In October 2013 started the project RenewIT, which is funded for three years by the European Union. It explores how data centres can be designed and operated in compliance with a more efficient use of renewable energy.
In addition to partners from Spain, Italy, Great Britain and the Netherlands also the Professorship Technical Thermodynamics of Technische Universität Chemnitz is involved.
"We are focused on cooling techniques and renewable energy sources. The power supply systems shall be designed and simulated for different locations in Europe," said PD Dr. Thorsten Urbaneck Head of `Thermal Energy Storage´ at the Professorship Technical Thermodynamics.
“Currently, only a minority of European datacentres derive energy from renewable sources. Of those that do, the motivation is usually to gain positive publicity or curry favour with regulators rather than for purely commercial reasons,” said Andrew Donoghue of 451 Research and project spokesperson.
The RenewIT project, co-funded by the EU with a budget of 3.6 million Euros, will develop tools that will help datacentre operators to develop a more compelling business case for using on-site sources of renewable energy – such as solar, wind and biomass - and renewable cooling including outside air cooling and sea water cooling.
“The main roadblocks to using renewable energy to power datacentres are the perceived costs and the lack of tools to help operators make decisions about renewable energy. This project aims to overcome some of these obstacles by designing tools to evaluate the environmental performance and the share of renewable energy sources in the emerging concept of Net Zero Energy datacentres,” added Dr. Jaume Salom of IREC and RenewIT project coordinator.
The main challenges in using renewable energy for datacentre power are cost, capacity, lack of integration and the unreliability of its implementation. For example, existing datacentre infrastructure is geared to a continuous power flow but renewable sources, such as solar and wind, fluctuate depending on the day, time and the season. The RenewIT project plans to develop tools to help match the intermittent flow of energy from onsite renewables with the applications and workloads being executed by the datacentre.
The RenewIT project will focus on five main outcomes:
The RenewIT Tool: This will be a web-based planning tool to help datacentre owners, operators and design organisations understand the economic, energy and sustainability related costs of building a facility that uses a high-proportion of on-site or grid renewable energy.
Workload management and scheduling: RenewIT consortium partner, Barcelona Supercomputing Centre, will lead efforts in this area, developing algorithms for scheduling workloads within a facility, or between facilities using a monitoring and control platform engineered by Loccioni Group.Develop concepts for integration in datacentres: The team will quantify the benefits of various energy concepts. These concepts will use a holistic approach that integrates various solutions:
Propose new metrics and contribute to standardisation efforts: RenewIT will contribute to the establishment of a standard approach to datacentre energy evaluation, incorporating infrastructure, equipment and IT workload management and renewables. New ways of evaluating load matching - the relationship between loads, the generation of renewable energy and the grid interaction flexibility – will help operators understand how a particular technical solution can meet the needs of the datacentre and the grid.
The project will also tackle the issue of how to better integrate datacentres with smart cities infrastructure by plugging into smart grid and micro grids, as well as strategies such as redirecting waste heat from datacentres to other businesses and residential accommodation.
RenewIT is made up of both commercial and scientific organisations. It is led by not-for-profit energy research centre Catalonia Institute for Energy Research (IREC). The other members are 451 Research, Barcelona Supercomputing Center (BSC), Loccioni Group of Italy, AIGUASOL, Amsterdam-based datacentre design specialist DEERNS, and Technische Universität Chemnitz, Professorship Technical Thermodynamics. The organisations bring a range of expertise to the project including green IT (IREC), renewable energy systems (AIGUASOL) and energy storage (Technische Universität Chemnitz), datacentre monitoring (Loccioni), workload and application energy management (BSC) and energy efficient datacentre design (DEERNS).
RenewIT is one of six projects funded by the EU under its Framework Programme 7 (FP7) initiative. The other projects are DOLFIN, GENiC, GEYSER, GreenDataNet andDC4Cities. The goal of these projects is to develop research and commercial tools to help increase the proportion of renewable energy generated and used by datacentres.
For further information about the involvement of TU Chemnitz, please contact PD Dr. Thorsten Urbaneck, phone 0371 531-32463, e-mail: firstname.lastname@example.org.
Katharina Thehos | Technische Universität Chemnitz
New high energy density automotive battery system from Fraunhofer IISB and international partners
25.08.2015 | Fraunhofer-Gesellschaft
New research may enhance display & LED lighting technology
10.08.2015 | University of Illinois College of Engineering
A University of Oklahoma astrophysicist and his Chinese collaborator have found two supermassive black holes in Markarian 231, the nearest quasar to Earth, using observations from NASA's Hubble Space Telescope.
The discovery of two supermassive black holes--one larger one and a second, smaller one--are evidence of a binary black hole and suggests that supermassive...
A team of European researchers have developed a model to simulate the impact of tsunamis generated by earthquakes and applied it to the Eastern Mediterranean. The results show how tsunami waves could hit and inundate coastal areas in southern Italy and Greece. The study is published today (27 August) in Ocean Science, an open access journal of the European Geosciences Union (EGU).
Though not as frequent as in the Pacific and Indian oceans, tsunamis also occur in the Mediterranean, mainly due to earthquakes generated when the African...
In mountainous regions earthquakes often cause strong landslides, which can be exacerbated by heavy rain. However, after an initial increase, the frequency of these mass wasting events, often enormous and dangerous, declines, in fact independently of meteorological events and aftershocks.
These new findings are presented by a German-Franco-Japanese team of geoscientists in the current issue of the journal Geology, under the lead of the GFZ...
Bacteria do not cease to amaze us with their survival strategies. A research team from the University of Basel's Biozentrum has now discovered how bacteria enter a sleep mode using a so-called FIC toxin. In the current issue of “Cell Reports”, the scientists describe the mechanism of action and also explain why their discovery provides new insights into the evolution of pathogens.
For many poisons there are antidotes which neutralize their toxic effect. Toxin-antitoxin systems in bacteria work in a similar manner: As long as a cell...
It comes when called, bringing care utensils with it and recording how they are used: Fraunhofer IPA is developing an intelligent care cart that provides care staff with physical and informational support in their day-to-day work. The scientists at Fraunhofer IPA have now completed a first prototype. In doing so, they are continuing in their efforts to improve working conditions in the care sector and are developing solutions designed to address the challenges of demographic change.
Technical assistance systems can improve the difficult working conditions in residential nursing homes and hospitals by helping the staff in their work and...
20.08.2015 | Event News
20.08.2015 | Event News
19.08.2015 | Event News
28.08.2015 | Physics and Astronomy
28.08.2015 | Health and Medicine
28.08.2015 | Life Sciences