Friday, April 25, 2025

Colocation


Flexibility key to addressing rising colocation energy costs
Deteriorating bottom line costs for colocation data centres, caused by market uncertainty, has further underlined the need for facility stakeholders to consider flexible energy models in the future, according to Aggreko. It follows a new report from FTI Consulting showing energy prices in UK data centres rising by over 600% since January 2021. With this figure tracking markedly higher than Germany (270%), France (400%) and the Netherlands (360%), the impact on data centre providers using all-in customer models could be sharp and wide-ranging. Taking this market turbulence into account, Aggreko is encouraging retail colocation providers to put steps in place to address what could become a pressing crisis as fixed-price energy contracts expire. Billy Durie, Global Sector Head for Data Centres at Aggreko, explains: “Though the UK data centre market has previously been able to use these previously-agreed terms to largely guard against rising energy costs, this state of affairs cannot continue forever. “Providers in the colocation market working under all-in pricing agreements are especially vulnerable to this encroaching problem, so energy professionals in the sector must ask themselves - how can we guard against this cost? Faced with this question, we anticipate moves toward decentralised energy models to mitigate against the fragility of the national grid, especially as current price hikes are not showing signs of easing.” Energy-related market turbulence identified in FTI Consulting’s report could further supercharge an already-competitive colocation marketplace, driven by exponential demand for data centre services. According to Aggreko, current volatility cannot be translated into a race-to-the-bottom cost mentality, and the deprioritisation of environmental goals that may ensue. “It cannot be denied that the data centre market is currently in a delicate position, but these pressing concerns should not be met at the cost of long-term sustainability strategies,” Billy concludes. “Instead, stakeholders must look for packages and services that can bridge the energy gap while lowering emissions. Green technologies such as Stage V generators and hybrid battery systems, provided through innovative hire strategies, offer an effective way of achieving both objectives.” www.aggreko.com

Is Amsterdam’s server sleep state legislation the way forward?
What implications do Amsterdam's sleep state regulations have for global data centres? Can the sector self-regulate, or will it require legislation to harness the power reduction benefits of putting unused IT into a sleep state? Ed Ansett, Founder and Chairman of i3 Solutions Group and Damien Wells, Managing Director of Spa Communications, discuss sleep state technology, how it could help sector sustainability and the challenges surrounding its implementation, especially for colocation companies. https://www.youtube.com/watch?v=2E_jK0mWLD8 www.i3.solutions www.spacomms.com

ESR announces over $1bn first close of inaugural Data Centre Fund
ESR has announced the first close of over $1 billion in equity commitments for its inaugural vehicle, Data Centre Fund 1, dedicated to the development of its growing data centre business. ESR DC Fund 1 brings together some of the world’s largest institutional investors, including sovereign wealth and pension funds. ESR will raise a separate discretionary capital sleeve to co-invest into the fund which will likely close the balance of the fund at the hard cap of $1.5 billion. Additionally, the partners have an upsize option of an additional equity commitment of $1.5 billion, that would bring the total investment capacity to as much as $7.5 billion over time. ESR’s current data centre development portfolio comprises data centre projects primely located in major data centre clusters across Asia, including Hong Kong, Osaka, Tokyo, Seoul, Sydney, Mumbai and Singapore, delivering 300MW IT load. Amongst these projects is a key asset the group acquired in Osaka that will be developed into a multi-phase data centre campus with a development potential of up to 95MW IT load to serve both hyperscalers and colocation operators in the rapidly growing Osaka market. Jeffrey Shen and Stuart Gibson, Co-Founders and Co-CEOs of ESR, says: “APAC is the prime market for data centre development and investment in the new era of digitalisation. The substantial first close of our inaugural data centre fund marks a significant milestone for ESR as we continue to grow and scale our digital infrastructure business. We thank our capital partners for their strong support to this exciting effort. “As the largest new economy real estate platform in APAC, we are looking to play into the critical need for digital infrastructure in a big way going forward by leveraging our core competitive advantages with a singular focus to support our capital partners and customers to thrive and capitalise on the continued rise of the new economy and digital transformation in APAC.” Diarmid Massey, ESR Data Centres CEO, highlights: “With nearly $60 billion of New Economy AUM, digital infrastructure is a key strategic focus for ESR Group. Naturally, our ambition is to offset high energy consumption by aligning with our ESG strategy to refurbish, re-develop, convert some of our existing 39.8 million sqm GFA of assets into large and edge data centres, and to explore sustainable options through actual renewable energy generation from the rooftops.” Devashish Gupta, ESR Data Centres CIO, elaborates: “The APAC Data Centre fund is uniquely placed to take advantage of ESR Group’s adjacencies in land, power, fibre origination, strong pipeline of recently acquired data centre specific sites, a dedicated team of experienced data centre professionals, and partnerships with best-in-class data centre operators for co-location assets. Our ability to offer powered shells, fully fitted, and colocation assets to serve hyperscalers, enterprises as well as operators, provides a scalable solution with shorter ready-for-service timelines to our customers; and risk-adjusted strategies to our capital partners.”

Flexibility key to addressing rising colo energy costs
Deteriorating bottom line costs for colocation data centres (colos) caused by market uncertainty has further underlined the need for facility stakeholders to consider flexible energy models in the future, according to Aggreko. It follows a new report from FTI Consulting showing energy prices in UK data centres rising by over 600% since January 2021. With this figure tracking markedly higher than Germany (270%), France (400%) and the Netherlands (360%), the impact on data centre providers using all-in customer models could be sharp and wide-ranging. Taking this market turbulence into account, Aggreko is encouraging retail colo providers to put steps in place to address what could become a pressing crisis as fixed-price energy contracts expire. Billy Durie, Global Sector Head for Data Centres at Aggreko, explains: “Though the UK data centre market has previously been able to use these previously-agreed terms to largely guard against rising energy costs, this state of affairs cannot continue forever. “Providers in the colo market working under all-in pricing agreements are especially vulnerable to this encroaching problem, so energy professionals in the sector must ask themselves – how can we guard against this cost? Faced with this question, we anticipate moves toward decentralised energy models to mitigate against the fragility of the national grid, especially as current price hikes are not showing signs of easing.” Energy-related market turbulence identified in FTI Consulting’s report could further supercharge an already-competitive colo marketplace, driven by exponential demand for data centre services. According to Aggreko, current volatility cannot be translated into a race-to-the-bottom cost mentality, and the deprioritisation of environmental goals that may ensue. “It cannot be denied that the data centre market is currently in a delicate position, but these pressing concerns should not be met at the cost of long-term sustainability strategies,” Billy concludes. “Instead, stakeholders must look for packages and services that can bridge the energy gap while lowering emissions. Green technologies such as Stage V generators and hybrid battery systems, provided through innovative hire strategies, offer an effective way of achieving both objectives.”

Tribeca provides robust cloud and colocation services with Custodian
Tribeca was initially created with a vision to provide bespoke services to clients across the financial services sector, from private equity to hedge funds, which depend on high levels of security and reliability. Working as an extension to clients’ internal teams driving growth and development, Tribeca has grown into a global entity with over 70 staff and a turnover of in excess of £6 million. Since 2006, the firm has grown steadily at around 30% per year as a result of its excellent record in client retention, combined with its new client acquisition rate. This client growth quickly accelerated, resulting in Tribeca reaching out to partners for secure infrastructure and connectivity support, providing its customers with a reliable solution globally. Customer service is a vital USP for Tribeca, priding itself on a six-second response time on the phone when customers call with any problem. With any partnership, Tribeca needed to ensure the same customer service focused ethos to enhance its already strong reputation. Challenges for the financial industry As the financial and investment sectors evolved, it was clear that Tribeca had to do the same to keep up with the market demand. However, within this highly specialised sector, specific challenges became clear and providing its clients with resilient and ultra-low latency connectivity would be vital for Tribeca in order to keep up with the fast-paced demands of the financial industry. Alternative investment businesses such as private equity and hedge funds are demanding environments to work within, especially if they are live trading in various markets. For everyone working within these sectors, any IT systems downtime or loss of visibility of markets could be catastrophic, resulting in significant negative effects on financial performance. For Tribeca’s hedge fund clients working in live markets and potentially making up to 200 trades a day, assured uptime is an incredibly important service when it comes to ‘make or break’ important deals. It’s essential that customers can navigate and action deals quickly, conveniently and reliably. On the other hand, the connectivity requirements of private equity operators are less focused on the high-speed day-to-day volume transaction needs of hedge fund managers. However, security and resiliency remain vital necessities. Security is also a core focus for Tribeca, given the regulated nature of the financial industry and the sensitive end-customer information being held. Tribeca needed to be able to provide a guarantee to customers that its client’s data was not only being held in a secure digital environment but it was also in a physically secure space. With Tribeca growing in size, the services it could offer its clients also needed to expand. A private cloud environment with the option to provide hosting packages to its clients needed to be created to stay ahead of customer demand and provide a scalable solution for the expanding technology market. With specific customers wanting more private options not hosted in the public cloud, a solution was needed to bridge this gap of services. Tribeca would need a partner to provide privately hosted infrastructure with the assurance of robust and effective data security. Further, with plans to build its own hosting platform and add resiliency to Tribeca’s own IT infrastructure, Tribeca needed a partner which could provide these additional facilities located in close proximity to its Kent HQ. Resilient connectivity and strong security Tribeca’s plan for growth lead it to Custodian Data Centres, which was able to provide not only resilient connectivity but also a physically and digitally secure environment. By partnering with Custodian, Tribeca can offer customers 24/7 security, support and monitoring, plus the reassurance of ISO 27001 certification at the Maidstone facility. Custodian’s reputation for 99.9% uptime and unwavering customer service made the perfect partnership for Tribeca and its customers. With ultra-low latency at the top of Tribeca’s agenda to adhere to its customer’s requirements, Custodian’s own resilient dark fibre network, which connects its Maidstone facility to the major communication points of presence across London and the South East, was a key asset Tribeca could not afford to miss. “Ultra-low latency is vital for the success of our customers - if any trades are missed or connectivity is unstable it would mean fundamental losses for our customers,” says Ian Rimmer, Operations Director, Tribeca. “Custodian’s outstanding uptime record and support services have been a key foundation of Tribeca’s growth over the years”. “Working in an unpredictable and fast-paced industry such as the financial sector, we need to work in partnership with businesses that echo our own customer-focused ethos. Custodian provides a responsive and reliable service which supports our customers and allows us to retain our existing customer relationships.” Advantages and growth The partnership with Custodian has created significant advantages for Tribeca, including the option of providing its customers with a secure and private hosted environment to manage their data. Since the beginning of its relationship with Custodian, Tribeca’s rack space requirements have grown by 2300% and today the firm occupies a total of 10 dedicated racks. The initial migration into Custodian went smoothly without any downtime or faults occurring. As a mark of confidence in Custodian, Tribeca has also introduced several of its own clients to the facility. At its peak, there were over 10 racks of equipment within the Maidstone Data Centre that were either contracted directly to Tribeca or to its clients. Indeed, when one of Tribeca’s customers also colocated at the Maidstone data centre, wanted to quickly expand its infrastructure, Custodian acted on the request with expediency to install and activate the client’s request. On top of its physical presence, Tribeca has now added many point-to-point connectivity services both from around the UK and internationally, each of which has been implemented by the team at Custodian. All equipment and service migrations have been carried out successfully and without any issues, due to the professionalism and expertise of the Custodian team. The bespoke and personal touch from the Custodian service team continues to impress Tribeca, as the Custodian team exceeds expectations to cater to Tribeca and its customers’ needs. It’s integral that any professional partnership replicates Tribeca’s coveted customer service approach, which they have found with Custodian. The 'above and beyond' approach from Custodian has been part of the reason the partnership between Tribeca and Custodian has lasted all these years. During the time working with Custodian, Tribeca has been able to deliver excellent hosting facilities for its clients, both within its own environment and by providing colocation space to them directly. The uptime for connectivity and environmental services has been exemptional with no downtime or delays. “The delivery of the technology is always excellent, however what sets Custodian apart is the human factor. The team are always willing to go the extra mile to deliver a successful outcome to the client, which has been the difference between them and other providers that we've used in the past,” says Ian Rimmer. “Even when starting with a quarter rack, we’ve never been treated as a small client but always an important partner.” “Over the last 15 years, Custodian has provided us with outstanding support and the infrastructure to take our business to the next level globally. We look forward to expanding and growing our existing relationship with Custodian and are extremely excited for the new Dartford site to open so we can further explore the possibilities that present for us with Custodian,” concludes Ian.

NTT opens its first data centre in Spain
NTT continues its expansion plans by opening its first data centre location in the Spanish market in Madrid. The high-availability, Tier 3-compliant colocation data centre is located on NTT's Európolis Business and Technology Park site 20km northwest of Madrid. It provides hyperscalers as well as enterprise clients with 3,600m2 of IT space and a maximum IT capacity of 6.3MW when fully built out. NTT is currently massively expanding its data centre capacities worldwide. The company attaches the greatest importance to creating a highly available, secure and sustainable infrastructure. At the Madrid site, the entire cooling concept of the data centre was adapted to the warm climate of central Spain: air-cooled chillers and higher cooling water temperatures reduce power consumption and ensure efficient operation of the facility. NTT’s first major client installation in the facility is powered entirely by renewable energy. Companies using the new data centre in Madrid will benefit from excellent connectivity. NTT's proprietary Global Data Centre Interconnect (GDCI) network structure makes it easy and fast to implement high-performance private connections to internet nodes such as ESpanix, NetIX and DE-CIX, as well as cloud providers such as AWS, Google, Microsoft and others. Through Lyntia's fibre network, connections exist to 2,694 cities in Spain, to interconnects in France and Portugal, and to major submarine cables. In addition, fibre links exist to NTT's Global IP Network (GIN) as well as Colt IQ, euNetworks, GTT and other international and regional providers. "The demand for data centre capacity in Spain has grown strongly in recent years. Madrid is the largest data centre hub in Spain and a European gateway to the world, and our investment in the region is another milestone on our global roadmap as we continue to expand our presence across the continent to meet the coverage, capacity and connectivity needs of our clients", says Florian Winkler, Chief Executive Officer of NTT’s Global Data Centres division in EMEA. "Spain has become a hub for communications in southern Europe in recent years, in part due to new submarine cables", adds Araceli Pedraza, Country Managing Director at NTT in Spain. "With our new data centre in Madrid, we are actively shaping the digital future of the region. Here, companies will find a reliable, secure and sustainable home for IT infrastructures. At the same time, comprehensive connectivity ensures maximum flexibility."

SUPERNAP signs PPA with WHA Utilities & Power to power its data centre
SUPERNAP will produce its own energy, and will lower its carbon footprint, leading a green approach to digital transformation, and bringing renewable energy to the digital infrastructure of Thailand. In line with the company’s policy to help save the planet, reduce global warming and greenhouse effects, the project will also help SUPERNAP, and its clients, to reduce electricity costs significantly throughout the system’s life, while offsetting 18,250 tonnes of CO2 emission to the environment. “SUPERNAP is the forerunner in the region since our hyperscale facility opened in 2017. Since then, our leading technology provides 100% uptime. Our commitment to provide the best digital infrastructure is once again demonstrated with this initiative towards efficiency and sustainability. WHAUP has been chosen to install the solar power system at SUPERNAP because of its expertise in engineering and safety and its solid experience in the installation of solar power systems. We are confident in the skills and professionalism of the company” says Sunita Bottse, Chief Executive Officer of SUPERNAP. SUPERNAP has started working with WHA Utilities & Power towards the implementation of the solar panel farm. The solar farm will be built on SUPERNAP’s land on its data centre premises located in the Economic Eastern Corridor (EEC), outside the Bangkok flood zone and close to international network landing station with links across the country of Thailand. “SUPERNAP is a Tier-IV certified data centre colocation and cloud services provider with the most advanced technology in the ASEAN region. It is driven by demand in Asia Pacific for purpose-built data centres that can guarantee performance, availability and disaster risk reduction. The growth of data and applications in the region is derived from the need to stay closer to businesses and consumers to improve customer experience using Cloud, AI, IoT and BIG Data. SUPERNAP is the leader in Asia, offering higher service capabilities than any other data centres in Southeast Asia. Having such a great company as our customer reinforces WHAUP’s position as a standard service provider of solar power systems,” comments Dr. Niphon Bundechanan, Chief Executive Officer, WHA Utilities and Power PLC (WHAUP). The Power Purchase Agreement (PPA) includes engineering, procurement and construction (EPC), as well as an energy storage system to store excess power and reuse it when the solar energy system cannot generate enough power to satisfy the demand. Furthermore, WHAUP will be responsible for operation and maintenance of the system for 20 years. The project, which is scheduled for completion in fall of this year, began early April. By being the first colocation and cloud data centre implementing renewable energy, SUPERNAP will contribute to the development of the green digital infrastructure of the region, supporting the national strategy to reduce greenhouse gas emissions, as well as lowering the carbon footprint of its client.

Hyve colocates at Telehouse to meet demand for sustainable infrastructure
Telehouse has announced that Hyve has chosen Telehouse as one of its colocation partners to help meet growing sustainability demands. With rich connectivity delivered through a fully secure, energy-efficient and power redundant data centre, Hyve can now realise its ambitions of providing customers with long-term sustainable solutions, and easily scale for future growth. IT and cloud providers are under increasing pressure from organisations to improve sustainability, driven by the outcomes of COP26 and new sustainability disclosure requirements (SDRs) introduced in 2021. By housing IT infrastructure to Telehouse’s London Dockland’s data centre campus, Hyve aims to improve the sustainability of its mission-critical cloud, managed security and dedicated hosting services, while still delivering the fast, reliable and flexible service customers expect.  Hyve has experienced rapid growth over the past two years, recently featuring in the 22nd annual Sunday Times Profit Track ‘Ones to Watch’ supplement. With a fast-growing customer base, and plans to accommodate future expansion, the company needed a data centre partner with global site diversity, the ability to scale quickly when needed, and maximum levels of security to ensure the safety of customers and data. Telehouse was the colocation provider of choice due its access to 900+ connectivity partners and strong green credentials. All Telehouse London data centres are powered by 100% renewable energy procured from certified wind, solar, biomass and hydro generators and are compliant with GHG Protocol Scope 2. Telehouse also complies with international ISO standards in Environment and Energy Management, and actively participates in voluntary environmental standards, regulations and frameworks, with the company considered an ultra-small emitter under the UK Emissions Trading Scheme. James Annetts, Infrastructure Manager at Hyve, comments: “Climate change is transforming the way we all use energy, and customers are rightly demanding greater action from their cloud hosting providers on sustainability issues.  We have ambitious environmental goals and will only work with data centre providers who actively strive to make sustainability a central part of their business operations. Telehouse was the perfect choice for us, offering not only a secure and sustainable location to house our infrastructure but the flexibility and scalability we need to support our future growth.” Tipu Ali, Account Manager at Telehouse adds: “For cloud service providers like Hyve, having a safe, sustainable and resilient data centre is critical. Customers expect the best standards in security, uptime, and latency, but more importantly, that services are delivered with minimal impact on the environment. Colocation is a key enabler in driving improvements in energy efficiency, and only those providers that put sustainability at the forefront of their operations will be well-equipped to rise to the challenges ahead.”

The fast-track method to data centre scalability – pay-as-you-grow
“Pay-as-you-grow” offers potential for colocation data centre operators to grow sustainably and profitably. In this interview, ABB’s global head of data centre technology, Dave Sterlace, explains how to implement the strategy and shares a couple of examples. What is “pay-as-you-grow”? Demand for colocation space is growing fast as businesses recognise the benefits of outsourcing data services for better availability and flexibility. The challenge with managing this is how to do it efficiently – and this is what pay-as-you-grow does. Rather than having to make large up-front investments in a new site, pay-as-you-grow is designed so that new capacity can be installed little and often. This improves affordability as operators can secure tenants earlier and use the income to invest in their next infrastructure build phase. Pay-as-you-grow uses scalable and modular solutions to provide a consistent, efficient, and cost-efficient way to meet demand. Data centre designers, operators, and stakeholders can benefit from benefits including faster deployment, improved reliability, reduced capital costs, and higher energy efficiency. How quickly can new capacity be added? Data centre operators want to deploy new infrastructure fast. In 2010, two-year build times were typical. However, according to a survey in 2020, 39% of industry professionals expect to see new capacity rolled out in less than a year and 66% in less than 18 months. One example is US operator GIGA. It delivered the first phase of a new centre in North Carolina in less than six months and with an ultra-low Power Usage Effectiveness (PUE) of 1.15. This is enabling it to save energy and minimise the operating costs of its 60 MW facility. It called on ABB as a design partner to deliver a packaged power solution. The approach is based on a ‘system plus system’ arrangement and features two types of UPS system to provide flexibility and scalability. The first supports customer IT loads and is the site’s existing TLE UPS. It is integrated with lithium-ion (Li-ion) batteries, which are lightweight and compact. These are particularly important in this case as the UPS is installed on a mezzanine level that has space and load-carrying limits. The Li-ion batteries also help to reduce energy demand as they can run at higher temperatures, reducing the cooling requirements. GIGA is its second UPS to support network servers. It is based on the decentralised parallel architecture (DPA) approach. It meets the operator’s requirement for a low-power system and scalable deployment, enabling GIGA to expand its facility in 2 MW blocks. What challenges are there and how can operators avoid them? It might sound obvious but if you have a pay-as-you-grow strategy, you need systems that are designed for scalability and flexibility from the start. This will avoid cost and time delays when rolling out future expansions. One operator that has used this approach is Volico in Florida. It wanted its FLL1 Tier IV colocation data centre to have excellent availability and reliability, as well as providing dedicated server space for customers. During construction, it found that the original proposed UPS was not scalable and approached ABB for advice. We suggested switching to a modular DPA UPS with the capability of scaling up in 100 kW increments. This type of UPS can be scaled vertically in increments of 100 kW up to 500 kW in a single frame, and horizontally in up to six parallel frames for a total of 3 MW. It supports Volico’s 'six-nines' principle of 99.9999% availability. It also has the additional benefits of high energy efficiency, and hot-swappability so that maintenance can be performed on a module while the rest of the system is live. What are the design considerations for pay-as-you-grow? Four key considerations must be taken into account when planning and implementing a pay as you grow strategy. These are: choice of electrical topology, equipment scalability, digitalisation, and modular deployment. System topology is the first choice and depends on how much redundancy the operator wants. System plus system topology provides the highest level of redundancy but is the most costly as it uses two independent systems to supply the load. At the other end of the scale, block redundant topology makes the most efficient use of electrical infrastructure as it automatically switches critical loads to a reserve or catcher system if the original supply fails. Shared redundant topology is a compromise between the two. It uses N+1 UPS systems to share backup capacity across N loads. Next, it’s essential to specify equipment scalability. For example, by choosing gas-insulated switchgear (GIS), UPS, power distribution units (PDU), and remote power panels (RPP) that are capable of scalability. A modular UPS based on decentralised parallel architecture (DPA) enables scalability while also delivering continuous power availability during maintenance and expansion, and has a lower upfront investment. Digitalisation – adding intelligence to your electrical equipment – can improve simplicity and enhance scalability as uses a single fiber optic communication bus instead of many point-to-point copper wire connections. The result is that it’s possible to reduce wiring by up to 90%, saving installation time when adding new phases. Finally, modular systems that are pre-engineered, prefabricated, and pretested packages such as skid units and ehouses can accelerate construction times while reducing risk through consistency. Ultimately, the technology exists to support pay-as-you-grow for your chosen topology. It’s a matter of specifying equipment that is designed for scalability to support the strategy.

BBT selects MCFI to build first colocation data centre in Permian Basin
Mission Critical Facilities International (MCFI) has announced that it has deployed its GENIUS Modular Data Centre in Midland, Texas. BBT selected the MCFI GENIUS Modular Data Centre solution to provide energy efficient and reliable IT infrastructure to improve communications and safety in the oilfields and the surrounding digitally underserved communities of West Texas. MCFI’S GENIUS Modular Data Centre for BBT is the first colocation facility in the Permian Basin. The data centre, which is now open and serving customers, is master-planned for a total of 440 racks, 5MW of critical power, and scalable MMR supporting up to 30 fibre carriers. The initial phase has deployed 1MW of delivered power and 88 racks and is designed to scale along with the demand to manage capital outlay.  The GENIUS Modular Data Centre is a pre-designed/pre-engineered data centre solution that leverages the benefits of containerised data centres with an impressive speed to market, going from pad to operation in as little as five to eight months. It also delivers maximum leasable space and a life expectancy of over 30 years with significant cost savings to customers.  “We’re excited to bring our GENIUS Modular Data Centres to the Permian Basin,” says Patrick Giangrosso, Vice President at MCFI. “We are committed to providing innovative, sustainable, cost-effective, and quick-to-deploy infrastructure solutions with the economics and flexibility of a stick-built data centre for edge or colocation providers. Our partnership with BBT is pioneering change in critical communications at the edge for West Texas oil and gas industries.” The BBT data centre location will serve as the aggregation point for communication services in the Permian Basin with improved connectivity at oil and gas wellheads, providing live views with augmented reality to reduce traffic and enhance work safety and communications in the oilfields. Emergency services and businesses in West Texas can also access a more robust IT infrastructure with disaster recovery solutions to protect critical communications. “This is BBT’s first data centre and it is a success because of the expertise and guidance from the MCFI team,” says Neville Haynes, Vice President of Data Centre Operations at BBT. “MCFI deployed within our accelerated timeline, pivoted quickly, and accommodated our anchor tenant requests while overcoming challenges related to permitting, construction, the pandemic, severe weather and supply chains. MCFI handled the entire process perfectly.”



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