Madrid, 31 de Octubre

Transcripción

1 Madrid, 31 de Octubre

2 La Universidad Politécnica de Cataluña UPC - es una institución pública, de educación superior y de investigación, con un carácter mayoritariamente tecnológico, especializada en los ámbitos de la arquitectura, las ciencias y la ingeniería. Una Universidad comprometida con el desarrollo tecnológico y sostenible del país, generadora de conocimiento, investigación e innovación con vocación de generar transferencia de tecnología a las Empresas y la Sociedad en general. 2

3 La UPC apuesta por la investigación, como pilar clave para la generación de conocimiento tecnológico diferencial y su posterior valorización. La UPC es la primera Universidad estatal, en cuanto a volumen de actividad de investigación y transferencia de tecnología hacia las empresas, que la convierte en uno de los ejes vertebradores del conocimiento más potentes del sur de Europa 3

4 Algunos Indicadores de I+D (2012) 257 Empresas de base tecnológica creadas Empresas y entidades con Convenios de Colaboración m2 al servicio de la empresa 233 Departamentos, Institutos Universitarios y Grupos de Investigación Investigadores y Personal Docente nuevos Convenios y proyectos I+D iniciados 69,7 M Volumen de contratación en I+D 509 Patentes Registradas 4

5 5ª institución de España 2ª universidad politécnica española 130 proyectos (151) 35 como coordinador FUENTE: CDTI. Dirección de Programas Innovadores Globales. Departamento de Programa Marco de I+D RESULTADOS PROVISIONALES DE LA PARTICIPACIÓN ESPAÑOLA EN EL VII PM ( ) 5

6 CENTRO TECNOLÓGICO de la UPC ALIADO ESTRATÉGICO al SERVICIO de las EMPRESAS 18 Centros UPC 6 Divisiones Tecnológicas de negocio Volumen de actividad MILLONES de EUROS 865 EMPRESAS CLIENTES 100 PATENTES registradas 15 SPIN OFF creadas Tecnologías de Materiales Tecnologías de la Producción Tecnologías Médicas Tecnologías de la Energía y del Medio Ambiente 366 Investigadores Proyectos realizados en más de 60 PAISES 57% Doctores Tecnologías de la Información y las Comunicaciones (TIC) Tecnologías Químicas y Alimentación 6

7 Algunos de nuestros clientes 7

8 CIT UPC RESEARCH CENTERS - FEATURED PROJECTS Wind turbine Technology Drive Train Generators Power Electronics and Control 8

9 CIT UPC RESEARCH CENTERS - FEATURED PROJECTS Offshore wind power plants Multiterminal HVDC 9

10 CIT UPC RESEARCH CENTERS - FEATURED PROJECTS Grid integration of wind power 10

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12 Heat and Mass Transfer Technological Center (CTTC) Technical University of Catalonia (UPC) Centro Tecnológico de Transferencia del Calor (CTTC) Escuela Técnica Superior de Ingeniarías Industriales y Aeronáuticas Tel cttc@cttc.upc.edu 12

13 Centro Tecnológico de Transferencia del Calor UNIVERSIDAD POLITÉCNICA DE CATALUÑA CTTC director: Professor Assensi Oliva CTTC research co-director: Professor Carlos D. Pérez-Segarra CTTC promoter: Associate Professor Joaquim Rigola CTTC personnel: 47 Professors and Ph.D. Researchers: 14 Administrative and Technical Research Suport: 4 Ph.D. Students: 29 Companies with CTTC RD projects: 21 Number of Thesis/year since 2003: 4 Number of international journal papers/year since 2003: 8 Number of projects/year since 2003: 7 Annual turnover/year since 2003: > 1 Million of Euros 1 spin-off created in

14 Centro Tecnológico de Transferencia del Calor UNIVERSIDAD POLITÉCNICA DE CATALUÑA The CTTC teaching activities are developed under: Undergraduate studies: Degree in Mecanical Engineering; Degree in Engineering on Aerospace Technology and Degree in Engineering on Aerospace Vehicles Thermodynamics; Heat and Mass Transfer, Gas Dynamics, Graduate studies: Graduate in Engineering on Industrial Technology; Degree in Aeronautics Numerical Simulation of Thermal Systems and Equipments; Active and Passive Solar Energy Systems; Heat Exchangers, Refrigeration, Postgraduate studies: Master in Energy Engineering (from the European Higher Education Area master s programs) (inter-university master between UPC and Barcelona University UB) Heat and Mass Transfer I and II; Numerical methods in Heat Transfer and Fluid-dynamics; Experimental Techniques and Computing Data in Thermal Engineering; Heat Exchangers; Thermal Solar Energy, Thermal Heat Storage by Liquids and Phase Change Materials; Numerical Simulation of the Thermal Behaviour in Buildings Thermal Engineering Doctorate Program Quality mention by Spanish Goverment since Coordinated by Prof. Assensi Oliva (Head of CTTC) 14

15 Centro Tecnológico de Transferencia del Calor UNIVERSIDAD POLITÉCNICA DE CATALUÑA The CTTC research activities are focused on two main lines: Mathematical formulation, numerical resolution and experimental validation of heat and mass transfer phenomena. Natural and forced convection; Turbulence simulation: (RANS, LES, DNS); Combustion. Twophase flow (VOF, two fluid models); Solid-liquid phase change (PCM materials); Radiation; Porous media; Computational Fluid Dynamics and Heat Transfer (CFD&HT); Aerodynamics. High performance computing: Numerical algorithms and solvers, parallel computing, etc. Thermal and fluid dynamic optimization of thermal systems and equipments. Application of the acquired know-how from the basic studies mentioned above. Refrigeration (absorption refrigerating systems,...). HVAC (ventilation, diffusion of contaminants in buildings,...). Active and passive solar systems (solar collectors using transparent insulation materials, building facades with transparent layers and ventilation, high temperature solar thermal energy,...). Heat exchangers (single phase and two phase heat exchangers, combustion heaters, ). Heat storage by liquids and using phase change materials. Engine cooling and air conditioning in the automobile and the aeronautical fields. Aerodynamics, etc.. 15

16 Centro Tecnológico de Transferencia del Calor UNIVERSIDAD POLITÉCNICA DE CATALUÑA CFD&HT TermoFluids code 3D parallel unstructured CFD&HT code Dynamic mesh methods for FSI Simulation of turbulent industrial problems Radiative heat transfer using DOM and FVM Combustion and phase change phenomena Computational Fluid Dynamics and Heat Transfer LES simulation of a DLR diffusion flame using FPV approaches with a 2M cv mesh and 96 CPUs DNS of gravity-driven bubbly flow using 13 million cv and 386 cpu 16 LES of the turbulent flow over the reference Ahmed car body at Reynolds number

17 Centro Tecnológico de Transferencia del Calor UNIVERSIDAD POLITÉCNICA DE CATALUÑA Computational Fluid Dynamics and Heat Transfer Basic aerodynamic/flow control research using HPC DNS/LES high Reynolds number of different bluff bodies. DNS Circular cylinder at subcritical Re = 3900 and 5000 (2013 PoF) DNS sphere at subcritical Re = 3900 and (2011 JFM, 2013 C&F) DNS NACA 0012 AOA from 4 to 15 degrees and Re= (2013 C&F, 2013 IJHFF) LES of the drag crisis for the circular cylinder Re from to NACA AOA=12, Re= Drag crisis studies. Re=

18 Centro Tecnológico de Transferencia del Calor UNIVERSIDAD POLITÉCNICA DE CATALUÑA Computational Fluid Dynamics and Heat Transfer CLUSTER Joan Francesc Fernandez (JFF) at CTTC Beowulf HPC cluster. Infiniband DDR 4X network interconnection between nodes with latencies of 2.25 microseconds with a 20Gbits/s bandwith. The system of files allow unified capacities of several Petabytes highly scalable. 128 nodes, each node has two Quad-core CPUs, total of 1024 processing cores. 40 nodes, each node has 32 Cores, total of 1280 processing cores. 18

19 Centro Tecnológico de Transferencia del Calor UNIVERSIDAD POLITÉCNICA DE CATALUÑA Multi-scale approach for wind energy applications All the elements of the wind farm are modeled using the common interface of NEST framework Not all the physics can be joined in a single simulation The most critical parts of the system can be simulated with advanced models taking to account interactions with the rest of the elements by means of reduced models Typical simulations uses from 256 to 1024 CPUs 19

20 Centro Tecnológico de Transferencia del Calor UNIVERSIDAD POLITÉCNICA DE CATALUÑA Wind generator turbine nacelle Numerical simulation of the thermal and fluid dynamic analysis of nacelle and wind turbines A finned transformer delivers the electric output of the WTG The air is pumped out by a set of fans by the transformer zone Complex flow due to concurrent natural and turbulent flow LES of a the airflow inside wind generator turbine nacelle for a Re number of , using only 3 CPUs and 1.1 million control volumes. 20

21 Centro Tecnológico de Transferencia del Calor UNIVERSIDAD POLITÉCNICA DE CATALUÑA Wave and wind energy integration Joint venture of Anortec, Electric Waves and UPC. New concept of offshore foundation that merges wind and wave energy Advanced front tracking method used in conjunction with LES solvers and wave generation methods. A new 100 kw smart blade concept Not pitch control required Full wind turbine designed using LES methodologies including wind farm behavior A 3 step multi-scale methodology (airfoil, blade, farm) applied in order to asses on the final wind turbine geometry. 21

22 Tools Tools for mesh for mesh verification verification was was underway underway LES LES modeling modeling at different at different AoA AoA and and Re Re =3 = with 6 with DU-93-W-210 DU-93-W-210 finished. finished. Good Good agreement agreement with with experimental experimental data. data. Mesh Mesh generation generation tasks tasks for for DU-91-W2-250 DU-91-W2-250 and and NACA started. started. It was It was decided decided to perform to perform LES LES for for DU-91-W2-250 and and FX77-W : Set up CFD models and inflow conditions of line turbine Centro Tecnológico de Transferencia del Calor UNIVERSIDAD POLITÉCNICA DE CATALUÑA DU-91-W2-250 AoA= 6 AoA= 9 Offshore Wind Enabling Technology AoA= 15 FX77-W-500 AoA= 0 AoA= 9 AoA= 11 AoA= 9 AoA= 9 Numerical results CTTC-UPC CTTC-UPC for the CTTC CTTC DU-93-W-210 profile and Re number of 3M CTTC-UPC CTTC Snapshots of the instantaneous flow over the FX77-W-500 profile at different AoA and Re number of 2.75M AoA= 15 Snapshots of the instantaneous flow over the DU-91-W2-250 profile at different AoA and Re number of 1M CTTC-UPC CTTC AoA= 11 Snapshots of the instantaneous flow over the OFFWINDTECH turbine using a 70 M mesh and 512 CPUs 22

23 : Muchas gracias por su atención Sigue CIT UPC