Modular Edge-connected data centers

Modular Edge-connected data centers
— Smart solutions for Modular Edge-connected data centers

Space Saving Modular Edge-connected data centers Background Most of the modular edge connected data centers are placed in the urban areas, close to the end users About 3% of the earth's surface is covered by urban areas and it is predicted that the percentage of people living there will increase from 55% today to 68% in 2050 This is why the space occupied by data centers is becoming crucial What about power distribution equipment inside? This takes up to 35% of the space inside a data center Number of people living in urban areas 0.7B in 1950 3.9B in 2014 6.4B in 2050 HOME

Space Saving Modular Edge-connected data centers Background Most of the modular edge connected data centers are placed in the urban areas, close to the end users About 3% of the earth's surface is covered by urban areas and it is predicted that the percentage of people living there will increase from 55% today to 68% in 2050 This is why the space occupied by data centers is becoming crucial What about power distribution equipment inside? This takes up to 35% of the space inside a data center Percent of the Earth’s surface covered by urban areas 3% Earth’s Surface Number of people living in urban areas 55% in 2018 68% in 2050 Space is becoming crucial HOME

Space Saving Modular Edge-connected data centers Background Most of the modular edge connected data centers are placed in the urban areas, close to the end users About 3% of the earth's surface is covered by urban areas and it is predicted that the percentage of people living there will increase from 55% today to 68% in 2050 This is why the space occupied by data centers is becoming crucial What about power distribution equipment inside? This takes up to 35% of the space inside a data center What about power distribution equipment? 35% Up to of space is occupied by power distribution equipment HOME

Space Saving Modular Edge-connected data centers 25% ABB solution ABB offers the solution of reducing component size by 25%, switchboard size by 30%–50% and UPS by 25% This results in up to 40% footprint reduction of distribution equipment ABB solution Component size reduction 30-50% Switchboard size reduction 25% UPS size reduction 40% 40% Footprint reduction of distribution equipment Up to HOME

Modularity/Flexibility
Modular Edge-connected data centers Background In the past, it used to take months to build a data center Today building a data center takes around 6-9 months Still, only 60% of the projects are finished on budget and only 35% are finished on time In the next 3 years, an average of 12.8 data centers per organization will be renovated From the complete data center infrastructure TCO, service represents around 15% Time needed to build a data center 18-24 MONTHS In the past 6-9 MONTHS Today HOME

Modular Edge-connected data centers Background In the past, it used to take months to build a data center Today building a data center takes around 6-9 months Still, only 60% of the projects are finished on budget and only 35% are finished on time In the next 3 years, an average of 12.8 data centers per organization will be renovated From the complete data center infrastructure TCO, service represents around 15% Projects statistics 60 % of projects are finished according to budget 35 % of projects are finished on time HOME

Modular Edge-connected data centers Background In the past, it used to take months to build a data center Today building a data center takes around 6-9 months Still, only 60% of the projects are finished on budget and only 35% are finished on time In the next 3 years, an average of 12.8 data centers per organization will be renovated From the complete data center infrastructure TCO, service represents around 15% Projects statistics 12.8 Datacenters renovated in next 3 years 15 % of data center infrastructure TCO is represented by service HOME

Modular Edge-connected data centers ABB solution ABB high efficient power supply solution are able to decrease power supply ABBs power supply for scalable high-density data centers are designed to save up to 95% of time during the design and up to 35% of time during the installation phase to be placed right on the edge of the network ABB offers service solutions to minimize service time by 50% and with 0 downtime during service operations ABB solution ABB high efficient power supply solution are able to decrease power supply ABBs power supply for scalable high-density data centers are designed to save up to 95% of time during the design and up to 35% of time during the installation phase to be placed right on the edge of the network. Projects statistics 95 % of time saved during the electrical system design 35 % of time saved during installation HOME

Modular Edge-connected data centers ABB solution ABB high efficient power supply solution are able to decrease power supply ABBs power supply for scalable high-density data centers are designed to save up to 95% of time during the design and up to 35% of time during the installation phase to be placed right on the edge of the network. ABB offers service solutions to minimize service time by 50% and with 0 downtime. ABB solution ABB high efficient power supply solution are able to decrease power supply ABBs power supply for scalable high-density data centers are designed to save up to 95% of time during the design and up to 35% of time during the installation phase to be placed right on the edge of the network ABB offers service solutions to minimize service time by 50% and with 0 downtime during service operations Projects statistics 50 % of time saved during services operations downtime during service operations HOME

Continous operations Modular Edge-connected data centers Background Reliability is the most important parameter for data centers and still remains the most critical aspect of each data center. For example 33% of data centers with N+1 architecture have experienced at least one outage per year. Background Reliability is the most important parameter for data centers and still remains the most critical aspect of each data center. For example 33% of data centers with N+1 architecture have experienced at least one outage per year. The cost of the outage has rapidly increased since 2010 with the average cost of USD 505k per an outage to USD 750k in the year 2016, we can expect that in the year 2019 the average cost of an outage will be around USD 900k. 33% of all outages are due to an on-premises power supply failure, which represents the most usual cause of the data center outage. Percent of N+1 architecture data centers experienced an outage 33% per year HOME

Continous operations Modular Edge-connected data centers Background Reliability is the most important parameter for data centers and still remains the most critical aspect of each data center. For example 33% of data centers with N+1 architecture have experienced at least one outage per year. The cost of the outage has rapidly increased since 2010 with the average cost of USD 505k per an outage to USD 750k in the year 2016, we can expect that in the year 2019 the average cost of an outage will be around USD 900k. 33% of all outages are due to an on-premises power supply failure, which represents the most usual cause of the data center outage. Background Reliability is the most important parameter for data centers and still remains the most critical aspect of each data center. For example 33% of data centers with N+1 architecture have experienced at least one outage per year. The cost of the outage has rapidly increased since 2010 with the average cost of USD 505k per an outage to USD 750k in the year 2016, we can expect that in the year 2019 the average cost of an outage will be around USD 900k. 33% of all outages are due to an on-premises power supply failure, which represents the most usual cause of the data center outage. Average cost of unplanned data center outage 505k$ in 2010 690k$ in 2013 750k$ in 2016 We may expect 900k$ in 2019 HOME

Continous operations Modular Edge-connected data centers Background Reliability is the most important parameter for data centers and still remains the most critical aspect of each data center. For example 33% of data centers with N+1 architecture have experienced at least one outage per year. The cost of the outage has rapidly increased since 2010 with the average cost of USD 505k per an outage to USD 750k in the year 2016, we can expect that in the year 2019 the average cost of an outage will be around USD 900k. 33% of all outages are due to an on-premises power supply failure, which represents the most usual cause of the data center outage. Background Reliability is the most important parameter for data centers and still remains the most critical aspect of each data center. For example 33% of data centers with N+1 architecture have experienced at least one outage per year. The cost of the outage has rapidly increased since 2010 with the average cost of USD 505k per an outage to USD 750k in the year 2016, we can expect that in the year 2019 the average cost of an outage will be around USD 900k. 33% of all outages are due to an on-premises power supply failure, which represents the most usual cause of the data center outage. Outage usual cause 33% due to the power on premises supply failure Reliability is the most important parameter for data centers

Continous operations Modular Edge-connected data centers ABB solution For this reason ABB offers unique UPS decentralized parallel architecture, complete and most reliable ATS portfolio, 100% selectivity and predictive maintenance features to allow maximum reliability of the data center power supply. ABB solution For this reason ABB offers unique UPS decentralized parallel architecture, complete and most reliable ATS portfolio, 100% selectivity and predictive maintenance features to allow maximum reliability of the data center power supply. Those solutions allows ABB customers to guarantee 100% uptime to their data center users ABB data center power supply design and products are built according to the highest possible reliability level, ensuring the continuity of service HOME

Continous operations Modular Edge-connected data centers ABB solution For this reason ABB offers unique UPS decentralized parallel architecture, complete and most reliable ATS portfolio, 100% selectivity and predictive maintenance features to allow maximum reliability of the data center power supply. Those solutions allows ABB customers to guarantee 100% uptime to their data center users ABB solution For this reason ABB offers unique UPS decentralized parallel architecture, complete and most reliable ATS portfolio, 100% selectivity and predictive maintenance features to allow maximum reliability of the data center power supply. Those solutions allows ABB customers to guarantee 100% uptime to their data center users 100 % uptime for data center users HOME

Energy Efficiency Modular Edge-connected data centers Background Growth of modern technologies such as IoT, Industry 4.0, Big Data, AI, cloud computing are driving the huge growth of data center industry Number of hyperscale data centers is increasing rapidly, 338 in and it is estimated to reach 628 in 2021 Background Growth of modern technologies such as IoT, Industry 4.0, Big Data, AI, cloud computing are driving the huge growth of data center industry Number of hyperscale data centers is increasing rapidly, 338 in and it is estimated to reach 628 in 2021 The projected growth of the data center segment in the next 5 years is 4% To allow this huge growth of data centers without having a great impact on environment, energy efficiency must increase Data centers are already recognizing this need, which has led to the huge decrease of PUE over the years from 2.5 in 2007 to 1.58 in 2018 There are two main challenges when it comes to the energy efficiency of a data center: to build an energy efficient data center and to be able to maintain or improve data center efficiency over the years. Up to 20% of total electrical energy goes into electrical distribution losses (UPS, cables, transformer…) Global consumption of electrical energy by data centers 338 in 2016 628 by 2021 HOME

Energy Efficiency Modular Edge-connected data centers Background Growth of modern technologies such as IoT, Industry 4.0, Big Data, AI, cloud computing are driving the huge growth of data center industry Number of hyperscale data centers is increasing rapidly, 338 in and it is estimated to reach 628 in 2021 The projected growth of the data center segment in the next 5 years is 4% To allow this huge growth of data centers without having a great impact on environment, energy efficiency must increase Data centers are already recognizing this need, which has led to the huge decrease of PUE over the years from 2.5 in 2007 to 1.58 in 2018 There are two main challenges when it comes to the energy efficiency of a data center: to build an energy efficient data center and to be able to maintain or improve data center efficiency over the years. Up to 20% of total electrical energy goes into electrical distribution losses (UPS, cables, transformer…) Data Canter growth 4% in 5 years ( ) To allow the huge growth of data centers without having a grate impact on environment, energy efficiency must increase HOME

Energy Efficiency Modular Edge-connected data centers Background Growth of modern technologies such as IoT, Industry 4.0, Big Data, AI, cloud computing are driving the huge growth of data center industry Number of hyperscale data centers is increasing rapidly, 338 in and it is estimated to reach 628 in 2021 The projected growth of the data center segment in the next 5 years is 4% To allow this huge growth of data centers without having a great impact on environment, energy efficiency must increase Data centers are already recognizing this need, which has led to the huge decrease of PUE over the years from 2.5 in 2007 to 1.58 in 2018 There are two main challenges when it comes to the energy efficiency of a data center: to build an energy efficient data center and to be able to maintain or improve data center efficiency over the years. Up to 20% of total electrical energy goes into electrical distribution losses (UPS, cables, transformer…) PUE trend 2.5 in 2007 1.6 in 2018 HOME

Energy Efficiency Modular Edge-connected data centers Up to 20% of total electrical energy goes to distribution losses (UPS, cables, transformer…) Background Growth of modern technologies such as IoT, Industry 4.0, Big Data, AI, cloud computing are driving the huge growth of data center industry Number of hyperscale data centers is increasing rapidly, 338 in and it is estimated to reach 628 in 2021 The projected growth of the data center segment in the next 5 years is 4% To allow this huge growth of data centers without having a great impact on environment, energy efficiency must increase Data centers are already recognizing this need, which has led to the huge decrease of PUE over the years from 2.5 in 2007 to 1.58 in 2018 There are two main challenges when it comes to the energy efficiency of a data center: to build an energy efficient data center and to be able to maintain or improve data center efficiency over the years. Up to 20% of total electrical energy goes into electrical distribution losses (UPS, cables, transformer…) HOME

Modular edge connected data centers
Energy Efficiency Modular edge connected data centers Reduce down to 5% electrical distribution losses ABB solution ABB high efficient power distribution solution is able to decrease distribution losses down to 5% ABB solution ABB high efficient power distribution solution is able to decrease distribution losses down to 5% ABB’s devices with embedded meters allow ease of implementation of 1% accuracy measurements and monitoring on all data center levels to ensure energy efficiency improvements based on accurate and detailed information 97,4% UPS efficiency on a system level HOME

Modular edge connected data centers
Energy Efficiency Modular edge connected data centers 1% accuracy measurements and monitoring on all data center levels ABB solution ABB high efficient power distribution solution is able to decrease distribution losses down to 5% ABB’s devices with embedded meters allow ease of implementation of 1% accuracy measurements and monitoring on all data center levels to ensure energy efficiency improvements based on accurate and detailed information ABB solution ABB high efficient power distribution solution is able to decrease distribution losses down to 5% ABB’s devices with embedded meters allow ease of implementation of 1% accuracy measurements and monitoring on all data center levels to ensure energy efficiency improvements based on accurate and detailed information HOME

Modular Edge-connected data centers

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