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  • BIODOM
    and service development Energy efficiency and energy storage Operational efficiency and advanced manufacturing IK4 IKERLAN Inspires Product and service development Energy efficiency and energy storage Operational efficiency and advanced manufacturing IK4 IKERLAN Inspires Other projects Mathematical modelling and optimisation of the thermal management system of an on shore wind turbine ALSTOM RENOVABLES Inspection system for liquefied gas tanks BAHÍA de BIZKAIA GAS Combustion model for new fuels REPSOL More of this type of project BIODOM Share Biofuels for the domestic sector CUSTOMER TIFELL SECTOR Energy PROGRAMME Basque Government ETORGAI Within the framework of the BIODOM project we are developing a range of biomass pellets applications for the domestic and commercial sector Specifically a heater a boiler and a Stirling cogenerator Challenges and results LOW EMISSIONS we have developed and tested the low emission pellet heater and boiler FUME CLEANING we have developed a hot fume generator for the Stirling cogeneration system with a static system for extracting fume particles IK4 Ikerlan Organisation and team Results Infrastructures and equipment Professional development IK4 Research Alliance Mondragon Corporation R D for companies Product and service development Energy efficiency and energy storage Operational efficiency and advanced manufacturing IK4 IKERLAN Inspires Our research areas Embedded

    Original URL path: http://www.ikerlan.es/en/rd-companies/projects/biodom (2016-02-15)
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  • Automating excel calculation and re-design for WeldNeck, Swivel and Anchor flanges
    and energy storage Operational efficiency and advanced manufacturing IK4 IKERLAN Inspires Product and service development Energy efficiency and energy storage Operational efficiency and advanced manufacturing IK4 IKERLAN Inspires Other projects Non standard flange design GRUPO ULMA Industrialisation of efficient assembly processes and in situ start up FAGOR ARRASATE Synchronised production Operational efficiency in process BETSAIDE More of this type of project Automating excel calculation and re design for WeldNeck Swivel and Anchor flanges Share The means for making optimum offers rapidly CUSTOMER ULMA FORJA SECTOR Energy The project has sought to incorporate optimisation algorithms into the calculation tools for WeldNeck Swivel and Anchor flanges These algorithms enable the company to make optimum offers relating to flange volume more rapidly We have developed the excel sheet with the analytical calculations of flange stresses and optimisation algorithms Challenges and results Speed a flexible fast system for producing optimised offers Versatility it makes it easier for less expert marketing personnel to make pre offers Flexibility optimisation algorithms that can be easily adapted to other types of flanges IK4 Ikerlan Organisation and team Results Infrastructures and equipment Professional development IK4 Research Alliance Mondragon Corporation R D for companies Product and service development Energy efficiency

    Original URL path: http://www.ikerlan.es/en/rd-companies/projects/automating-excel-calculation-and-redesign-for-weldneck-swivel-and-anchor-flanges (2016-02-15)
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  • Contact us | IK4-IKERLAN
    Ana Isabel Martínez Mandatory fields Name E mail Your query I have read and accepted the privacy policy of IK4 IKERLAN Send IK4 Ikerlan Organisation and team Results Infrastructures and equipment Professional development IK4 Research Alliance Mondragon Corporation R D for companies Product and service development Energy efficiency and energy storage Operational efficiency and advanced manufacturing IK4 IKERLAN Inspires Our research areas Embedded systems Electrical and power electronics systems Structural

    Original URL path: http://www.ikerlan.es/en/contacto/contactar.php?id=3 (2016-02-15)
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  • DREAMS
    Alstom STMicroelectronics Thales TÜV Rheinland FENTISS RealTime at Work TTTech Virtual Open Systems FORTISS IK4 IKERLAN ONERA Polytechnic University of Valencia SINTEF Technological Educational Institute of Crete Technical University of Kaiserslautern University of Siegen Duration 2013 2017 Contract number FP7 ICT 610640 PROGRAMME European programmes FP7 ICT The European Union aims to improve the production and functioning of electronic systems Its objectives are to simplify the production process reduce development times and facilitate the certification processes for this technology thus reducing its cost Improvement of different aspects of current devices such as reliability security resource cost management etc is also included The DREAMS project will involve developing a basic technology compatible with multiple environments It will be suitable for use in all applications where people s security depends on an electronic system making it ideal for developing transport industrial and health applications among others Our contribution IK4 IKERLAN s specific task will consist in the joint development together with Alstom Renovables of an off shore wind power generator controller able to manage different functions with varying levels of criticality including braking out of control blades We will also develop some of the tools to be used during the project and

    Original URL path: http://www.ikerlan.es/en/what-we-research/projects/dreams (2016-02-15)
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  • MULTIPARTES
    Other projects DREAMS MONDO PROXIMA More of this line of project MULTIPARTES Share Platforms for multicore embedded systems with mixed criticality and safety certification Participants IK4 IKERLAN Coordinator Universidad Politécnica de Valencia TU Wien Universidad Politénica de Madrid Trialog Fentiss Teletel Visual Tools Alstom Renovables Duration 2013 2017 Contract number FP7 ICT 287702 PROGRAMME European programmes FP7 ICT The aim of this research project is to develop platforms integrating different embedded control systems with varying levels of criticality The platform s applications will be in areas such as video devices and the aerospace and wind power sectors An engineering framework will be defined demonstrated and validated to support the design and development of the systems Integrating different control systems on a single multicore platform i e a platform containing several processing cores will enable a considerable reduction in their weight size hardware cost and power consumption which may be reduced by up to 25 Our contribution In addition to coordinating MultiPARTES IK4 IKERLAN will also contribute by providing knowledge in different areas determining the industry s requirements from a security perspective in particular providing our experience in the reliability field generating a code for different partitions developing a new hardware

    Original URL path: http://www.ikerlan.es/en/what-we-research/projects/multipartes (2016-02-15)
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  • PROXIMA
    PROXIMA Share Helping industry towards the transition from multicore to manycore processors in mixed criticality applications with safety certification Participants Barcelona Supercomputing Centre Coordinator Rapita Systems Ltd SYSGO Università di Padova INRIA Aeroflex Gaisler AB AIRBUS Operations AIF University of York Astrium Satellites IK4 IKERLAN Infineon Technologies UK Ltd Duration 2013 2017 Contract number FP7 ICT 611085 PROGRAMME European programmes FP7 ICT In this project we contribute to enhancing the competitiveness of European industry by facilitating the change from mCore multicore to mCore manycore processors as beneficially as possible Among other advantages this new family of processors will provide their component products with the capacity to obtain higher added value PROXIMA s strategic objectives are to increase the real time performance of mixed criticality systems develop probabilistic analysis techniques for mixed criticality applications on multicore and manycore processors achieve a level of maturity for probabilistic analysis technology and reduce the cost of software design and the verification validation and certification of new generation mixed criticality systems Our contribution In IK4 IKERLAN we conduct research in the field of rail transport We will set up a case study for mixed criticality systems combining real time control algorithms and security functions This

    Original URL path: http://www.ikerlan.es/en/what-we-research/projects/proxima (2016-02-15)
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  • ARROWHEAD
    FUNDACIÓN TECNALIA RESEARCH INNOVATION FUNDACIÓN TEKNIKER GEWISS SPA INSTITUT POLYTECHNIQUE DE GRENOBLE HONEYWELL SPOL S R O IK4 IKERLAN INDRA SISTEMAS S A INDRA SOFTWARE LABS SLU INFINEON TECHNOLOGIES AUSTRIA AG INSTITUTO SUPERIOR DE ENGENHARIA DO PORTO INTEGRASYS SA LUOSSAVAARA KIIRUNAVAARA AB THE UNIVERSITY OF WARWICK LYSE ENERGI AS MAGILLEM DESIGN SERVICES SAS METSO AUTOMATION OY MICRO DATORS SIA MIDROC ELECTRO AB MONDRAGON GOI ESKOLA POLITEKNIKOA J M A S COOP NEOGRID TECHNOLOGIES APS NODAIS AB Nordjysk Elhandel A S NORD TRONDELAG ELEKTRISITETSVERK HOLDING AS NXP SEMICONDUCTORS FRANCE SAS ORONA S COOP OUTOKUMPU STAINLESS OY PERSONAL SPACE TECHNOLOGIES BV POLITECNICO DI TORINO RIGAS TEHNISKA UNIVERSITATE SCHNEIDER ELECTRIC INDUSTRIES SAS SELUXIT APS SIRRIS HET COLLECTIEF CENTRUM VAN DE TECHNOLOGISCHE INDUSTRIE AKTIEBOLAGET SKF SPRINTE SAS STIFTELSEN SINTEF STMICROELECTRONICS SRL TTY SAATIO TEKNOLOGIAN TUTKIMUSKESKUS VTT TECHNISCHE UNIVERSITAET GRAZ THALES COMMUNICATIONS SECURITY SAS THT CONTROL OY THT ULMA EMBEDDED SOLUTIONS S COOP UNINOVA INSTITUTO DE DESENVOLVIMENTO DE NOVAS TECNOLOGIAS UNIVERSITE JOSEPH FOURIER GRENOBLE 1 ALMA MATER STUDIORUM UNIVERSITA DI BOLOGNA OULUN YLIOPISTO WAPICE OY Zense Technology A S zensehome AITIA INTERNATIONAL INFORMATIKAI ZARTKORUEN MUKODO RT and Evopro Innovation Kft Duration 2013 2017 UE y MINETUR N exp ART 010000 2013 3 PROGRAMME European programmes ARTEMIS Our society is facing the challenge of becoming more energy efficient and competitive and this requires new dynamic interactions between the different actors energy producers and energy consumers machines systems users systems etc Cooperative automation is the key to these dynamic interactions and it is enabled by technology developed around the Internet of things and service oriented architectures The aim of the Arrowhead project is to address the technical and applicative challenges associated to cooperative automation A technological framework will be provided for this purpose solutions for integration with legacy systems proposed and the cooperative automation implemented and evaluated

    Original URL path: http://www.ikerlan.es/en/what-we-research/projects/arrowhead (2016-02-15)
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  • EMVeM
    environments Intelligent maintenance systems Electrical storage and thermal management Other projects COOPER SMART PV ENERGEST More of this line of project EMVeM Share Energy efficiency management in vehicles and machines Participants KULeuven coordinator UniUD EESC USP TUB FhG FMTC CNR ITIA IK4 IKERLAN AIT LMS BMW 3T Duration 2013 2017 Contract number FP7 PEOPLE 315967 PROGRAMME European programmes Marie Curie The aim of this initiative is to create a network to exchange knowledge and to train experts in energy efficient technology and applications The EMVeM network aims to train researchers to be able to transfer their future knowledge for the production of electric machines and vehicles that will leave a lighter ecological footprint without any reduction in competitiveness with regard to performance safety or functionality Our contribution From inside IK4 IKERLAN we are generating knowledge in the area of efficient management of electrical systems with energy storage capacity mostly for their application in the transport sector For this purpose we are working on a doctoral thesis concerning the development of energy management strategies for transport applications that integrate electrical storage technologies Find all the information on this project here www emvem org IK4 Ikerlan Organisation and team Results Infrastructures and

    Original URL path: http://www.ikerlan.es/en/what-we-research/projects/emvem (2016-02-15)
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