IES RESEARCH AND DEVELOPMENT - Integrated …€¦ · · 2016-03-30IES RESEARCH AND DEVELOPMENT...
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IES RESEARCH AND DEVELOPMENT www.iesve.com SECTOR: RESEARCH DATE: JANUARY 2016 COUNTRY: GLOBAL
Transcript of IES RESEARCH AND DEVELOPMENT - Integrated …€¦ · · 2016-03-30IES RESEARCH AND DEVELOPMENT...
IES RESEARCH AND DEVELOPMENT
www.iesve.com
SECTOR: RESEARCH DATE: JANUARY 2016 COUNTRY: GLOBAL
IES RESEARCH AND DEVELOPMENTIES is involved in all levels of research with respect to sustainable and environmental design for spaces, buildings, neighbourhoods and cities. Research is both singular and collaborative with a proven track record of working with industrial and academic partners on singular and collaborative research projects.
OUR VISION
SMART CITIES
BUILDING OPERATION
RETROFIT
DESIGN
MASTERPLANNING
To bring design, operation and the smart city together, we are creating decision support tools for city architects and urban planners with respect to how to design their city and its subsystems at any stage of the cities life. This includes tools to inform urban development plans, tools to inform and incentivise the integration of Renewable Energy Technologies and ICT and Control Technologies and tools to optimise an existing cities systems and networks.
KEY POINTS
– Decision Making Tools for City Architects and Urban Planners
– 3D Visual City Simulation Tools
– Sustainable Urban Indicators for Energy Related Decision Making
– Connections with Simulation and Geographical Information & City Databases
– Whole Life Neighbourhood Analysis
At IES, we are constantly pushing the boundaries of design and simulation technology. This includes integration with Building Information Modelling (BIM) and interoperability with other technologies in the design, construction and energy management sectors.
KEY POINTS
– Pushing the boundaries of design and simulation
– BIM & Interoperability
– Better Building Design
– Closing the Gap between Estimated and Actual Energy Consumption
– Optimisation for BREEAM & LEED & high performance buildings
Our research for retrofit design and decision making focuses on how to use simulation to adapt and upgrade existing buildings to be sustainable and energy efficient throughout their lifetime. The aim is to provide tools that will assess the way in which current buildings are operated and help find solutions that will be adaptable over time, as well as for performance contracting.
KEY POINTS
– Retrofit Design & Decision Making
– Predictive Design for Performance Contracting
– SMART Buildings
RETROFIT FOR MANUFACTURING ENVIRONMENT
Further to this, IES is stepping outside the boundaries of just the building and is looking in particular at the manufacturing environment and the interactions between the manufacturing processes and the building environment.
Here our research focuses on how the simulation environment can be exploited to intelligently control the building. This includes investigation into Model Based Control for Fault Detection Identification Analysis, Optimisation of the Building while in use and Predictive Control based on future weather data. The aim is to provide appropriate and accurate information to allow Energy Managers understand where inefficiencies are present and mitigate or eradicate these inefficiencies completely. This information will help to plan energy efficiency actions based on actual energy production and consumption, presented as real savings and end-user’s comfort levels.
KEY POINTS
– Intelligent & Model Based Control
– Using Simulation for Fault Detection & Analysis
– Real-Time Optimisation & Control of Buildings
– Real-Time Prediction of Building Use
– Direct connections between Simulation Environment & BMS / Building Sensors
With a focus on how a city can operate intelligently, we are investigating the interactions between a portfolio of buildings, the electricity grid and Renewable Energy Technologies. This includes demand response and tariff analysis and examining the interactions and connections of buildings at district level. Further investigation into the simulation of water and waste networks to maximise energy efficiency is also being carried out along with investigations into transport routes and the electric vehicle networks. The ultimate aim is to understand how the city performs as a set of sub-systems.
KEY POINTS
– Simulation of Portfolio of Buildings across a city
– District modelling and simulation
– Modelling the connections between Buildings, the Electricity Grid and Renewable Technologies
– Demand Response Analysis and Tariff Analysis
– Simulation of Water & Waste Networks
– Simulation of Transport Network and the EV Grid
MASTER PLANNING RETROFIT
SMART CITIES
DESIGNBUILDING OPERATION
OPTIMISE Funded through Technology Strategy Board
The OPTIMISE tool was specifically designed to give better guidance on design decisions and enable the delivery of low impact and zero carbon buildings in the UK. The tool has the ability to optimise complex design factors such as glazed area, choice of construction materials, building orientation and compliance based on objectives such as energy consumption, carbon emissions and cost and constraints such as achieving specific daylight factor values.
LESSONS Funded through Technology Strategy Board
LESSONS is an innovative website, where case studies from previous projects are stored in an online database. Practitioners can use the website to search for ‘lessons’ from past projects where they can use the information to influence and improve the Designs they are working on. Practitioners will also be able to upload their own ‘Lessons’ from projects they have completed. The innovative aspect of LESSONS is the link to the IES Virtual Environment, where IES simulation models can be uploaded and downloaded from the LESSONS website.
IMPACT Funded through Technology Strategy Board
IMPACT will set the standard for the next generation in building environmental impact and cost assessment. Based on new computer aided design techniques, this tool allows users to quantify the embodied environmental and cost implications on a whole-building basis. This facilitates the improvement in design and decision making for both new design and retrofit projects.
CitySUMS Funded through Scottish Enterprise SMART
Integrating the IES Virtual Environment with SketchUp and a set of Sustainable Urban Metrics (SUMs), to assess the sustainability of a city.
FORTISSIMO Funded through EU FP7
Factories of the Future Resources, Technology, Infrastructure and Services for Simulation and Modelling. Provision of cloud-based simulation services to make advanced simulation more accessible to European Manufacturing, particularly to SMEs.
BUILDING OPERATIONSUCCESSFUL PROJECTS
MASTERPLANNINGSUCCESSFUL PROJECTS
DESIGNSUCCESSFUL PROJECTS
THERM Funded through Technology Strategy Board
The THERM tool is an integrated tool for sustainable manufacturing, which takes into account the building design and the manufacturing processes and allows manufacturers to understand and reduce their energy use. The THERM project allowed IES to explore innovations in a new market, that of the manufacturing processes and environment, which would not have been explored without collaborative R&D and the partners that were involved.
SCAN Funded through Scottish Enterprise
This state of the art tool from IES R&D goes beyond the traditional use of building simulation at the design stage. It improves operational performance by providing the user with tools to more accurately ‘calibrate’ the model of the building using actual recorded information from the Building Operational Data.
Comparing the differences between the simulated calibrated model and the Building Operational Data enables the user to identify where the building is underperforming and helps diagnose problems.
VERY SCHOOL Funded through EU CIP
Energy Action Navigator which provides “how to” information, enabling tools, and cutting edge intelligent energy saving strategies by running optimisation scenarios dedicated specifically to the needs of schools. It integrates Smart LED Lighting, Smart Meters, Building Energy Management Systems, Energy Simulation and Energy Action Management.
SMART CITIESSUCCESSFUL PROJECTS
GLASGOW FUTURE CITIES Funded through Technology Strategy Board
An app to allow building owners to understand how to reduce energy consumption and retrofit their buildings. The app will act as a gateway between users and technology suppliers and will ultimately facilitate city-scale assessments of energy use. A 3D web portal is also being developed that will allow users to view the city’s energy performance at both district and building level. View the finished app at www.glasgowenergyapp.org
MIRIAM Funded through Technology Strategy Board
Feasibility study which investigated how to create an interoperable Neighbourhood Manager and City Information Model that integrates both real-time and building specific information in a city to analyse and understand power and heat data at a macro-scale. Initial tool development focused on providing customised displays for key user needs; Building Owners which need to identify potential simple and deep retrofit measures, the Public Community which need to identify district heating schemes, the Business Community which needs to identify building portfolio opportunities and Technology/Service Providers which need to identify target markets.
SUCCESSFUL PROJECTSIES has an extremely high success rate with its completed projects. Many have been held up as exemplars by funding bodies because of deliverables achieved and have resulted in commercial products facilitating growth of IES.
UMBRELLA Funded through EU FP7
Innovative web-based decision support application which will connect all stakeholders involved in energy efficient design and retrofitting of the built environment.
HAR-WIN Funded through EU FP7 Development of new window and window frame materials which will enable the creation of a new type of building where window and architectural glass functionalities will merge to create multifunctional facades that are adjustable according to geographic and cultural needs.
RETROFITSUCCESSFUL PROJECTS
MASTERPLANNINGCURRENT PROJECTS
RETROFITCURRENT PROJECTS
FASUDIR Friendly and Affordable Sustainable Urban District Retrofitting
New software supported methodology to evaluate the retrofitting needs of a whole urban district. Primarily focused on energy efficiency issues it will also address a district’s sustainability and resource efficiency.
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FORTISSIMOEU FP7
CitySUMSSESMART
FASUDIREU FP7
INDICATEEU FP7
EASEEEU FP7
HAR-WINEU FP7
UMBRELLAEU FP7
RESSEEPEEU FP7
VERY SCHOOLEU CIP
ENERGY IN TIMEEU FP7
EINSTEINEU Marie Curie
REEMAINEU FP7
People Friendly Cities
EU COST
Glasgow Future Cities
UK TSB
CI-NERGYEU Marie Curie
iURBANEU FP7
INDICATE Indicator-based Interactive Decision Support and Information Exchange for Smart Cities
New interactive tool to support those transforming their cities into smart cities. It will provide dynamic assessment of the interactions between buildings, the electricity grid, Electric Vehicle grid, and Renewable/ICT technologies so the knock-on effect of changes can be understood within the urban context.
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INDICATEEU FP7
EASEEEU FP7
HAR-WINEU FP7
UMBRELLAEU FP7
RESSEEPEEU FP7
VERY SCHOOLEU CIP
ENERGY IN TIMEEU FP7
EINSTEINEU Marie Curie
REEMAINEU FP7
People Friendly Cities
EU COST
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UK TSB
CI-NERGYEU Marie Curie
iURBANEU FP7
EASEE Energy Saving technologies for building envelope retrofitting
New toolkit for energy efficient envelope retrofitting of existing multi-storey and multi-owner buildings. Combining novel design and assessment strategies, modular prefabricated elements, advanced insulation and scaffold free installation.
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UMBRELLAEU FP7
RESSEEPEEU FP7
VERY SCHOOLEU CIP
ENERGY IN TIMEEU FP7
EINSTEINEU Marie Curie
REEMAINEU FP7
People Friendly Cities
EU COST
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CI-NERGYEU Marie Curie
iURBANEU FP7
IMPRESS New Easy to Install and Manufacture Pre-Fabricated Modules Supported by a BIM based Integrated Design Process
Will create a new range of easy to install panels for retrofit, which will reduce energy demand while improving building aesthetics. Three prefabricated panels will be developed, both for re-cladding and over-cladding, together with nano/micro particle based coatings.
NewTREND New integrated methodology and Tools for Retrofit design towards a next generation of ENergy efficient and sustainable buildings and Districts
New Technology Platform and associated Methodology to improve the energy efficiency of existing building stock by integrating the energy retrofit of buildings into the district and neighbourhood context. Aims to establish energy performance as a key component of refurbishments and foster collaboration among stakeholders in the value chain to ease collaborative design.
RESSEEPE REtrofitting Solutions and Services for the enhancement of Energy Efficiency in Public Education
Development of an easily replicable methodology for designing, constructing and managing public building and district renovation projects for achieving nearly net-zero energy. It will bring together design and decision making tools, innovative building fabric manufacturers and a strong programme to demonstrate how to improve building performance through retrofitting.
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FORTISSIMOEU FP7
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INDICATEEU FP7
EASEEEU FP7
HAR-WINEU FP7
UMBRELLAEU FP7
RESSEEPEEU FP7
VERY SCHOOLEU CIP
ENERGY IN TIMEEU FP7
EINSTEINEU Marie Curie
REEMAINEU FP7
People Friendly Cities
EU COST
Glasgow Future Cities
UK TSB
CI-NERGYEU Marie Curie
iURBANEU FP7
Developed in Association withFASUDIRFundacion Tecnalia Research & Innovation (Spain), Fraunhofer-Gesellschaft Zur Foerderung Der Angewandten Forschung (Germany), Acciona Infraestructuras S.a. (Spain), D’appolonia Spa (Italy), Integrated Environmental Solutions Limited (United Kingdom), Geonardo Environmental Technologies Ltd (Hungary), Abud Mernokiroda Kft. (Hungary), Calcon Deutschland Ag (Germany), Consorcio De La Ciudad De Santiago De Compostela (Spain), London Business School (United Kingdom), Associazione Iisbe Italia (Italy) INDICATE Integrated Environmental Solutions Limited (United Kingdom), Esri R&D Center Zurich Ag (Switzerland), Future Analytics Consulting Limited (Ireland), D’appolonia Spa (Italy), The Provost, Fellows, Foundation Scholars & The Other Members Of Board Of The College Of The Holy & Undivided Trinity Of Queen Elizabeth Near Dublin (Trinity College) (Ireland), Dundalk Institute Of Technology (Ireland), Ente Ospedaliero Ospedali Galliera (Italy), Louth County Council (Ireland)
Funded ThroughFASUDIR EU FP7
INDICATE EU FP7
Developed in Association withEASEE Imprima Costruzioni Srl (Italy), Politecnico di Milano (Italy), National Technical University of Athens (Greece), Eidgenoessische Materialpruefungs- Und Forschungsanstalt (Switzerland), Halfen Sr (Italy), Schwenk Putztechnik Gmbh & Co. Kg (Germany), Ridan Sp Zoo (Poland), S&B Industrial Minerals Mining Ouarrying Industrial Commercial Tourist Shipping Technical Company Sa (Greece), Dow Europe Gmbh (Switzerland), D’appolonia Spa (Italy), Stam Srl (Italy), Przedsiebiorstwo Robot Elewacyjnych “Fasada” Spolka Z Ograniczona Odpowiedzialnoscia (Poland), Ancodarq Sl (Spain), Fumagalli Edilizia Industrializzata Spa (Italy), Cim-Mes Projekt Sp Zoo (Poland), Buildings Performance Institute Europe Asbl (Belgium), European Consortium Of Anchors Producers (Italy), Imprima Construction Cz A.s. (Czech Republic)
IMPRESSGeonardo Environmental Technologies (Hungary),Temperature, Techrete (Ireland), STRESS, Hypucem, CSP, Biesse Tape Solutions (Italy), BG Technologies (Poland),Novel Technologies, Municipiul Drobeta Turnu Severin (Romania), Alonso Hernandez & Asociados Arquitectos (Spain), Coventry City Council, Queen’s University Belfast, TEKLA (UK)
NewTREND Granlund (Finland), Uli Jakob, Munich University of Applied Sciences (Germany), ABUD (Hungary),University College Dublin, University College Cork (Ireland), IISBE, Universita Politecna Delle Marche, STAM (Italy), Regenera, Sant Cugat (Spain), London Business School (UK)
RESSEEPE Integrated Environmental Solutions Limited (United Kingdom), Fundacion Tecnalia Research & Innovation (Spain), Centre Cim Fundacio Privada Centre (Spain), Technische Universitaet Wien (Austria), Nobatek (France), Consorzio Interuniversitario Nazionale Per La Scienza E Tecnologia Dei Materiali (Italy), Universitat Politecnica de Catalunya (Spain), Separex Sas (France), Vertech Group Sarl (France), Corporacio Sanitaria Parc Tauli de Sabadell (Spain), Applied Industrial Technologies Ltd (Greece), Acondicionamiento Tarrasense Associacion (Spain), Exergy Ltd (United Kingdom), Fundacio Privada Ascamm (Spain), Onexit Idatec Sl (Spain), Va-Q-Tec Ag (Germany), Phase Change Material Products Ltd (United Kingdom), Eidgenoessische Materialpruefungs- Und Forschungsanstalt (Switzerland), Societe Anonyme D’habitations A Loyer Modere Logement Et Gestion Immobiliere Pour La Region Arisienne-Logirep Logirep (France), Javni Zavod Republike Slovenije Za Varstvo Kulturne Dediscine (Slovenia), Incurvo S.l.u. (Spain), Coventry University (United Kingdom), Consorci Sanitari De Terrassa (Spain), Skelleftea Kommun (Sweden)
Funded ThroughEASEE EU FP7
IMPRESS EU FP7
NewTREND EU FP7
RESSEEPE EU FP7
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VERY SCHOOLEU CIP
ENERGY IN TIMEEU FP7
EINSTEINEU Marie Curie
REEMAINEU FP7
People Friendly Cities
EU COST
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UK TSB
CI-NERGYEU Marie Curie
iURBANEU FP7
ENTRUSTEU H2020
IMPRESSEU H2020
NewTRENDEU H2020
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REEMAINEU FP7
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EU COST
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CI-NERGYEU Marie Curie
iURBANEU FP7
ENTRUSTEU H2020
IMPRESSEU H2020
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BUILDING OPERATIONCURRENT PROJECTS
SMART CITIESCURRENT PROJECTS
ENERGY IN TIME Simulation based control for Energy Efficient building operation and maintenance
A new Smart Energy Simulation Based Control method that goes beyond existing building control techniques to address operational energy consumption and bills in existing non-residential buildings. It will develop new techniques based on prediction of indoor comfort conditions and user behaviour to improve lifetime and efficiency of equipment.
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INDICATEEU FP7
EASEEEU FP7
HAR-WINEU FP7
UMBRELLAEU FP7
RESSEEPEEU FP7
VERY SCHOOLEU CIP
ENERGY IN TIMEEU FP7
EINSTEINEU Marie Curie
REEMAINEU FP7
People Friendly Cities
EU COST
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iURBANEU FP7
EINSTEIN Simulation Enhanced Integrated Systems for Model-based Intelligent Control
Optimisation of energy efficiency in existing buildings through the integration of a number of different control strategies, taking into account fault detection and diagnosis, and simulation optimisation and prediction.
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EINSTEINEU Marie Curie
REEMAINEU FP7
People Friendly Cities
EU COST
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REEMAIN Resource and Energy Efficient Manufacturing
Solutions to reduce the energy consumption of factory buildings through the integration of renewable energy technologies and resource saving strategies. It will take into account both the factory process and the factory environment itself.
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ENERGY IN TIMEEU FP7
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REEMAINEU FP7
People Friendly Cities
EU COST
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People Friendly Cities People Friendly Cities in a Data Rich World
Creation of a collaborative network of city stakeholders including city managers, policy makers, built environment professionals, ICT consultants, the general public and researchers. The network will explore the dual concept of “Smart and Liveable Cities” where citizens are both users and co-creators of cities.
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CI-NERGY Smart Cities with Sustainable Energy Systems
Creation of a multi-disciplinary PhD programme on urban energy modelling. The training network will develop urban decision-making and energy system models that maximise energy efficiency and renewable energy integration for a low carbon future.
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ENTRUST Energy System Transition Through Stakeholder Activation, Education and Skills Development
Socio-demographic and technological mapping of Europe’s energy system in order to deliver a policy toolkit which incorporates contemporary best practice promotion of energy transitions at a Europe-wide level. It will create suite of innovative transition pathways and community engagement tools designed to stimulate dialogue, break down barriers to behavioural change, and promote the adoption of new technologies at a community level.
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REEMAINEU FP7
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ENTRUSTEU H2020
iURBAN Intelligent URBAn eNergy tool
Intelligent tool which will integrate the different hardware and software ICT energy management systems in two European countries. It will generate new business models through which to effectively manage and distribute the energy produced and consumed at a city or neighbourhood level.
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EINSTEINEU Marie Curie
REEMAINEU FP7
People Friendly Cities
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CI-NERGYEU Marie Curie
iURBANEU FP7
Developed in Association withCI-NERGYHochschule Fur Technik Stuttgart (Germany), Siemens Ag (Germany), Eifer Europaisches Institut Fur Energieforschung Edf-Kit Ewiv (Germany), Wien Energie Gmbh (Austria), Ecole Polytechnique Federale De Lausanne (Switzerland), Politecnico Di Torino (Italy), The University Of Nottingham (United Kingdom), University College Dublin (Ireland), Ait Austrian Institute Of Technology Gmbh (Austria), Integrated Environmental Solutions Limited (United Kingdom)
iURBANSensing & Control Systems Sl (Spain), Vitrociset Spa (Italy), Integrated Environmental Solutions Limited (United Kingdom), Albert-Ludwigs-Universitaet Freiburg (Germany), Fraunhofer-Gesellschaft Zur Foerderung der Angewandten Forschung E.v (Germany), Energy Agency of Plovdiv Association (Bulgaria), Evn Bulgaria Toplofikatsia Ead (Bulgaria), Grad Rijeka (Croatia), Energo Doo Za Proizvodnju I Distribuciju Toplinske Energije I Plina (Croatia)
ENTRUSTIntegrated Environmental Solutions Limited (United Kingdom), University College Cork (Ireland), Liverpool John Moores University (United Kingdom), LGI Consulting (France), Rete Europea dell’Innovazione/European Network of Innovation (Italy), Enerbyte Smart Energy Solutions (Spain), Stam (Italy)
Funded ThroughPeople Friendly Cities Cost Action
CI-NERGY European, Marie Curie
iURBAN EU FP7
ENTRUST EU H2020
Developed in Association withEINSTEIN Integrated Environmental Solutions Limited (United Kingdom), The Provost, Fellows, Foundation Scholars & The Other Members of Board of The College of The Holy & Undivided Trinity of Queen Elizabeth Near Dublin (Trinity College) (Ireland)
ENERGY IN TIME Acciona Infraestructuras S.a. (Spain), Ana - Aeroportos de Portugal, Sa (Portugal), Fundacion Circe Centro de Investigacion de Recursos Y Consumos Energeticos (Spain), Cork Institute of Technology (Ireland), Université de Lorraine (France), Centre Scientifique et Technique du Batiment (France), Fundación Universitaria Iberoamericana (Spain), Institutul de Cercetari Electrotehnice (Romania), Integrated Environmental Solutions Limited (United Kingdom), Stam Srl Stam (Italy), Universidad de Granada (Spain), United Technologies Research Centre Ireland, Limited (Ireland), Yit Kiinteistötekniikka Oy (Finland)
REEMAIN Fundacion Cartif (Spain), Integrated Environmental Solutions Limited (United Kingdom), De Montfort University (United Kingdom), Galletas Gullon Sa (Spain), Bossa Ticaret Ve Sanayi Isletmeleriturk Anonim Sirketi (Turkey), Accademia Europea Per La Ricerca Applicata Ed Il Perfezionamento Professionale Bolzano (Accademia Europea Bolzano) (Italy), R2m Solution Srl (Italy), Uli Jakob (Germany), Fraunhofer-Gesellschaft Zur Foerderung Der Angewandten Forschung E.v (Germany), Youris.com (Belgium), Solera Gmbh (Germany), Est Enerji Sistem Teknolojileri Sanayi Ic Ve Dis Ticaret Limited Sirket (Turkey), Ikerlan S.coop. (Spain), Centro di Ricerca E Innovazione Tecnologica Srl (Italy), Scm Group Spa (Italy), Asociacion Española De Normalizacion Y Certificacion (Spain)
Funded ThroughENERGY IN TIME EU FP7
EINSTEIN Europen, Marie Curie
REEMAIN EU FP7
IES currently invests over a quarter of its revenue on Research and Development projects in order to enhance the existing IES suite of products, as well as develop new innovative technology which will increase growth and competitiveness of the company. IES is an experienced manager of collaborative research projects and has been successful with producing commercially viable and marketable products as a result. IES has been successful with acquiring both National and European funding through Scottish Enterprise, the UK Technology Strategy Board (TSB), European Framework Programme 7 (FP7) and European Competitiveness and Innovation (CIP) Framework Programme.
WORKING WITH INDUSTRY
IES is continuously researching new methodologies and technologies. This includes windows, renewable energy technology, green facades, smart facades/envelopes and the modelling of processes and flows, to mention a few. IES work directly with industry partners, such as Daikin and Monodraught, using the simulation environment to virtually prototype new technologies and validate the improvements generated by these technologies in real buildings. Industrial partners can engage with IES on a number of fronts both to develop their own business and also to engage in collaborative Research and Development.
HOW TO PARTNER WITH US
If you wish to partner with us, please contact:[email protected] or call 0141 945 8500 or visit our website www.iesve.com/research
WORKING WITH ACADEMICSIES currently collaborates on many projects with Academic Institutions and Research Organisations. This collaboration is through both joint Research and Development, but also through the sponsorship of Postgraduate and Postdoctoral research. This ensures IES benefits from state of the art research and third party validation of new IES technology and developments.
WHY PARTNER WITH US
EUROPE
Glasgow Head OfficeHelix Building, Kelvin CampusWest of Scotland Science ParkGlasgow G20 0SP UKT +44 (0)141 945 8500E [email protected]
Dublin4th Floor, Castleforbes HouseCastleforbes Road Dublin 1, IrelandT +353 (0) 1875 0104E [email protected]
NORTH AMERICA
Atlanta834 Inman Village Parkway NE Suite 230, Atlanta GA 30307 T +1 (404) 806 2018E [email protected]
ASIA
Pune Dhananjay Plaza, II Floor, Plot No. 21, Pune- Mumbai Highway Near Lalani Quantum / Home Decor, Bavdhan, Pune 411 021, IndiaT +91 (020) 6560 2848 E [email protected]
AUSTRALIA
Melbourne Level 1, 123 Camberwell RoadHawthorn East, Melbourne Vic 3123, AustraliaT +61 (0) 3 9808 8431E [email protected]
www.iesve.com
