With the ubiquity of digital services, the demand for data centers has exploded. Many regions are worried about them ruining their landscapes, sapping all their power and creating ghost towns that are only for machines.
Sustainable Times Issue 5
The need to economise meant that managers were more
open to waste reduction initiatives and technologies, such as virtualisation, smart printing and video conferencing. At the same time, manufacturers of business equipment continued to improve the energy efficiency of their devices.
BIS Research conducted a webinar on Carbon Neutral Data Center PracticesBIS Research Inc.
Agenda:
To evaluate various emerging trends in Data center industry.
To analyze the initiatives taken and regulations implemented to increase sustainable practices.
To analyze the various types of technologies currently deployed.
To evaluate the major players in the ecosystem.
Speaker Profiles:
Name: JD Enright, Sr.
Designation: Chief Operating Officer
Company: TMGcore Inc.
Experienced and dedicated business professional with 29 years working with DOD, Multinational Private and Public sector organizations. Primary focus on developing and executing Strategic Step-Up Growth initiatives in Emerging Markets, and Technologies. Specialized leadership in developing improved business operations to include Financial and Operational efficiencies. Implementation of next generation HPC Platforms, Global Blockchain Development Strategies, Biotechnology, Viral Cell and Gene Therapies and Market Intelligence Assimilation for public applications.
The document discusses the concept of establishing a zero carbon data center in British Columbia to reduce computing infrastructure's carbon footprint. It proposes locating the data center near green power sources using BCNET's advanced network, and connecting universities to reduce their carbon emissions. A zero carbon data center would be entirely self-sufficient through on-site energy production and reduce greenhouse gas emissions. The data center could utilize a modular design for efficient expansion as demand increases.
Verne Global was founded in Iceland to take advantage of the country's cheap, renewable energy and cool climate for data centers. This allowed Verne to offer lower costs than competitors in major cities. Some of Verne's key advantages included 99% renewable energy in Iceland, free cooling technology, and a skilled local workforce. However, potential customers had concerns like Iceland's economic crisis, bandwidth, earthquakes, and moving operations abroad. Verne's carbon strategy and long-term energy contracts helped address these concerns and provide a competitive edge over traditional data center providers.
Sustainable Times Issue 7
According to Kyocera’s latest Sustainability survey, office
workers printed 40% fewer pages last year – the first fall
since the survey began in 2007. This is impressive, but not
unexpected: indeed, it’s more surprising that this is the first time a fall has been registered.
Sustainable Building Design Lecture: Technical Aspects 2015, Aalto University...Ken Dooley
1. The document discusses technical aspects of sustainability in the built environment, including passive design strategies like daylighting and natural ventilation to reduce energy usage.
2. It also covers active systems like smart buildings that can optimize energy generation and usage through automation, demand response, and renewable energy integration.
3. Life cycle cost analyses and life cycle assessments are presented as tools to evaluate the long-term economic and environmental impacts of different building design and technology choices.
The world’s first climate positive data center is built in Sweden_FINALDerek Webster
The world's first climate positive data center is being built in Falun, Sweden. EcoDataCenter will source electricity solely from renewable sources like solar and wind, and excess heat from servers will warm nearby buildings through district heating. This integration means the data center will have a negative carbon footprint annually. EcoDataCenter aims for the highest security and availability standards, and will reuse waste energy through connections to the local energy system, making it the world's most sustainable and efficient data center.
This document discusses how information and communication technology (ICT) accounts for approximately 2% of global carbon dioxide emissions and how the carbon footprint of the ICT sector is projected to double by 2020. It then provides various ways for businesses to adopt green IT technologies like server virtualization, cloud computing, desktop virtualization, cloud data backup and disaster recovery to reduce costs and carbon footprint by increasing efficiency and replacing physical infrastructure with virtual solutions.
Sustainable Times Issue 5
The need to economise meant that managers were more
open to waste reduction initiatives and technologies, such as virtualisation, smart printing and video conferencing. At the same time, manufacturers of business equipment continued to improve the energy efficiency of their devices.
BIS Research conducted a webinar on Carbon Neutral Data Center PracticesBIS Research Inc.
Agenda:
To evaluate various emerging trends in Data center industry.
To analyze the initiatives taken and regulations implemented to increase sustainable practices.
To analyze the various types of technologies currently deployed.
To evaluate the major players in the ecosystem.
Speaker Profiles:
Name: JD Enright, Sr.
Designation: Chief Operating Officer
Company: TMGcore Inc.
Experienced and dedicated business professional with 29 years working with DOD, Multinational Private and Public sector organizations. Primary focus on developing and executing Strategic Step-Up Growth initiatives in Emerging Markets, and Technologies. Specialized leadership in developing improved business operations to include Financial and Operational efficiencies. Implementation of next generation HPC Platforms, Global Blockchain Development Strategies, Biotechnology, Viral Cell and Gene Therapies and Market Intelligence Assimilation for public applications.
The document discusses the concept of establishing a zero carbon data center in British Columbia to reduce computing infrastructure's carbon footprint. It proposes locating the data center near green power sources using BCNET's advanced network, and connecting universities to reduce their carbon emissions. A zero carbon data center would be entirely self-sufficient through on-site energy production and reduce greenhouse gas emissions. The data center could utilize a modular design for efficient expansion as demand increases.
Verne Global was founded in Iceland to take advantage of the country's cheap, renewable energy and cool climate for data centers. This allowed Verne to offer lower costs than competitors in major cities. Some of Verne's key advantages included 99% renewable energy in Iceland, free cooling technology, and a skilled local workforce. However, potential customers had concerns like Iceland's economic crisis, bandwidth, earthquakes, and moving operations abroad. Verne's carbon strategy and long-term energy contracts helped address these concerns and provide a competitive edge over traditional data center providers.
Sustainable Times Issue 7
According to Kyocera’s latest Sustainability survey, office
workers printed 40% fewer pages last year – the first fall
since the survey began in 2007. This is impressive, but not
unexpected: indeed, it’s more surprising that this is the first time a fall has been registered.
Sustainable Building Design Lecture: Technical Aspects 2015, Aalto University...Ken Dooley
1. The document discusses technical aspects of sustainability in the built environment, including passive design strategies like daylighting and natural ventilation to reduce energy usage.
2. It also covers active systems like smart buildings that can optimize energy generation and usage through automation, demand response, and renewable energy integration.
3. Life cycle cost analyses and life cycle assessments are presented as tools to evaluate the long-term economic and environmental impacts of different building design and technology choices.
The world’s first climate positive data center is built in Sweden_FINALDerek Webster
The world's first climate positive data center is being built in Falun, Sweden. EcoDataCenter will source electricity solely from renewable sources like solar and wind, and excess heat from servers will warm nearby buildings through district heating. This integration means the data center will have a negative carbon footprint annually. EcoDataCenter aims for the highest security and availability standards, and will reuse waste energy through connections to the local energy system, making it the world's most sustainable and efficient data center.
This document discusses how information and communication technology (ICT) accounts for approximately 2% of global carbon dioxide emissions and how the carbon footprint of the ICT sector is projected to double by 2020. It then provides various ways for businesses to adopt green IT technologies like server virtualization, cloud computing, desktop virtualization, cloud data backup and disaster recovery to reduce costs and carbon footprint by increasing efficiency and replacing physical infrastructure with virtual solutions.
The document discusses several projects from the JISC Greening ICT Programme meeting in March 2011. It summarizes multiple research and technical innovation projects aimed at reducing the environmental impact of information and communication technologies. Projects focused on areas like virtual conferencing to reduce travel, monitoring energy usage of data centers and computing resources, and developing applications and tools to engage users in reducing energy consumption.
This chapter discusses approaches to green computing, including virtualization, server virtualization and consolidation, storage consolidation, and desktop virtualization. These approaches improve cost and energy efficiency through optimized use of computing and storage capacity, electricity, cooling, and real estate. Moving to thin clients and virtual desktops reduces energy consumption compared to traditional desktop computers. Server room upgrades are also discussed to improve cooling/ventilation systems and increase capacity for virtualized servers.
Improved performance through carbon aware green cloud policyIjrdt Journal
Cloud computing and Green computing are two most emergent areas in information communication technology (ICT) with immense applications in the entire globe. Due to tremendous improvements in computer networks, the people prefer the Network-based computing instead of doing something in an in-house based computing. In any business sectors, daily business and individual computing are now migrating from individual hard drives to internet servers. Therefore more and more companies are investing in building large datacenters to host Cloud services. These datacenters not only consume huge amount of energy but are also very complex in the infrastructure itself. Certain studies propose to make these datacenters energy efficient by using technologies such as virtualization and consolidation. These solutions are mostly cost driven and thus, do not directly address the critical impact on the environmental sustainability in terms of CO2 emissions. Hence, in this work, we propose a user-oriented Cloud architectural framework, i.e. Carbon Aware Green Cloud Architecture, which addresses this environmental problem from the overall usage of Cloud Computing resources.
Asperitas CEO Rolf Brink presented a vision on the datacentre of the future including innovative datacentre design concepts during the Datacentre Transformation event in Manchester on the 11th of July 2017.
Sustainable Times Issue 10
A US study found that running a computer application in the cloud is generally more energy and carbon efficient than a server room, but that it was not a foregone conclusion and there were a number of factors that could influence overall energy and carbon efficiency.
The Cortana Intelligence Suite provides tools for analyzing data from IoT devices, sensors, and operational systems to help optimize energy usage and production. It offers machine learning, analytics, and predictive capabilities through an integrated set of services that can be easily deployed and scaled on Microsoft's cloud platform. This allows energy companies to gain insights from their data to improve demand forecasting, asset management, and other functions without upfront costs or maintaining their own IT infrastructure.
Through innovations in renewable energy production and energy storage, grid infrastructure, and IoT solutions for resource management, Dutch cleantech innovators have made significant strides in carbon footprint reduction and creation of more sustainable living and working environments. Meet the 11 Dutch Cleantech companies joining the digital trade mission to Boston in 2020.
Wallonia Meets Energy Campus Nürnberg | LLN - 09 décembre 2019Cluster TWEED
Présentations effectuées lors d'un événement de rencontre 'Wallonia Meets Energy Campus Nürnberg', le 9 décembre 2019.
L'Energy Campus de Nuremberg constitute un centre de R&I actif au niveau des technologies de l'ensemble du système énergétique, et est connecté au secteur industriel de Nuremberg/Bavière.
This document discusses green cloud computing. It begins by defining cloud computing and green computing, noting that cloud computing requires large data centers that consume significant energy. It then discusses how green cloud computing aims to reduce this energy usage through techniques like server virtualization and energy-aware resource allocation. Specific strategies that cloud providers and data centers are taking to improve energy efficiency are also summarized, such as geographic placement of data centers and measures to optimize cooling.
Energy Storage Solutions for an Intelligent Future - Christian Boysen, Cluste...Invest Northern Ireland
The Lean Energy Cluster is a Danish cleantech cluster established in 2006 focusing on energy efficiency and intelligent energy systems. It includes over 250 members and has a project portfolio of over DKK 450 million. The cluster provides services like collaborative platforms, export support, and facilitating innovation projects between triple helix stakeholders. Some example projects are developing electrically powered heavy vehicles and intelligent control systems for supermarket cooling. The cluster is working to develop Smart Energy Systems, which optimize energy supply, distribution, and demand across sectors through increased intelligence, integration, and planning. Key steps include the CITIES project analyzing integrated urban energy systems and developing underground pumped hydro storage as an energy storage solution for Denmark.
The document discusses the next wave of green IT and making data centers more energy efficient. It notes that data center energy costs are significant and that McKinsey predicts data centers will produce more greenhouse gases than airlines by 2020. It provides best practices for building sustainable green data centers, including exploiting virtualization, improving server utilization rates, and designing efficient cooling systems.
Prime energyit procurement_case_studies_compilation_onlinekotatsu
The municipality of Marburg in Germany invested in a new highly efficient cooling system for their server room to reduce energy costs. The new system uses combined heat and power (CHP) and cooling to provide electricity and cooling for the servers. This integrated energy solution saves over 70% of the server room's total energy usage, reducing energy costs by up to €15,000 per year. The procurement criteria focused on reliability, energy efficiency, and cost effectiveness to find the optimal ecological and economic solution.
The Edge is an office building in Amsterdam that sets new standards for sustainability and flexibility. It achieves net-negative energy consumption through efficient design like solar panels and LED lighting. Sensors throughout the building connect systems to optimize efficiency and user experience, like guiding cleaning staff. The building encourages interaction and productivity through its open layout while maintaining individual workspaces. It demonstrates how smart design can reduce costs and environmental impact while improving workplace satisfaction.
Climate change will have a big impact on how we carry out big science. Remote instrumentation to access instruments located at renewable energy sites will be critical
This document summarizes a workshop on applying for funding under the Horizon 2020 program. It discusses the goals of strengthening participation in energy research, development, and innovation. Key services provided by the NICP Energy network are described, including improving knowledge of funding opportunities and supporting proposal development. An overview of the Horizon 2020 application process is given. Several example funded projects involving Northern Ireland partners are summarized, covering areas like renewable energy, energy storage, and waste recycling. [/SUMMARY]
The document discusses the threats of climate change and outlines proposals for a $3 million Green IT pilot project by CANARIE. It provides background on climate forecasts, the impact of ICT on carbon emissions and energy use, and the potential for ICT to enable significant reductions of carbon emissions in other sectors. Initial proposals are outlined from various researchers interested in collaborating to test relocating computing infrastructure to zero-carbon data centers powered by renewable energy. Key aspects to address include the technical viability, business case, and process for validating carbon offsets.
The document discusses green computing, which aims to reduce the environmental impact of technology. It covers the history and significance of green computing, including how IT contributes to carbon emissions. Methodologies like virtualization, power management, and using renewable energy are described. A three-tier architecture is presented involving hardware, operating systems, and applications. Examples of green computing applications and devices are provided. The future of green computing is addressed, along with its advantages such as energy savings and environmental friendliness.
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The document discusses several projects from the JISC Greening ICT Programme meeting in March 2011. It summarizes multiple research and technical innovation projects aimed at reducing the environmental impact of information and communication technologies. Projects focused on areas like virtual conferencing to reduce travel, monitoring energy usage of data centers and computing resources, and developing applications and tools to engage users in reducing energy consumption.
This chapter discusses approaches to green computing, including virtualization, server virtualization and consolidation, storage consolidation, and desktop virtualization. These approaches improve cost and energy efficiency through optimized use of computing and storage capacity, electricity, cooling, and real estate. Moving to thin clients and virtual desktops reduces energy consumption compared to traditional desktop computers. Server room upgrades are also discussed to improve cooling/ventilation systems and increase capacity for virtualized servers.
Improved performance through carbon aware green cloud policyIjrdt Journal
Cloud computing and Green computing are two most emergent areas in information communication technology (ICT) with immense applications in the entire globe. Due to tremendous improvements in computer networks, the people prefer the Network-based computing instead of doing something in an in-house based computing. In any business sectors, daily business and individual computing are now migrating from individual hard drives to internet servers. Therefore more and more companies are investing in building large datacenters to host Cloud services. These datacenters not only consume huge amount of energy but are also very complex in the infrastructure itself. Certain studies propose to make these datacenters energy efficient by using technologies such as virtualization and consolidation. These solutions are mostly cost driven and thus, do not directly address the critical impact on the environmental sustainability in terms of CO2 emissions. Hence, in this work, we propose a user-oriented Cloud architectural framework, i.e. Carbon Aware Green Cloud Architecture, which addresses this environmental problem from the overall usage of Cloud Computing resources.
Asperitas CEO Rolf Brink presented a vision on the datacentre of the future including innovative datacentre design concepts during the Datacentre Transformation event in Manchester on the 11th of July 2017.
Sustainable Times Issue 10
A US study found that running a computer application in the cloud is generally more energy and carbon efficient than a server room, but that it was not a foregone conclusion and there were a number of factors that could influence overall energy and carbon efficiency.
The Cortana Intelligence Suite provides tools for analyzing data from IoT devices, sensors, and operational systems to help optimize energy usage and production. It offers machine learning, analytics, and predictive capabilities through an integrated set of services that can be easily deployed and scaled on Microsoft's cloud platform. This allows energy companies to gain insights from their data to improve demand forecasting, asset management, and other functions without upfront costs or maintaining their own IT infrastructure.
Through innovations in renewable energy production and energy storage, grid infrastructure, and IoT solutions for resource management, Dutch cleantech innovators have made significant strides in carbon footprint reduction and creation of more sustainable living and working environments. Meet the 11 Dutch Cleantech companies joining the digital trade mission to Boston in 2020.
Wallonia Meets Energy Campus Nürnberg | LLN - 09 décembre 2019Cluster TWEED
Présentations effectuées lors d'un événement de rencontre 'Wallonia Meets Energy Campus Nürnberg', le 9 décembre 2019.
L'Energy Campus de Nuremberg constitute un centre de R&I actif au niveau des technologies de l'ensemble du système énergétique, et est connecté au secteur industriel de Nuremberg/Bavière.
This document discusses green cloud computing. It begins by defining cloud computing and green computing, noting that cloud computing requires large data centers that consume significant energy. It then discusses how green cloud computing aims to reduce this energy usage through techniques like server virtualization and energy-aware resource allocation. Specific strategies that cloud providers and data centers are taking to improve energy efficiency are also summarized, such as geographic placement of data centers and measures to optimize cooling.
Energy Storage Solutions for an Intelligent Future - Christian Boysen, Cluste...Invest Northern Ireland
The Lean Energy Cluster is a Danish cleantech cluster established in 2006 focusing on energy efficiency and intelligent energy systems. It includes over 250 members and has a project portfolio of over DKK 450 million. The cluster provides services like collaborative platforms, export support, and facilitating innovation projects between triple helix stakeholders. Some example projects are developing electrically powered heavy vehicles and intelligent control systems for supermarket cooling. The cluster is working to develop Smart Energy Systems, which optimize energy supply, distribution, and demand across sectors through increased intelligence, integration, and planning. Key steps include the CITIES project analyzing integrated urban energy systems and developing underground pumped hydro storage as an energy storage solution for Denmark.
The document discusses the next wave of green IT and making data centers more energy efficient. It notes that data center energy costs are significant and that McKinsey predicts data centers will produce more greenhouse gases than airlines by 2020. It provides best practices for building sustainable green data centers, including exploiting virtualization, improving server utilization rates, and designing efficient cooling systems.
Prime energyit procurement_case_studies_compilation_onlinekotatsu
The municipality of Marburg in Germany invested in a new highly efficient cooling system for their server room to reduce energy costs. The new system uses combined heat and power (CHP) and cooling to provide electricity and cooling for the servers. This integrated energy solution saves over 70% of the server room's total energy usage, reducing energy costs by up to €15,000 per year. The procurement criteria focused on reliability, energy efficiency, and cost effectiveness to find the optimal ecological and economic solution.
The Edge is an office building in Amsterdam that sets new standards for sustainability and flexibility. It achieves net-negative energy consumption through efficient design like solar panels and LED lighting. Sensors throughout the building connect systems to optimize efficiency and user experience, like guiding cleaning staff. The building encourages interaction and productivity through its open layout while maintaining individual workspaces. It demonstrates how smart design can reduce costs and environmental impact while improving workplace satisfaction.
Climate change will have a big impact on how we carry out big science. Remote instrumentation to access instruments located at renewable energy sites will be critical
This document summarizes a workshop on applying for funding under the Horizon 2020 program. It discusses the goals of strengthening participation in energy research, development, and innovation. Key services provided by the NICP Energy network are described, including improving knowledge of funding opportunities and supporting proposal development. An overview of the Horizon 2020 application process is given. Several example funded projects involving Northern Ireland partners are summarized, covering areas like renewable energy, energy storage, and waste recycling. [/SUMMARY]
The document discusses the threats of climate change and outlines proposals for a $3 million Green IT pilot project by CANARIE. It provides background on climate forecasts, the impact of ICT on carbon emissions and energy use, and the potential for ICT to enable significant reductions of carbon emissions in other sectors. Initial proposals are outlined from various researchers interested in collaborating to test relocating computing infrastructure to zero-carbon data centers powered by renewable energy. Key aspects to address include the technical viability, business case, and process for validating carbon offsets.
The document discusses green computing, which aims to reduce the environmental impact of technology. It covers the history and significance of green computing, including how IT contributes to carbon emissions. Methodologies like virtualization, power management, and using renewable energy are described. A three-tier architecture is presented involving hardware, operating systems, and applications. Examples of green computing applications and devices are provided. The future of green computing is addressed, along with its advantages such as energy savings and environmental friendliness.
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3 Simple Steps To Buy Verified Payoneer Account In 2024SEOSMMEARTH
Buy Verified Payoneer Account: Quick and Secure Way to Receive Payments
Buy Verified Payoneer Account With 100% secure documents, [ USA, UK, CA ]. Are you looking for a reliable and safe way to receive payments online? Then you need buy verified Payoneer account ! Payoneer is a global payment platform that allows businesses and individuals to send and receive money in over 200 countries.
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This compilation is ideal for anyone looking to enhance their understanding of innovation management and drive meaningful change within their organization. Whether you aim to improve product development processes, enhance customer experiences, or drive digital transformation, these frameworks offer valuable insights and tools to help you achieve your goals.
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15. TRIZ Problem-Solving Framework
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2. With the ubiquity of digital services, the
demand for data centers has exploded.
Many regions are worried about them
ruining their landscapes, sapping all
their power and creating ghost towns
that are only for machines.
TRENDS
22//04.
THE
NEXT
DATA
CENTER
3. Using the wasted heat from a data center is increasingly under
scrutiny. NorthC, a CoLocation provider in the Netherlands,
has delivered a district heating system that supplies warm
water to a school, plant nursery and swimming pool.
Developing the Aalsmeer Energy Hub was an important way
to demonstrate value to the municipality more widely.
In fact, to get planning permission, cities are now asking data
center providers ”what can you do for me?”. In Switzerland,
GIB-Services have also heated a swimming pool from the
wasted heat of their underground facility, and in Finland, a
similar system will provide heating for up to 4,000 homes.
Warm + Welcoming
TRENDS
22//04.
What’s going on?
5. 02
01 03
Rinse &
Repeat
Swoop to
Sustain
Better, Faster,
Stronger
Create and implement a
template to standardize your
design. Go modular to scale.
Use architectural design to
humanize in the community.
Embed sustainable onsite
power generation with links
to a green grid. Use HVAC
analytics to optimize current
operations and reduce
carbon expenditure.
Reduce your time to market
with deep delivery
experience, digital PM tools
and a blended global
workforce for round-the-
clock delivery. Use robust and
varied cost benchmarks to
ensure value.
TRENDS
22//04.
Arcadis recommends.