Operations

DOLD's energy monitoring keeps colocation costs in-check

DOLD Industries UK, a trusted provider of network monitoring and functional safety solutions across industrial and infrastructure sectors, has launched the RL9405 Smart Energy Meter – enabling colocation customers to gain accurate control over rack-level energy use, meaning they only pay for what you use. The ultra-compact RL9405 (just 35mm wide) fits easily into dense server racks, offering precise, real-time energy monitoring – without complex wiring or infrastructure upgrades. Fast to deploy, it enables fair, usage-based billing, pinpoints system inefficiencies, optimises workloads, and helps avoid costly overuse. Track live and historical energy data, detect anomalies, and flag potential issues early – enabling smarter preventive maintenance and reduced downtime. Even during power outages, the RL9405 securely stores energy data, ensuring critical insights are never lost. With Modbus TCP/RTU connectivity, remote monitoring is simple and seamless, integrating with existing systems to optimise operational efficiency. For more information, click here. For more from DOLD Industries, click here.

AI set to supercharge cyber threats by 2027

The UK’s National Cyber Security Centre (NCSC) has released a landmark cyber threat assessment, warning that rapid advances in artificial intelligence (AI) will make cyber attacks more frequent, effective and harder to detect by 2027. The digital divide between organisations with the resources to defend against digital threats, and those without, will inevitably increase.  Published on the opening day of CYBERUK, the UK’s flagship cyber security conference, the report outlines how both state and non-state actors are already exploiting AI to increase the speed, scale and sophistication of cyber operations. Generative AI is enabling more convincing phishing attacks and faster malware development. This significantly lowers the barrier to entry for cyber crime and cyber intelligence. Of particular concern is the rising risk to the UK’s democratic processes, Critical National Infrastructure (CNI) and commercial sectors. Advanced language models and data analysis capabilities are used to craft highly persuasive content, resulting in more frequent attacks that are difficult to detect.  Andy Ward, SVP International at Absolute Security, says, “While AI offers significant opportunities to bolster defences, our research shows 54% of CISOs feel unprepared to respond to AI-enabled threats. That gap in readiness is exactly what attackers will take advantage of." "To counter this, businesses must go beyond adopting new tools - they need a robust cyber resilience strategy built on real-time visibility, proactive threat detection, and the ability to isolate compromised devices at speed.” This latest warning forms part of the UK Government’s wider cyber strategy after announcing the new AI Cyber Security Code of Practice earlier this year. This will form the basis of a new global standard to secure AI and ensure national security keeps pace with technological evolution, safeguarding the country against emerging digital threats. For more from NCSC click here.

Portus Data Centers announces additional facility for Munich

Portus Data Centers has announced the further expansion of its Munich colocation campus with the construction of an additional 5.5 MW facility - Portus Data Centers Munich 2 (MUC2). This will add a further 2,200 square metres of white space and increase the total IT load capacity available to 7 MW. Construction of the new Tier III+ carrier-neutral data centre has already started on the Munich campus and initial capacity will be delivered in late 2026. The new data centre will be fully EnEfG (German Energy Efficiency law) compliant and will cater for workloads ranging from normal power densities all the way to AI and HPC workloads including ultra-high density using liquid cooling. As such Portus has developed an AI Native reference design that makes the data centre fully future-proof. Providing energy efficiencies of PUE 1.2 or lower, it will use 100% renewably sourced power and the latest cooling technologies. Portus Data Centers Munich serves the largest concentration of GDP in Germany, the company reports, meeting the growing digital requirements of local enterprises and service providers alongside multinational providers requiring compliance with data sovereignty regulations as well as secure, compliant, scalable and low latency facilities. "With the investment and expansion at the Munich site we are not only setting technological but also ecological standards,” says Marco Kain, Managing Director, Portus Data Centers Munich. “Our new data centre is more than just a building - it is a clear commitment to digital sovereignty, sustainability and innovative strength in Germany. We are creating a platform on which our customers can shape their digital future, securely and reliably.” Adriaan Oosthoek, Chairman, Portus Data Centers, adds, “Our new development at Portus Data Centers Munich marks an important milestone and aligns with our buy and build growth strategy for the DACH region. It is therefore only a first step, and we will continue to add capacity as necessary across the region to meet the strong demand for sustainable high-performance, low-latency IT infrastructure.” Eoghan Cremin, Operations Director at Mercury Construction, comments, “We are proud to continue our partnership with Portus on this significant project following the successful completion of the pre-construction phase. The main contract marks an exciting next step and we look forward to bringing our extensive experience, innovative approach and cutting-edge technology to deliver this advanced data centre extension in Munich. “Our team is fully committed to ensuring a seamless integration with the existing facility, managing complex logistics within a constrained site, and delivering to the highest standards while remaining considerate of the local community and environment. We value the trust Portus Data Centers has placed in Mercury and are excited to continue working together to bring this project to life.” For more from Portus Data Centers, click here.

Techno Digital to power India’s digital infrastructure

Techno Electric & Engineering Company Ltd. (TEECL), one of India’s most trusted names in power infrastructure for over four decades, has officially launched Techno Digital Infra Pvt, its wholly-owned digital infrastructure arm. Backed by an ambitious investment plan of $1 billion, Techno Digital plans an integrated network of hyperscale and edge data centres targeting a cumulative capacity of 250 MW spread across the country. This strategic move marks a transformative leap to revolutionise India’s digital economy, aligned with the Government of India’s flagship programme, Digital India. Rooted in strong credentials of engineering, procurement and construction excellence, TEECL is leveraging its deep domain expertise in power infrastructure and sustainability to build an efficient, reliable, and eco-conscious network of data centres. The launch of Techno Digital underscores the Group’s vision to become a cornerstone in India’s data revolution - bringing scalable, secure, and low-latency digital infrastructure to metro and non-metro regions alike. “The decision to enter the digital infrastructure space is both timely and visionary,” says Padam Prakash Gupta, Managing Director, Techno Electric & Engineering. “India’s data economy is poised for exponential growth, and with our legacy in power infrastructure and EPC, we see ourselves as natural enablers of this transformation. Techno Digital is not just a business venture - it’s a national mission to bridge the digital divide and power a truly connected India.” The journey begins at Chennai, where Techno is building a 36 MW hyperscale data centre within SIPCOT IT Park, Siruseri. This Rated-3 facility spans approximately two Lakh square foot, houses up to 2,400 racks, and integrates renewable energy with Battery Energy Storage Systems (BESS) for continuous sustainability, adiabatic cooling for water efficiency (WUE), 25% green cover and a facility design PUE of 1.35. Future locations for hyperscale facilities include Kolkata and Noida, positioning Techno Digital as a key player in supporting India’s digital growth. “We are not just building data centres, we are powering India’s digital revolution,” adds Amit Agrawal, President, Techno Digital. “Our hybrid strategy integrating hyperscale and edge will redefine how data is hosted, processed, and delivered. Whether it’s AI, OTT, fintech, or governance, our infrastructure is designed for the next decade of digital growth. We are empowering our ecosystem partners to offer unique solutions around cloud, security and managed services, thereby ensuring cutting edge technology’s ubiquitous availability and affordability. As part of its nation-building vision, Techno has partnered with RailTel Corporation of India, a Government of India enterprise under the Ministry of Railways, to develop edge data centres in 102 cities across 23 Indian states. This landmark project will be the largest deployments of its kind, bringing low-latency computing closer to users in Tier 2 and Tier 3 cities, empowering sectors such as AI, BFSI, telecom, OTT, e-sports, healthcare, e-governance, and manufacturing. “This partnership with RailTel embodies our core belief that digital infrastructure should be democratised to transform India into a digitally empowered society and knowledge-based economy,” says Ankit Saraiya, Director & CEO, Techno Electric & Engineering. “From AI workloads and 5G to cloud-native applications, we’re enabling India to process data where it’s consumed, reducing latency, energy use, and cost. Our edge deployment model is not just technically superior, it’s a complete ecosystem that encompasses all aspects of a digital infrastructure. We are honoured to be RailTel’s trusted partner in this national mission.”

Yondr and CBRE to create data centre apprenticeship programme

Yondr Group, a global developer, owner and operator of hyperscale data centres, has teamed up with CBRE, a real estate services company with 25 years’ experience in integrated data centre operations, to create an apprenticeship programme that will be rolled out to all Yondr data centre projects worldwide. The programme reiterates both companies’ commitment to developing the skills that the data centre industry needs around the world. As Yondr’s global data centre operations partner, CBRE will collaborate with the company to facilitate the scheme. Apprentices will be recruited for each Yondr data centre once the asset has moved into the operational phase and will work with the Yondr and CBRE teams on site, while also receiving training towards certification in disciplines such as administration, critical environment engineering and management. Recruitment and training for the apprentices globally will align with local apprenticeship models for each location, drawing on relationships with local colleges and training providers. The programme will also offer professional experience and mentoring from Yondr and CBRE colleagues to empower apprentices on their path toward a successful future in the data centre industry. The first project to benefit from the apprenticeship programme is Yondr’s London data centre campus in Slough, where one apprentice is already in post and a second is currently being recruited. At this 100MW site, where the campus will comprise three data centres, two apprentices will be recruited for each data centre building. With Yondr’s Netherlands project already live, Frankfurt recently handed over, and progress continuing at pace at the company’s projects across North America, Europe, and Asia, the apprenticeship programme is set to develop exponentially as data centre assets come online. The company anticipates recruiting four apprentices in Slough, and two each in the Netherlands, Germany, the US and Malaysia by the end of 2025. Paul Hood, Yondr’s COO - Global Data Center Operations, comments, “As a former apprentice myself, I have always been an advocate of this career route and recognised the value of apprenticeships in selecting talent that is ambitious and pragmatic with a can-do attitude. “With the partnership of CBRE and support of training providers, we can help guide future talent into the skilled professionals of tomorrow. I am very excited that Yondr will not only be shaping young people’s careers, but also inspiring them to play a vital role in operating the digital infrastructure on which we all rely.” Andrew Chilcott, Global Alliance Director for CBRE’s Data Centre Solutions business, adds, “The task of operating data centres is distinct from running any other commercial property. It’s vital that the data centre sector nurtures bespoke talent and highlights the potential for varied and exciting careers in our dynamic industry to attract high calibre candidates. “With our joint investment in this global apprenticeship programme and our commitment to supporting the apprentices we recruit; I am certain that this will be the beginning of a very successful journey for all involved.” Yondr’s investment in the global apprenticeship programme forms part of the company’s social impact strategy, which aims to create value and opportunity for the communities surrounding its data centres. So far, the strategy has led to a range of social impact initiatives, including STEM and employability skills training, as well as scholarship programmes in Europe and North America. Similarly, CBRE is committed to its broader Talent Strategy, actively engaging in apprenticeship programmes with over 1,800 apprentices globally. For more from Yondr Group, click here.

Start Campus achieves OCP certification for Portugal data centres

Start Campus, a company focused on designing, building and operating a new generation of sustainable data centres, announced today that its operational SIN01 and planned SIN02 data centres have been officially certified as Open Compute Project (OCP) Ready v2 for Hyperscale data centres. These are the first facilities in Southern Europe, and just the third and fourth in Europe, to meet this new benchmark. Start Campus says that the rigorous assessment underscores the company's commitment to open standards, sustainability, and scalable digital infrastructure. The OCP Ready certification, granted by the Open Compute Project Foundation, recognises that SIN01 and SIN02 meet the highest standards set for hyperscale data centres and AI/HPC workloads. This certification is a mark of trust, providing a competitive edge and a strategic advantage by ensuring faster deployments, reduced total cost of ownership, and seamless integration with cutting-edge technologies such as AI and high-performance computing (HPC). The OCP Ready v2 facilities are designed with openness, modularity, and interoperability at their core, delivering superior energy efficiency and environmental leadership. To achieve OCP Ready certification, Start Campus had to undergo a detailed OCP Ready v2 assessment of its operational SIN01 and planned SIN02 facilities, which assess critical factors such as logistics, site access, security, base building infrastructure, and network connectivity. These comprehensive assessments ensure the facilities meet the specific needs of hyperscale companies and align with both OCP standards and industry best practices. This certification confirms that Start Campus’ data centres are optimised to support hyperscale demands and future-proofed for the evolving digital landscape. “OCP Ready certification means our clients can confidently deploy today’s most advanced compute infrastructure, knowing the foundation is built for tomorrow,” says Rob Dunn, CEO of Start Campus. “This achievement is not just a milestone for Start Campus, but a win for hyperscale, cloud, and AI/HPC-driven companies looking to secure their future in Europe in readily available and large-scale data centres.” Located on the south-western edge of Europe, SINES DC is one of the continent’s most ambitious infrastructure projects. The SIN01 facility, operational since Q4 2024, delivers up to26 MW of IT capacity, while SIN02, ready to be built for delivery as early as in 2026, will add another 180 MW. These facilities are part of Start Campus’s 1.2 GW SINES Data Campus, built from the ground up to support AI-native workloads, liquid cooling, and high-density compute environments. Both SIN01 and SIN02 are powered by 100% renewable energy and feature an innovative seawater cooling system, enabling them to operate at a Power Usage Effectiveness (PUE) of 1.1 and Water Usage Effectiveness (WUE) of 0 - impressive metrics that demonstrate Start Campus’ commitment to environmental responsibility without compromising performance. This certification was co-led by OCP Foundation team members, Mark Dansie and Raúl Àlvarez, working within the Data Centre Facilities Project at the OCP. Mark Dansie, OCP Ready Facilities Program Co-Lead, comments, “The certification of Start Campus’ SIN01 and SIN02 facilities as OCP Ready for Hyperscale is a pivotal moment for the European data centre landscape. By aligning with the new v2 specifications, Start Campus demonstrates how strategic facility design can deliver on the evolving demands of hyperscale deployments. It’s a blueprint for how sustainability, performance, and openness can come together to meet the future of compute.” Raúl Àlvarez, European Market Development Manager, adds, “Start Campus’s OCP Ready v2 certification not only highlights its technical excellence, but also its alignment with the OCP Community’s vision of interoperable, efficient, and scalable data centre environments. The SIN01 and SIN02 facilities showcase how the latest global standards can be deployed locally to accelerate digital infrastructure and support the next generation of AI and cloud-native workloads.” This news follows the successful inauguration of SIN01, the first operational facility within the company’s 1.2-gigawatt (GW) Sines Data Campus. For more from Start Campus, click here.

Nokia partners with atNorth to support cloud services in Finland

atNorth, a Nordic colocation, high-performance computing and AI service provider, has announced plans to support Nokia’s cloud infrastructure with a multi megawatt deployment at its FIN02 site in Finland (pictured above). The contract spans over 12 years and includes potential extensions totalling over 10MW. Nokia, one of the world’s leading telecommunications and networking technology companies, is headquartered in Finland and has long utilised Finnish data centres, leveraging the country’s cool climate and renewable energy sources to ensure the sustainability of its workloads. In fact, the business was ranked as the most sustainable telecoms and communications company in the world earlier this year. Nokia and atNorth have built a long-standing relationship through atNorth’s use of Nokia data centre switches that power its HPCaaS offering, which currently runs from its data centres in Iceland and Sweden. Well versed in the evolving data centre landscape, Nokia was looking for a data centre partner that could accommodate its high-density infrastructure needs without compromising its environmental credentials. The business required capacity suitable for high-density workloads of more than 130kw per rack, available at speed and with the potential for future scalability. Located in Espoo, Greater Helsinki, atNorth’s newest data centre, FIN02, runs on renewable energy and features robust power and liquid cooling capabilities. Built for scalability, its modular design supports high-performance workloads. A collaboration with Kesko Corporation enables waste heat recycling to heat a nearby store, further lowering its carbon footprint. “atNorth was able to meet our complex technical requirements at speed without compromising on our sustainability goals,” says Marika Mentula, Vice President for Network Infrastructure North Europe at Nokia. “By helping support our cloud infrastructure at atNorth’s FIN02 data center, we can deliver high-performance infrastructure that supports our most demanding applications.” Eyjólfur Magnús Kristinsson, CEO of atNorth, adds, “As the data centre industry continues to grow at record speed, it’s clear that businesses are increasingly seeking the full package - sustainable, secure, infrastructure that can scale rapidly. Our longstanding partnership with Nokia, rooted in the hardware demands of our HPCaaS offering and built on a shared commitment to sustainability, is a testament to that. It adds to a growing list of globally recognized companies that trust atNorth with their mission-critical data and rely on us to deliver best-in-class service.” The news follows atNorth’s recent announcement of its heat reuse partnership with retail giant, Kesko Corporation at its FIN02 data centre in Finland. The business has two other metro sites near Helsinki, and a fourth ‘mega’ site - which is currently in development in Kouvola - is expected to be operational by the end of 2025. For more from atNorth, click here.

Powering the growth of modular data centres

By Andrew Skelton, Sales Manager, Centiel. The data centre industry is experiencing unprecedented growth, driven by the exponential increase in digital demand, from cloud computing and IoT devices to AI and big data. This surge has led to mounting pressure on infrastructure providers to deliver capacity faster, more efficiently, and in increasingly constrained environments. Several factors are fuelling this rapid transformation. Urban areas are running out of space, planning permission for new builds can be time-consuming and complex, and the pace at which businesses require digital services has never been faster. In response to these challenges, modular data centres are emerging as a powerful solution. Unlike traditional brick-and-mortar facilities, modular data centres are pre-engineered, prefabricated units - often based on 20 or 40-foot ISO shipping containers or custom-built enclosures. These compact, self-contained modules can be deployed indoors or outdoors, stacked vertically, or added in phases to scale infrastructure quickly. Their flexibility and portability also make them particularly well-suited for edge computing, where latency-sensitive applications require infrastructure closer to end users. One major advantage of modular data centres is the speed of deployment. Because they are classified as temporary or mobile structures in many regions, they can often bypass the full planning and approval processes required for permanent facilities. This allows organisations to get operational faster - sometimes within weeks - unlocking significant business value. However, one of the key technical considerations in modular deployments is power. Delivering reliable, continuous energy within the constraints of a small, high-density footprint is a significant challenge. That’s where modern, ultra-compact, uninterruptible power supply (UPS) systems come into play. Space is a precious commodity in modular environments. Traditional UPS systems are often too bulky to fit the physical and functional needs of these compact builds. As a result, there’s a growing demand for UPS solutions that deliver maximum power density in the smallest possible space, while also ensuring high energy efficiency and resilience. Centiel has specifically engineered its StratusPower UPS to meet these challenges. The company's multiple award-winning, three-phase, modular UPS is available with an ultra-compact frame that maximises vertical space, significantly reducing the floor area required. With an impressive power density of up to 1059kW/m², StratusPower is among the most space-efficient UPS systems available on the market today. StratusPower supports a scalable capacity range from 50kW to 1.8MW per cabinet and can be paralleled to deliver up to 5.4MW of clean, uninterrupted power. With a class-leading VFI (Voltage and Frequency Independent) operating efficiency of 97.6%, the system not only ensures power reliability but also helps reduce operating costs and improve overall sustainability - key factors in modern data centre design. As the industry continues to embrace modular and containerised infrastructure, compact, high-performance UPS systems will play an increasingly central role. Centiel’s StratusPower provides the flexibility, scalability, and reliability needed to power the next generation of digital infrastructure ensuring that modular growth doesn’t come at the cost of performance or efficiency. For more from Centiel, click here.

Corscale Data Centers announces partnership with Affinius

Corscale Data Centers and Affinius Capital have announced a strategic partnership for hyperscaler development and a supply exclusivity agreement with e2Companies, a provider of integrated solutions for on-site power generation, distribution and energy cost-optimisation. Under the strategic partnership, Corscale will become the exclusive hyperscale data centre developer to offer use of e2’s R3Di System (pronounced 'Ready') in the US, for an initial 24-month term. While there is no obligation for Corscale and Affinius to purchase a specific number of e2’s R3Di Systems, the strategic partnership is targeted to initially include the use of more than 300MW of e2 R3Di systems to fulfil the energy needs of part of the Corscale hyperscale data centre development project pipeline. Management of Corscale, Affinius and e2 believe there is a potential for considerably more collaboration after this initial deployment. The R3Di is designed for data centres looking to achieve energy independence and match the volatile power demands of next-generation AI chips, and it will enable Corscale and Affinius to leverage future power capacity and future advancements of the Virtual Utility platform. James Richmond, CEO of e2Companies, comments, “We are beyond excited about the prospect of partnering with Corscale and Affinius. They understand the technology required to power the AI-data centre boom over the next decade. Every industry is being revolutionised by next-gen AI capabilities. Our combined goal is to provide clean, reliable, and efficient energy to power this revolution.” Corscale CEO, Robert Fields, adds, “Corscale is built to address hyperscale client needs and provide the mission critical infrastructure that their customers require to store, process, and analyse data. This potential partnership would bring e2’s on-site power generation, energy storage and grid optimisation technology to our clients, fulfilling our commitment to deliver creative solutions to meet the expected quality, efficiency, and reliability to achieve their goals.” Len O’Donnell, Chairman & CEO for Affinius Capital, remarks, “For more than four decades, Affinius has embraced the implementation of new technologies that we believe will enhance outcomes for our investors. Innovation is one of our core values, presenting our intention to pioneer new concepts and improve upon current practices to pave the way to a more advanced and dynamic tomorrow. This belief is at the forefront of our investment in Corscale, and I can’t think of any area where innovative new technologies can have a greater impact than in data centre development.” The Virtual Utility system addresses several challenges arising from the AI data centre boom and global electrification of economies. Costs and timelines to make the traditional electric grid capable of meeting growing demand are significant, with electric utility interconnections often taking five or more years to be completed, if completed at all. In this environment, localised microgrids, such as those enabled by e2’s systems, have emerged as turnkey solutions for delivering reliability and meeting the world’s growing electricity demand. The patented R3Di System is a self-contained power platform installed without requiring an interconnection agreement or costly public utility upgrades. The R3Di provides clean and conditioned prime power, instantaneous full-load pickup and absorbs a much higher range of load profiles than traditional systems, including the throttling demands of next-gen AI chips, such as those from Nvidia, AMD, and Intel. Nic Bustamante, Chief Technology Officer at Corscale, comments, “e2 and Corscale plan to deploy the innovative R3Di technology in parallel with next generation hyperscale advancements. Through this novel stack, we expect that we would be able to independently power our data centres, while supporting sophisticated AI GPU servers and racks across our platform with sustainable, future proof infrastructure. “Our ‘building as a machine’, AI factory approach, is intended to scale rack densities beyond one megawatt, yet be equally well suited to cloud workloads. This could be a true game changer with first of kind capabilities for real time utility power coordination, power quality shaping, and dynamic automation at multi-gigawatt scale." In addition, the R3Di works in combination with the Grove365, a centralised operations hub from e2 that delivers real-time monitoring, comprehensive data models, and predictive analysis for demand-side energy management. The Grove365 currently monitors 490 assets at 165 locations globally and has operated for a total of over 90 million grid monitoring hours. Corscale Data Centers, along with Affinius Capital as its investment partner, launched the vertically integrated development platform for data centres in 2021 with a singular focus on the hyperscale client from day one. Corscale designs, builds, and operates sustainable, high-density data centres for some of the largest and most advanced technology companies in the world. The Virtual Utility solution will be available to Corscale’s hyperscale clients as its current $25 billion pipeline and future projects are developed. For more from Corscale Data Centers, click here.

Townsend Group invests in CleanArc Data Centers

CleanArc Data Centers, a developer and operator of renewables-focused hyperscale data centre campuses, announced today that Townsend Group, an advisor and partner to institutional investors globally, has made a strategic investment in the company. The investment was led by Townsend, which advises a consortium of global investors, including some of the largest sovereign and pension plans pursuing strategic stakes in leading investment and operating platforms. This new partnership further supports CleanArc’s growth initiatives as it continues developing its first data centre campus in Virginia, set to deliver 300 MW of capacity by Q1 2027. “We’re excited to welcome Townsend as a strategic investment partner,” says James Trout, Founder and CEO of CleanArc. “Their capital markets expertise, institutional knowledge, and private real assets scale will be instrumental as we execute on our mission to develop the data centres of the future, particularly our inaugural campus in Virginia, VA1. Townsend brings a demonstrated track record of supporting transformative businesses throughout their growth journeys. And with Snowhawk’s ongoing investment leadership, we’re well-equipped to continue tackling the growing data centre challenges faced by hyperscalers.” “CleanArc’s strong team of industry veterans and their shrewd approach to site selection, development and power structuring really sets them apart,” adds Anthony Frammartino, CEO and Chairman, at Townsend. “We’re excited to support the company’s continued development of leading data centre campuses across Tier 1 markets.” Snowhawk LP will remain the majority stakeholder in CleanArc as the company continues to solidify partnerships with hyperscale customers and expand infrastructure in key markets. “Snowhawk is delighted to partner with Townsend on this strategic investment in CleanArc, further accelerating innovation and the development of capacity to support the next generation of AI and cloud capabilities,” remarks Brian McMullen, Managing Partner and Co-Founder of Snowhawk Partners. “CleanArc continues to set new standards in future-focused data centre development,” concludes Greg Stamas, Managing Director at Snowhawk. “In partnership with Townsend and our other investors, we are excited to support CleanArc’s continued leadership in sustainability and renewable energy use.” For more from CleanArc Data Centers, click here.