric helped Compass Datacenters’ transition from calendar-based maintenance to condition-based maintenance, but has enabled Compass to utilise proactive asset management for greater cost optimisation and system reliability. Building faster with prefabricated data centres Generative AI has also opened the floodgates for high-density computing power, and the data centre industry has accelerated its efforts to meet the speed, scale and environmental impact of its demands. To address this, Compass Datacenters is working on an in-depth study with Schneider Electric to create a quantified analysis of OPEX, CAPEX and sustainability comparing Compass’ prefab module to stick-build construction. For today’s AI, colocation and hyperscale cloud organisations, Schneider Electric’s EcoStruxure modular data centres also promise a host of benefits, including reduced waste; the ability to right-size for traditional and high-density workloads; to scale capacity at speed; improved design quality and resilience; enhanced supply chain transparency and sustainability; end-of-life reuse; and next-generation remote monitoring, management and maintenance services. Serving the industry through partnership “Schneider Electric has long-been committed to transforming industries through the power of collaboration, and it’s clear that Compass Datacenters shares this same mindset,” says Pankaj Sharma, Executive Vice President, Secure Power & Data Centres and Global Services Businesses, Schneider Electric. “With the unique growth of data centres, one of the key challenges facing operators is the lack of skilled talent. To address this, the industry must change the way they manage electrical and cooling assets by adopting proactive asset management at-scale. Through our collaboration with Compass, we are proving that dynamic analysis for multiple technology systems can deliver exceptional value and ROI.” Chris Crosby, CEO, Compass Datacenters, adds, “We are extremely grateful for the unwavering support and unparalleled expertise that Schneider Electric has already provided in supplying us with prefabricated data centre power rooms. Our collaborative efforts will allow us to meet the increasing demands from our customers to deliver cutting-edge data centre solutions in an innovative manner.” For more from Schneider Electric, click here.

Hyve launches new data centre deployment in Frankfurt

Hyve Managed Hosting, a global provider of managed hosting solutions, is further expanding its European presence with the launch of a new data centre deployment in Frankfurt, Germany. As a global interconnection hub, Frankfurt offers exceptional connectivity and ultra-low latency across Europe, and strong data protection regulations make it an ideal choice for businesses looking to meet current European compliance requirements. Charlotte Webb, Marketing and Operations Director at Hyve Managed Hosting, comments, "Our customer-centric approach has always been the driver behind our expansion into data centre locations. Following the successful launch of our European hub in Germany last year and the incoming demand from our European customers for reliable and customisable infrastructure, it was a natural step to expand our presence in the region. Strategically located in central Europe, our new presence in the Frankfurt site enhances Hyve's European capabilities by reducing latency, improving reliability and allowing our regional and global customers to adhere to compliance regulations in the region." The new data centre deployment offers enterprise-grade hardware, robust power and cooling redundancy, and high levels of security to protect critical business information while ensuring maximum uptime and 100% network availability. It will also serve as a hybrid cloud interconnect, providing direct connectivity to public cloud environments and seamless integration with Hyve's infrastructure for hybrid workloads. This strategic addition to the company’s data centre capacity portfolio has been made possible through its long-standing partnership with Equinix, a leading digital infrastructure provider. Donna Lawton, Senior Director, Partner Account Management at Equinix, notes, “Equinix has been a trusted partner to Hyve Managed Hosting for many years, delivering world-class digital infrastructure to support their growth wherever their business takes them. Our collaboration enables Hyve to offer secure, high-performance cloud solutions to European and international businesses so they can scale and succeed in the digital economy." By opening up new capacity in Frankfurt, Hyve is also responding to the growing demand for smaller workloads on the Hyve Enterprise Cloud. This expansion further enhances Hyve's multi-tenant cloud offering, enabling more flexible and scalable deployments for businesses of all sizes. Combining ambition with agility, Hyve Managed Hosting is rapidly building its global data centre footprint to meet the needs of a growing customer base. Leveraging strong partnerships with leading connectivity and data centre providers, Hyve can deploy new locations in as little as two weeks. The company is currently exploring opportunities to expand and enhance its network further in other strategic locations globally, with an increased focus on the APAC region. With offices in the UK, USA, and Germany, Hyve Managed Hosting provides bespoke cloud infrastructure and managed services worldwide. Its tailored solutions include Managed Private Cloud, Managed Enterprise Cloud, Hybrid & Multi-Cloud solutions, Dedicated & Bare Metal Servers, and Disaster Recovery as a Service. Key brands in Hyve’s portfolio include Capita, Ansys, Konica Minolta, and the NHS. For more from Hyve Managed Hosting, click here.

Thorn and Zumtobel to unveil sustainable innovations

Join Thorn and Zumtobel at Data Centre World (DCW) to explore the future of lighting innovation and sustainability. DCW will see the UK debut of the revolutionary TECTON II lighting system, and after months of intriguing teaser campaigns, this is the first time the next-generation TECTON system will be showcased in the UK. Developed in collaboration with Italian design and engineering expert, Pininfarina, TECTON II is a revolutionary evolution of a renowned Zumtobel innovation. Designed to be ‘intuitive’ – quick, efficient, and more effective than ever – the system is seeking to set new standards in continuous-row lighting while emphasising sustainability in every phase of its lifecycle. Key sustainable features include a modular design engineered for disassembly, enabling easy repair, recycling, or remanufacturing. With an Environmental Product Declaration (EPD), TECTON II transparently details its CO₂ balance, material composition, and recycling potential. Thorn and Zumtobel will be at Data Centre World 2025, taking place at the London ExCel on 12-13 March, and can be found at stand DC535. For more from Zumtobel, click here.

NVC Lighting optimises sustainable products for data centres

As the global data centre industry faces increasing pressure to reduce its environmental impact, NVC Lighting says that it is at the forefront of delivering energy-efficient products that support sustainability goals. Recognising the critical role lighting plays in operational efficiency and energy consumption, NVC Lighting has optimised its Broadway range to provide a smarter, more sustainable approach to data centre illumination. With data centres running 24/7, lighting is a key component in ensuring safety, visibility, and operational effectiveness. However, as energy efficiency becomes a top priority, traditional lighting solutions are no longer viable. The recently launched Broadway range leverages advanced LED technology to reduce power consumption, lower maintenance costs, and support facilities in meeting Power Usage Effectiveness (PUE) targets. Designed with sustainability in mind, the Broadway range offers low-glare, high-performance lighting that enhances visibility while significantly cutting down on energy waste. By switching to efficient LED solutions, data centres can not only reduce their carbon footprint but also benefit from long-term cost savings without the need for major infrastructure overhauls. Phil Brown, Product & Marketing Director at NVC Lighting, emphasises the importance of prioritising sustainability in the sector, commenting, “Energy efficiency in data centres isn’t just about cooling systems and server management - lighting is a crucial element that is often overlooked. “With the optimised Broadway range, we’re providing an impactful yet cost-effective solution that allows operators to enhance sustainability without compromising on performance. Investing in efficient LED lighting is a simple yet powerful way to lower operational costs, extend equipment lifespan, and contribute to broader environmental goals. As data centres continue to expand, integrating sustainable lighting solutions will be essential in reducing overall energy demand.” With a strong focus on delivering high-performance, low-energy lighting systems, NVC Lighting is committed to supporting the data centre industry’s shift toward greener, more responsible operations. NVC says that the Broadway range represents a "step forward in achieving greater efficiency without sacrificing reliability or quality", ensuring that data centres are not only well-lit, but also well-prepared for a more sustainable future. Visit NVC Lighting at Data Centre World 2025, taking place at the London ExCel on 12-13 March, on Stand DC075. For more from NVC Lighting, click here.

Ori selects Kao Data for its first UK AI cloud region

Kao Data, a specialist developer and operator of data centres engineered for AI and advanced computing, has been chosen by Ori, an AI-native cloud provider, to host its first UK-based cloud region. The deployment at Kao Data’s Harlow campus, which includes the country’s first tranche of state-of-the-art, NVIDIA H200 GPUs, marks a significant milestone in Ori’s’ European cloud expansion, and further reinforces Kao Data’s position as an expert provider of high-density colocation solutions for AI. The collaboration will enable Ori’s customers to access cutting-edge GPU clusters, purpose-built for AI and deep learning applications, hosted within Kao Data’s industrial-scale NVIDIA DGX-Ready data centre environment, powered by 100% certified renewable energy. “We are delighted to partner with Kao Data for our UK expansion, and its Harlow campus offers us the perfect mix of high-density data centre infrastructure, renewable energy, and close proximity to London and Cambridge’s thriving AI and tech ecosystems,” says Mahdi Yahya, Founder & CEO of Ori. “As demand for AI continues to surge, it was imperative to find a specialist data centre operator that understood AI and could support the scalability, performance and sustainability requirements of our GPU-powered cloud.” Spencer Lamb, Chief Commercial Officer (CCO) at Kao Data, adds, “Ori’s decision to host their AI cloud infrastructure at our Harlow campus underscores our reputation as the key destination for AI and high-performance computing (HPC) deployments in the UK. Our partnership illustrates the continued need for the country to be investing in, supporting and hosting AI architectures, and showcases how the UK can continue to be a leader in the AI race by attracting and working with innovative, world-class start-ups.” Ori’s AI cloud infrastructure at Kao Data includes a substantial cluster of NVIDIA’s latest H200 Tensor Core GPUs, one of the most powerful units on the market with breakthrough performance and memory capabilities, making it the preferred GPU for generative AI and large language models (LLMs). This deployment of next generation AI infrastructure comes at a time the UK Government is ramping up AI adoption in an effort to boost economic growth, provide jobs for the future and improve society and people's everyday lives. As part of the government’s AI Opportunities Action Plan, ‘AI Growth Zones’ (AIGZs) are to be developed across the country, and Ori’s deployment at Kao Data has reinforced Harlow and the Cambridge-London 'UK Innovation Corridor' as a prime location for future AI investment. For more from KAO Data, click here.

DOLD introduces advanced rack-level energy monitoring

DOLD Industries, a developer of switchgear products, has introduced the RL9405 Smart Energy Meter, meaning businesses can monitor exact rack-level consumption, pinpoint inefficiencies, optimise workloads, and avoid costly overuse. The company states that colocation customers no longer need to worry about unpredictable energy costs and limited visibility into their power usage, as in colocation environments, where customers are billed based on energy usage, the RL9405 ensures fair and accurate cost allocation - so users only pay for what they use. Designed for seamless integration into the tightest server rack spaces, this ultra-compact 35mm-wide meter delivers real-time, precision energy monitoring without requiring additional infrastructure. With no complex wiring or downtime, deployment across multiple racks is fast and effortless. Beyond preventing unexpected power charges with precise kWh tracking, the RL9405 provides real-time access to critical performance metrics. Users can track historical consumption trends, detect anomalies signalling inefficiencies or potential server failures, and perform preventive maintenance to avoid costly downtime. The RL9405 securely stores energy data even during power outages, ensuring critical insights are never lost. With Modbus TCP/RTU connectivity, it enables remote, real-time tracking, integrating seamlessly with existing monitoring systems to identify and resolve inefficiencies instantly, improving overall operational efficiency. DOLD Industries, an ISO 9001 certified manufacturer, is renowned for its extensive range of over 10,000 switchgear products. Its portfolio includes safety relay modules, safety relays with forcibly guided contacts, electronic enclosures, safety switches, safety guard locks and key transfer systems. The company is dedicated to improved automation and electrical safety, making its switchgear products ideal for engineers worldwide across factory, logistics and process automation, as well as renewable energy sectors. In addition to switchgear, DOLD provides network monitoring solutions for DC, AC and mixed AC/DC systems. Its products are essential for ensuring greater operational safety and system reliability, making them ideal for applications such as load switching, mobile power generation, DC charging stations and e-Mobility.

Genetec and TSP to unite at Data Centre World

Genetec has announced that it is joining forces with its Unified Elite partner, Total Security Protection (TSP), at Data Centre World in London for the fourth consecutive year. The duo will present their unified data centre security solutions, designed to meet the evolving security needs of the data centre industry. As data centres are now officially classified as Critical National Infrastructure by the UK Government, they require the same rigorous protection and oversight as the likes of energy grids and water supplies. This designation underscores the importance of robust physical and cyber security measures to mitigate potential threats. For more than a decade, Genetec and TSP have worked together to provide bespoke security solutions that safeguard facilities, ensure compliance, and maintain seamless operations for data centre clients. Their collaboration specifically offers a unified approach to data centre security through the deployment of Genetec Security Center, a unified platform which integrates video surveillance, access control, automatic number plate recognition (ANPR) and intrusion detection in a single interface. Backed by accreditations including NSI, ISO 27001, CAPSS 2023, and SOC II, their solutions meet both physical security and cyber security compliance standards. Genetec will be located at stand DC515 during the upcoming Data Centre World exhibition, taking place at London ExCel from 12-13 March 2025.

The future of data centre power: overcoming grid constraints

By Chris Connors, Project Sales Director and John Kinstrie, Energy Solutions Director, at DTGen. As the UK’s data centre industry continues its rapid expansion, developers face mounting challenges in securing reliable and resilient power sources. With the demand for cloud computing, AI processing, and hyperscale facilities growing exponentially, ensuring continuous power availability has become a top priority. However, limitations in grid capacity, rising energy costs, and sustainability pressures are creating obstacles for future data centre developments. To navigate these challenges, DTGen is exploring the feasibility of island mode power systems as a viable and sustainable solution. The growing power challenge for data centres According to the National Grid, data centre power use is set to surge six-fold in the next 10 years, placing significant strain on the network. Some of the key challenges developers face include: Grid capacity constraints • Limited grid availability, especially in London and the South East, is already causing delays in new data centre projects.• Increasing power demand from both residential and industrial sectors adds pressure to an already stretched infrastructure.• Availability and lead time for backup power solutions such as the large-scale standby generators required for resilience.• The shift towards renewables and decarbonisation introduces additional complexities in securing stable power. Rising energy costs and stability risks • Grid instability, caused by factors such as extreme weather and peak demand fluctuations, increases the risk of power outages. Sustainability and carbon reduction targets • The UK’s net zero commitments require data centres to reduce their carbon footprint and incorporate sustainable/renewable energy sources.• Operators are under pressure to explore low-carbon power options, including battery storage and renewable energy integration, to remain compliant with environmental standards. Planning and land availability • Whilst the planning process can be lengthy and strict, regulations create delays in new developments with a shortage of suitable land in key regions such as Slough and London, new data centre projects looking to build on green belt land can now apply for a fast-tracked scheme (Nationally Significant Infrastructure Projects or NSIPs) which means projects would receive a more centralised and expedited planning process overseen by the UK government. It is yet to be seen how developers will navigate this new process. Given these constraints, data centre operators must rethink their energy strategies to ensure long-term resilience and sustainability. Island mode power systems: a reliable and independent solution To mitigate the challenges associated with grid reliance, data centres should start actively exploring the concept of 'island mode' power systems. This approach could enable facilities to operate independently from the national grid using on-site power generation such as diesel/gas/HVO powered generators, battery storage, and renewables. Key benefits of island mode for data centres Whilst a mains grid connection is widely recognised as the preferable solution, there may come a time when capacity simply cannot cope. In order to meet demand, there are many benefits to an island mode approach and it could be a worthy consideration to support the industry to keep pace. With grid constraints increasing, complete energy independence and this added level of energy security could mean that data centres can function autonomously, reducing reliance on an overstressed national grid. Island mode also facilitates scalability for new developments, particularly in areas where grid upgrades are costly or entirely unavailable. This approach also supports the drive for more sustainable solutions and carbon reduction targets because island mode enables for better integration of renewables, battery storage, and efficient generators, supporting net zero goals. Looking ahead: the future of power in data centres As the global data centre industry grows, the pressure on the national grid will only intensify. Island mode power systems offer a practical, scalable, and sustainable solution to power constraints, without being limited by grid availability. For developers planning new facilities, investing in on-site generation, energy storage, and efficiency measures will be key to securing reliable power for the future. As is finding a delivery partner with the expertise and strength of supply chain to ensure capital equipment is delivered and installed within the timescales required. The combination of island mode and smart energy strategies ensures business continuity, cost predictability, and long-term sustainability in an increasingly power-constrained environment. If you would like more information about an island mode power system for your data centre development and effective implementation, talk to the energy solutions team at DTGen.

Schneider Electric appoints new Senior Vice President for Power business

Schneider Electric, an energy management and automation specialist, has appointed Pablo Ruiz Escribano as the new regional Senior Vice President (SVP) of its Secure Power and Data Centre Business in Europe. Pablo has been with Schneider Electric for 18 years. Since he first joined as a Key Account Manager in 2007, Pablo has progressed through several leadership positions within the organisation, including roles as Power Products Channel Project Director, Vice President (VP) for Secure Power & Field Services in Iberia, and more recently, as VP for the Global Services Segment. His predecessor, Marc Garner, will move into a new global role as President of Schneider Electric’s Cloud & Service Providers (C&SP) Segment. In his new role, Pablo will be tasked with leading Schneider Electric’s Secure Power and Data Centre Business across Europe, working with country and zone leaders in BeNe, CEEI, DACH, France, Iberia, Italy, Nordics and UKI to help customers solve the energy, infrastructure and sustainability challenges of AI. With extensive experience in both regional and global roles, and a strong background in technical sales and customer relations, Pablo is well-equipped to assist Schneider Electric’s European customers as they navigate the opportunities presented by AI. “I am delighted to begin my role as the new SVP for Schneider Electric’s Secure Power and Data Centre Business in Europe, and more so at such a transformative time for our industry,” says Pablo Ruiz Escribano. “With AI accelerating growth on multiple plains, there’s an unprecedented opportunity to enhance the efficiency, resiliency, and sustainability of the digital infrastructure landscape, and I look forward to working with our customers and partners to seize these opportunities and push the industry forward. I also want to extend my sincerest thanks to Marc Garner for his insights as I take on this new position and I wish him all the best in his next chapter.” Pablo’s most recent role as Global Services Segment VP saw him responsible for successfully leading Schneider Electric’s Services business. Here, he effectively improved the integration of services strategies and actions within overall segment strategies and account plans. He has also coordinated multi-country, multi-technology strategic accounts throughout the adopt, expand and renew phases, as well as streamlining commercial activities across service zones, ensuring a unified services segment organisation with consistent account management. As the new SVP for Secure Power and Data Centre Business Europe, Pablo will be responsible for delivering Schneider Electric’s end-to-end AI-ready data centre solutions across the region, helping customers to bend the energy curve of AI, and accelerating the decarbonisation of their large-scale energy and digital infrastructure systems. He will also work with key stakeholders across Schneider Electric’s channel partner ecosystem including its EcoXpert, Alliance Partners, and its AI Ecosystem partners. New Global C&SP President Having served 20 years at Schneider Electric Marc Garner now takes up his first global role for the company as Cloud & Service Providers (C&SP) Segment President, where he will be responsible for helping the organisations’ AI cloud, colocation and hyperscale customers build-out and decarbonise their cloud and high-density AI data centre systems on a global scale. Marc comments, "As data consumption soars and AI accelerates demand for high-density infrastructure, the data centre industry has a huge opportunity to lead the charge in efficiency and sustainability. It has been a fantastic opportunity to lead a team who has been able to achieve an unprecedented rate of growth for Schneider Electric here in Europe by helping our customers shape a resilient, efficient and AI-ready data centre landscape. I wish Pablo the best of luck in his new role as SVP for Secure Power and Data Centre Europe and extend a huge thank you to my team for their support during the last two years.” Pankaj Sharma, EVP Secure Power & Data Centres and Global Services Businesses, adds, “At Schneider Electric, we are committed to driving the future of digital infrastructure through innovation, sustainability, and strategic leadership. Pablo’s extensive experience and deep industry expertise make him the ideal leader to continue advancing our Secure Power and Data Centre Business in Europe. His leadership will be instrumental in helping our customers navigate the opportunities AI presents. “I would also like to extend our gratitude to Marc for his exceptional leadership in Europe, where he has played a crucial role in driving growth and expanding our capabilities. As he steps into his first global role as Cloud & Service Providers Segment President, we are confident that his vision and expertise will further strengthen Schneider Electric’s position in the digital infrastructure space.” Both appointments will continue to report into Pankaj Sharma and are with immediate effect. For more from Schneider Electric, click here.