Global structured cabling market remuneration to hit USD 25 billion by 2025, escalating product demand from data center facilities to fuel the industry landscape
Propelled by extensive proliferation of digitization, the structured cabling market is slated to establish itself as an extremely lucrative investment ground in the forthcoming years. A number of legacy facilities are finding it difficult to maintain the order & ease with which a cabling infrastructure can be accessed. However, the extensively used cable management solutions & products in structured cabling can be installed with relative ease & can facilitate modular and simple designs, providing these legacy facilities with an ideal solution for the challenges they face, thereby driving the structured cabling market landscape.
U.S. structured cabling market, by application, 2018 & 2025 (USD Million)
Apart from industrial applications, structured cabling is also finding deployment in modern residential & commercial construction projects. One of the latest avenues of growth for the market is the rapidly developing smart building & intelligent lighting industry, fraught with LED lights, integrated with sensors & controls that perform a number of different tasks, ranging from motion sensitive lighting and controlling brightness & color through the smartphone to managing ventilation according to the number of individuals in a room.
Global structured cabling market | Impact of the growing data center demands from businesses
The increasing adoption of several digital services as well as the growing population of internet users has been augmenting data center demands across the world, which is in turn fueling structured cabling market growth. The world is becoming increasingly more digital & connected – indeed, according to a Cisco Visual Networking Index, the annual IP traffic across the world would be reaching the 3.3 zettabytes (ZB) mark by year 2021 and would be increasing more than threefold over the coming five years, driving extensive demand for data centers.
Structured cabling systems are a crucial part of data centers as they facilitate faster data-transfer rates and ensure effective connectivity of the different IT devices in the facility, thus lessening the chances of system failure & downtime, which significantly improve the effectiveness of a business’ decision-making process, helping it maximize its profits.
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Moreover, increasing high-speed connectivity demands of data center & device convergence would also be responsible for driving the market’s growth. The industry is witnessing an increasing rate of adoption of coaxial & fiber optic cables to quench the high-speed connectivity demands. These cables boast of a significantly greater level of bandwidth & can transfer much larger amounts of data per unit of time in comparison to conventional metal cables, making them a must-have for modern networks and thereby driving structured cabling market further.
Global structured cabling market | Impact of the IT & Telecom sector’s growing dependence on structured cabling
With increasing demand for faster connectivity & higher bandwidth, network designers are of the opinion that the fiber-optic structured cabling segment would be establishing itself as a backbone for the global telecom industry infrastructure. The modern technology-driven world has been changing the operating demands of almost all of the industrial sectors. Moreover, with the rapid evolution of smart devices such as tablets, smartphones & smart watches, that consume voice & data services on a regular basis, the integration of IT & telecommunication is getting rather advanced. This amalgamation is expected to drive more standardization in the two industries during the implementation of advanced technologies & infrastructures that enhance the voice & data services. This has put an increased amount of pressure on telecom companies to facilitate uninterrupted & better services to their customers.
The fiber-optic structured cabling solution is being termed an ideal way with which the industry can fulfil its connectivity requirements as they provide an optimal environment that can transmit voice & data at extremely high speeds. Moreover, as data centers are telecom operators’ foundation in present scenario, the upgradation of these facilities to enhance user experience would also be driving the structured cabling industry size from the IT & telecom sector.
Furthermore, according to a 2018 report by TeleAnalysis, adapting to changing circumstances, more than 60% of the world’s telecommunication network facilities are projected to become data centers over forthcoming years, enabling the structured cabling market to depict sizable growth from the IT & telecom applications.
Owing to the presence of a connectivity-driven foreground, the global structured cabling market would be drawing in significant growth over the years to come. In fact, according to a research report by Global Market Insights, Inc., the overall structured cabling market size would be exceeding a valuation of $25 billion by 2025.
Author Name : Akshay Kedari
Europe data center liquid cooling market to record extensive gains by 2025, robust adoption of direct immersion cooling solutions to expedite the industry landscape
The increasing demand for digital services and unprecedented growth in AI and machine learning has helped push data center liquid cooling market share to new heights lately. Data centers demand efficient cooling systems to reduce power consumption as over 30% of the power is used for cooling purposes. Processor performance is also severely affected by overheating resulting in slower operations. However, with businesses increasingly shifting towards mainframes and supercomputers, liquid cooling technology seems to be an ideal solution for modern data centers. Furthermore, the consistently changing demands for new, uninterrupted digital has been prompting data centers to adopt innovative technologies that will help boost data center liquid cooling market in the coming years.
China data center liquid cooling market, by solution, 2018 & 2025 (USD Million)
The growing implementation of artificial intelligence (AI), big data, cloud, and machine learning in newly developed software solutions has also been driving the industry growth. With the development of more powerful chips capable of rapidly processing data for new complex applications, the amount of power consumption has exponentially increased leading to more component heat generation. For instance, an increasing number of GPUs and FPGAs are nowadays pushing systems to their limits for smoothly running heavy applications like AI, big data analytics, HPC, media streaming, machine learning which in turn generate high amounts of heat. Reports claim that the heat profile for many GPU based servers is double than that of traditional servers. However, with the benefits of liquid cooling technology businesses can deploy applications at a much higher density with increased efficiency, that will lead to a commendably reduced carbon footprint, supplementing the data center liquid cooling industry growth in the upcoming years.
One of the most extensively used solutions for data center cooling is the direct immersion cooling solution. Also known as liquid submersion cooling, this solution is used to submerge full servers in a thermally conductive liquid to offer enhanced temperature control. The method is slowly gaining popularity with innovative datacenters across the world. Some ultra-high-speed supercomputers like IBM’s Summit supercomputer already use liquid cooling technology to pump around 4,000 gallons of water per minute through its system.
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Direct immersion can significantly cool solid-state drives, which makes the entire process more efficient in comparison with traditional methods. The technology also reduces system humidity & heating effect, further offering high operational performance and speed. Additionally, solution developers offer efficient maintenance & installation services to data center clients which further supports industry expansion. Indeed, it comes as no surprise that the data center liquid cooling industry will gain substantial momentum from the robust adoption of direct immersion cooling solutions.
Hyperscale data centers – the latest trend that will proliferate data center liquid cooling market size
The increased focus on business agility and cost optimization has led to the rise and growth of cloud data centers which in turn has given birth to the trend of hyper scaling. Hyperscale cloud operators are increasingly offering better resources and bandwidth that support the growing demand for storing large chunks of data on the cloud. Compared to traditional models, hyperscale data centers require to operate in colder zones as these facilities constantly handle increasingly large amount data traffic, which expands IP connections and fulfills high storage demands, factors that make it essential for deploying servers with high-density cooling elements like liquid coolers and water-chilled metal boxes equipped with blowers to enable fast operation at ambient temperatures. The growing shift towards hyper scale cloud data centers will thus augment the growth of data center liquid cooling industry.
Speaking of the regional expanse of the data center liquid cooling market, it would be prudent to state that APAC and Europe are two prominent geographical revenue pockets for the industry. Asia Pacific data center liquid cooling market will witness significant growth over the ensuing years, driven by the increase in data capabilities brought forth by the growing digitalization in every possible industry sector.
The expansion of the Europe data center liquid cooling market can be majorly credited to the massive presence of numerous colocation facilities across the continent. Powered by the advent of robust digitization across the industries such as BFSI and medical care, in tandem with the rapid adoption of machine learning technology in the region, Europe data center liquid cooling industry share is set to soar high in the years to come.
Liquid-based cooling solutions have more heat removal capabilities & can reduce a data center’s power consumption by about 70%. The paradigm shift toward high energy consuming applications and the deployment of AI, big data and machine learning will mandate the adoption of liquid cooling solutions for smoother operations in the years ahead. Reports from Global Market Insights, Inc. cite that the data center liquid cooling market size will exceed the $2.5 billion mark by 2025.
Author Name : Mateen Dalal
Edge data center market to accrue substantial gains from the IT & telecom applications, global industry revenue to surpass USD 13 billion by 2024
Increased deployment of edge computing and the need for having a greater control on data has enhanced the edge data center market penetration across numerous industry verticals worldwide. Establishing a data center close to the source of information allows for a faster access and real-time analysis of data, complemented with reduced network traffic and lower cost for operating and maintaining the infrastructure. The edge data center industry has enabled organizations and cloud-based service providers to reach smaller cities, locations where large data centers do not have a presence but represent considerable data generation.
U.S. edge data center market, by application, 2017 & 2024 (USD Million)
Continuous growth of the IT and telecommunications, healthcare, banking and energy segments have gradually propelled the edge data center market revenue over the last few years. These sectors generate enormous amounts of information which are used by enterprise customers and businesses to enhance consumer experience. Growing popularity of online streaming services has also benefited the edge data center industry, as caching web application or content on servers nearer to the market allows for high-quality and high-bandwidth services. Companies like 365 Data Centers and EdgeConneX have tapped into these opportunities and expanded their edge data centers around the globe.
Elaborating further, EdgeConneX had earlier in the year announced its plans to add up to 50 MW capacity in North America, cover tier-2 cities like Atlanta, Phoenix, Denver, among others, and had already opened its second center in Atlanta by August. It later unveiled an edge data center in Toronto as well, bringing its total number to 40 such centers spread over North America, South America and Europe, becoming a key player in the edge data center market. More recently, it had confirmed the acquisition of an edge data center in Warsaw, Poland, encouraged by the nation’s rising adoption of cloud, favorable data regulations and ease of access for nearby countries.
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Widespread expansion activities undertaken by the company is representative of the overall edge data center industry trends, driven by the unparalleled rate of development in the telecommunications sector. The growth of IoT and the increasing number of connected devices globally has created a need for communicating captured valuable data quicker. It is projected that by 2022, the number of connected devices in the world will reach 29 billion, indicating the massive amount of data that will be gathered, inadvertently strengthening the edge data center market.
The propagation of 4G LTE networks has allowed consumers to access and use various online services, with LTE downloads averaging around 19.4 Mbps in the U.S. over the last quarter of 2017. Fast developing economies have also witnessed an accelerated growth rate in terms of IoT and data usage, with average 4G consumption in India reported to be around 11 GB per month in December 2017. Telecom firms are leaning more towards edge computing to gain the ability to store immense data accumulated from devices and direct it straight to a central center or cloud platform, minimizing the backhaul traffic.
Additional reports have indicated that by 2021, global mobile data traffic will reach nearly 49 exabytes per month, which would be a seven-fold increase from 2016 figures. 5G, the latest generation of communication networks, is expected to grow steadily over the period and can become the key network utilized for most applications over the following years. Experts insist that without edge computing, 5G will not be able to meet its intended goals of very low latency and colossal broadband services. Subsequently, as the implementation of 5G proceeds steadily throughout the world, fulfilling the network’s huge potential will necessitate the advancement of the edge data center market.
All in all, the rising network consumption in the telecommunications industry consumers and the augmented utilization of edge computing in other sectors will fuel the global edge data center market, with its valuation estimated to cross USD 13 billion by 2024. Fast-growing companies like Anixter, Cisco Systems, Dell, EdgeConneX, 365 Data Centers, Panduit Corp, Schneider Electric, and many others offer the required edge data center infrastructure, equipment and third party services.
Author Name : Pankaj Singh
Unveiling mobile mapping market trends in terms of the strategies undertaken by competent industry players: escalating development of software-assisted solutions to stimulate product demand
The increasing importance for geospatial technologies for visualizing and analyzing geospatial data has stimulated mobile mapping industry trends. The advent of new technologies such as Lidar, AI, and IoT has also significantly transformed mobile mapping technology over the last few years. With more innovations across this technology, it has become easier and effective to carry various tedious projects like urban development, rail-road creation, and power plant construction across inaccessible areas. Thus, the increasing use of this technology to survey numerous mobile platforms is poised to propel mobile mapping industry share.
U.S. Mobile Mapping Market Revenue, By Component
The involvement of companies in novel product development activities for high efficiency and productivity will have a notable impact on the business over the years ahead. In the last few years, companies have come up with a diverse set of products that can deliver remarkable benefits to users and asset owners. Validating the aforementioned fact, in February 2018, the California based software development company, Trimble developed a next-generation mobile mapping system, which has been designed with multi-camera imaging, mobile lidar system, and field software. This newly launched Trimble MX-9 mobile mapping technology has the capability to capture 360-degree immersive geo-referenced imagery with the help of already installed laser scanning sensors, GNSS technology, and spherical camera. The improved accessibility of such newly developed mobile mapping devices via smartphones and tablets will augment the growth of mobile mapping market.
Speaking more about the recent advancements, it is prudent to mention that 3D mobile mapping is also one of the latest developments in geospatial technologies that helps users to record, measure, visualize, and understand environments. The advent of 3D mobile mapping has overcome the limitations of conventional mobile mapping systems and helps to carry out a detailed visualization of climatic conditions. In 2018, a German company which develops software and hardware to navigate, map, and digitize the indoors, NavVis made it to the headlines for generating a fully integrated product for indoor mapping aided with six cameras. NavVis has developed this product in accordance with customers’ request to have sophisticated and more versatile systems. This product is likely to prove beneficial for the end-users like construction product manufacturers, construction companies, and AEC (architecture-engineering-construction) professionals to generate high-quality data owing to its capability to capture immersive imagery.
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The increasing importance for geospatial technologies has also been encouraging the players in the mobile mapping market to carry out vigorous research and development activities for capturing more business space. For instance, the Italy based SITECO Infomatia SRL has been proactive in developing varieties of products from road-scanners to pave-scanners. In 2018, it has launched software assisted mobile mapping devices. The integration of software and LiDAR system has helped the company to enhance the performance of mobile mapping platform. The widespread availability of multi-scanners and high-performance mobile mapping platforms is slated to propel the industry growth over the years ahead.
In addition to higher performance, cost-effectiveness is also one of the major factors promoting mobile mapping market size. As of now, Google is one of the leading contributors of navigation applications, but due to rise in subscription amounts for accessing its Google Maps, other contributors in mobile mapping market have been able to race ahead with the launch of low-cost navigation features. For instance, a few days before, a digital mapping company, TomTom has started offering free software development kits to Android and iOS users to access maps and traffic information for free. Such initiatives will help IoT companies and autonomous vehicle manufacturers to load the traffic and routing data free of cost.
The advancement in consumer electronics and shifting trends toward the deployment of autonomous vehicles for the betterment of the environment will have a positive influence on the mobile mapping industry share. As of now, most of the automotive companies have been involved in the development of highly modernized infotainment systems for improving the driving experience that is likely to enhance the product demand. In accordance with the expanding end-use sectors, the strategies adopted by the key player will help them to strengthen their business position over the years ahead. Reportedly, driven by new product launches, mobile mapping market will generate a revenue more than USD 40 billion by the end of 2024.
Author Name : Sunil Hebbalkar
A regional rundown of smart grid market: APAC to gain ground as a prominent investment hub over 2018-2024
In the recent years, smart grid market has earned substantial revenue due to the increasing awareness about the incredible benefits provided by these products. In addition, this vertical has also received quite some impetus on account of the rising requirement of power grids that can accommodate and support increasing numbers of electronic devices in each household. The importance of smart grids has been recently upheld by the city council of Sault Ste. Marie in Canada when a multi-million-dollar implementation of smart grid technology was cleared. Authorities managing the development of the project assured citizens that the upgrading to smart grid will have no financial, reliability or environmental drawbacks. In fact, it would bring about a 11-cent reduction in the monthly energy bills and drastically reduce CO2 emission to 2,804 tons annually within the city.
U.S. Smart Grid Market Size, By Technology, 2017 & 2024 (USD Million)
As the disasters caused by rapidly incremental climate change have plagued the news headlines of late, investment in the smart grid industry in the United States has also registered a cumulative upsurge. In 2017, U.S. smart grid market was valued at $3 billion. Recently the Massachusetts Department of Public Utilities issued an approval for significant upgrade in the state’s electric grid. The order authorized utility companies of the state to invest $220 million in the modernization of the existent grid. The improvement project, which is expected to improve reliability and efficiency, will require 3 years for the upgrade. Agencies with environmental interest such as Energy and Environmental Affairs of U.S. have acclaimed the order to be a recognition to the role advanced meters and smart grids play to reduce costs, increase energy efficiency and maximize clean energy generation.
The grid modernization investments will automate the process for improved visibility of mechanical equipment, creation of a self-healing grid and automated command and control. These improvements will help reduce power outages and improve the process of storm restoration, as well as enhance the utility companies’ ability to integrate distributed energy resources onto the electric grid. The success of the modernization is expected to encourage such investments in other states as well thus contributing to the expansion of the smart grid industry in the United States.
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Similar efforts are also in motion in Europe where the EU is aiming at replacing 80% of the electric meters with smart meters by 2020. In a recent venture, EU and China have released a joint statement with the intention of exchanging potential innovative and legislative solutions to meet the global demand of clean and green energy alternatives. Both China and EU agreed that improvement of energy supply security will enhance energy efficiency, support switching to low carbon energy sources and increase the share of renewable energies. According to findings presented by the European Commission, China and EU consume 22% and 12.5% of the global energy respectively and both are trying to break the dependence on fossil fuel imports. To achieve this goal, increasing the share of renewable energy sources and upgrading the potential of smart grids has been mentioned to be pivotal, pointing towards the increase in investment in the smart grid industry over the coming years. The smart grid market is being predicted to perform well in these regions as EU is currently drafting a 2050 decarbonization strategy and China has committed to bring down its carbon footprint by setting carbon reduction goals and other renewable targets to be met by 2030.
Speaking about China’s investment in the smart grid industry it will be prudent to mention that other Asian countries are also recognizing the potential of a smart grids. Indeed, APAC smart grid industry is estimated to grow over 12% over 2018-2024. Citing an instance, the Indian government recently announced that it would develop a smart grid project in the financial and technological hub near New Delhi, Gurugram. The underground smart grid is expected to be completed by 2022, saving 120-150 MW of electricity every day and solving the long-standing issues of power theft and technical faults. A software-based technology will be used to replace manual maintenance in all low-transmission (LT) lines that will be located underground. The underground placement of the lines will potentially curb pilferage and theft that has been impairing power supply by almost 20%. The incidence provides apt evidence that India smart grid market is poised for a bright future.
Smart grids add monitoring, control, analysis and communication capabilities to electrical delivery system while reducing energy consumption. Utilities also benefit from smart grids as it allows them to move electricity around the system more economically and efficiently. Smart grids are also positioned to take advantage of new technologies such as hybrid electric vehicles, smart metering, distribution automation and solar energy. As governments look to optimize the operation of the entire electrical grid, increased smart grid deployment will be witnessed across the globe. As per reliable estimates, smart grid market is anticipated to surpass $70 billion by 2024.
Author Name : Paroma Bhattacharya
Unveiling industrial Control Systems (ICS) security market outlook from a competitive angle, global industry to register 20% CAGR over 2018-2024
Industrial control systems (ICS) security market, tagged as one of the most revolutionary verticals of the smart & sustainable technologies space, has garnered massive remuneration in the recent years, given the increasing demand for network connectivity to support critical infrastructure. Industrial automation and digitization trends have practically computerized most of the machinery and engineering components that have undeniably changed the way operations are now performed but have however increased attack surface areas. Reports in fact claim that the industrial sector witnessed a significant increase in the number of vulnerabilities in ICS between the years 2015 and 2017. It has been estimated that the number of vulnerabilities reported by major companies offering ICS solutions were 115 in 2016 and the number rose to over 197 in 2017.
North America Industrial Control Systems (ICS) Security Market Size, By Security Type, 2017 & 2024 (USD Million)
The growth in the ICS security industry can be attributed to these rising malware attacks that generally drain the bank accounts, steal identities, and blackmail organizations to bring services to a halt. A significant instance is that of the NotPetya ransomware that shut down several industrial IT networks across the U.S. and Europe. The gigantic outbreak resulted in losses of thousands of millions of dollars for large enterprises, from pharmaceutical company Merck to shipping firm Maersk. WannaCry was another popular ransomware that caused enormous damage, however it was later realized that this unsophisticated attack could have been easily prevented by following the basic IT security practices.
The robust prevalence of incidences similar to the aforementioned has served as a pivotal driver for ICS security market. Owing to these constantly evolving cyberattacks that are becoming more commonplace, security concerns have grown considerably in recent times, resulting into robust demand for ICS security solutions. Speaking of the growth in the commercialization potential, reports claim that the industrial control systems security market bagged USD 1.5 billion for the year 2017 and is expected to thrive further with industry players focusing on strategic collaborations and product innovation trends.
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Kepware’s latest release of the KEPServerEX® version 6.5 industrial connectivity platform, in this regard is quite an example of the rising product innovation & diversification trends in the industrial control systems security market. The company’s new product launch demonstrates its commitment to ICS security and its word in providing customers with best tools and services that support defense-in-depth programs. According to reports, the 6.5 version, which existing users can now avail for free, includes features such as enhanced password configuration, greater project file protection, comprehensive secure deployment guidelines, and other updated security components. Kepware, a business arm of PTC, also claims that it will introduce a Shared Responsibility Model that will enable the company to work together with its customers and address security issues experienced by industrial organizations of all sizes.
Industry experts speculate that in today’s security landscape, the real pressure on all the industrial enterprises is to secure their operational networks. And Kepware’s commitment in adding new security features and maintaining up-to-date components that would help customers reduce exposure to cyber-attacks and vulnerabilities will in turn strengthen its footprints in the competitive landscape of the global ICS security industry.
The partnership between Rockwell Automation and Claroty is another fine instance that portrays how leading industrial control systems security market players are constantly expanding their reach through such strategic collaborations. The partnership between the two is expected to develop a purpose-built anomaly detection software for the industrial network security.
Numerous other leading ICS security industry players like Cisco, Honeywell, IBM, Schneider Electric, and GE Digital are also expected to keep pace with the changing dynamics of cyberattacks while ensuring the delivery of comprehensive security solutions. On grounds of these efforts being undertaken by the industry players to innovate advanced & efficient products, industrial control systems security market is certain to tread along a lucrative roadmap in the years ahead. As per Global Market Insights, Inc., the overall industrial control systems security market size has been forecast to be pegged at USD 7 billion by 2024.
Author Name : Ojaswita Kutepatil
A competitive overview of green data center market: heavy investments in green infrastructure development to augment the industry expansion over 2018-2024
Green data center market is gaining immense popularity lately with the rise in concerns about the increasing energy costs impacting operational and economic efficiency. Most companies are presently implementing strategies to improve cooling and power infrastructure which is one of the vital factors influencing organizational performance, reliability, and serviceability. The shifting trends toward the deployment of green data centers for storing, managing, and distributing information have helped many software companies reduce energy consumption as well as the total energy cost. In fact, energy conscious companies are heavily investing in development of these centers for regaining cooling and power capacities, thereby providing impetus to green data center industry share.
Germany green data center market size, by solution, 2017 & 2024 (USD Million)
Though expensive, considering the long-term benefits of this technology, numerous companies ranging from internet giants to automotive biggies and manufacturing firms to software companies have been involved in green data center infrastructure development. The paragraphs below succinctly elaborate the contribution of myriad companies propelling efficient data center industry share.
In 2018, the leading industry behemoth, Siemens signed a deal with the Irish renewable energy contributor, CES Energy for providing on-site electrical generation services for data centers of various technology multinationals located in Ireland. This on-site energy generation is touted to be rather beneficial for data centers in terms of reducing carbon footprints and energy costs, in addition to helping them meet their data center timeframes with the supply of reliable power. The incidence validates that the availability of renewable energy facilities ensuring on-site generation assistance for achieving emission targets will prove to be a key factor reducing the carbon emissions across Ireland, strengthening green data center market trends.
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Ireland seems to be an ideal location for the establishment of data centers pertaining to climatic conditions, on the grounds of which green data center industry players have been focusing on facility expansion across the nation. Taking into account the shifting focus of technology companies, the regional government is striving to establish Ireland as the European data capital. A few months earlier, the renowned e-commerce contributor, Amazon received approval from the Ireland government to construct a new data center facility in Dublin. The government provided land of 223,000 square feet for the center and an investment of EUR 200 million, with the help of which Amazon plans to establish seven data centers. The implementation of high-profile projects such as the aforementioned is certain to propel Ireland effective data center market.
Presently, many tech giants are looking forward to investing in data center infrastructure development across well-established industrial parks. Through this business expansion strategy, these companies plan to facilitate most of the energy so generated for enhancing operational efficiency. Validating the aforementioned fact, recently, social media giant, Facebook made it to the headlines for planning to invest USD 750 million to develop a data center facility in Huntsville based in Alabama after receiving approval from the local officials. In order to supply power to this facility, Facebook plans to use 100% energy from renewables. The company’s strategy is certain to help Alabama achieve economy benefits, as it is touted to receive about USD 300 million in new tax revenue from Facebook’s future data center over the coming 30 years. It is thus overt that massive investments in renewable data center facilities are likely to impel green data center market size across several geographies.
In addition to already established behemoths like Google and Facebook, many start-up companies are also entering green data center market. For instance, the U.S.-Norwegian start-up company, Kolos is planning to build the world’s largest data center in Northern Norway that will apparently use local hydropower and chilled air for minimizing energy costs. In order to develop this 600,000 sq/m, four-storey green data center building, Kolos has raised funds from the U.S. investment bank and several Norwegian investors. The start-up company declared that this project will be one of the world’s largest green data center as this plant will receive all the required energy from wind and hydropower, which will reduce energy costs by 60% and provide cost-effective benefits to customers.
The increasing awareness regarding green energy among the regulatory bodies of various topographies is certainly a pivotal factor driving green data center market share. In fact, most of the European countries have already implemented strict regulatory norms to encourage the adoption of renewable energy facilities. In this regard, myriad technology contributors have also started deploying renewable energy powered data centers, which has considerably pushed product demand. The continuous investments in facility expansions for achieving higher working efficiency with the reduction of overall operational cost is likely to boost green data center industry share. For the record, by the end of 2024, green data center market will collect a revenue of USD 25 billion.
Author Name : Sunil Hebbalkar