Transcriptions
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okay thank you all for being here and the beginning of the day um just
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the very briefly seems to be an annual word really hated yeah well my
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development of a cardio kind of was a mix of uh industry and academia so first you that's what wondering
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that is not really right around where you can go to industry combat could even continued you work
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however it happens sometimes it industry kind of profiles you what you wanna do and and like to
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do so in my case it happened to be a high powered medium voltage megawatts collapse cooled
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and these are the kind of projects i didn't deserve the very similar to the activities we do right now you know what
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so we belong to school of engineering we are along the border to re and most importantly we're also
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very well connected to the european landscape we're basically recogniser compared
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to centre for european centre for products onyx and is
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brings us seen up close contact to more than sixty to eighty companies new york
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uh what we do or whatever says focuses it really goes from ah maybe
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what i'll mention kinda closer to to characterisation in this case for us
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it's most remote medics and a very productive materials with interest that we
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focus a lot of menu conversion structures the menu compared to those
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we don't create energy we cannot really sort of energy problem likely i think it would be a very good in very efficient in uh
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convert the conversion of that energy and finally closer to baby but mario says we also go to the systems
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so we're now lies about some systems which are who've penetrated with pollock trauma conversion
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today that is more more that's uh some examples here that work or
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related to the marine systems to the n. b. d. secrets which i consider the not you know what is implications
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yeah it is yeah luckily we're also very well equipped so if you look into kind of facilities we're having it is uh
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it's the most high power stuff so we can serve really needs of industry
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and that brings us close to the really a big industries or project
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or kind a good mix between the agencies so we worked all to come all three diseases with someone from ah
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just but most of energy c. t. i.'s in itself but also large companies that is uh american g.
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a. b. b. for switzerland or hiding day from korea we have also took it is with that
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the most important person course unavailable p. h. d. students of these are the guys basically that some of your company's uh paying
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uh to do work and it is right now with us on a night
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beauty students in the lot and as a snap shot basically off well
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all the process of apart and tries convert to design applications that is uh lots of simulations
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to be done there are lots of riley takes there are lots of finite element modelling
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calculating designing being sure that your system will actually operate the way like
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and for many years hopefully so this is just one example project which
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is part of a ecstasy arses computer centres for energy surge
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we are working here now module conversion topology which is now being prototype to demonstrate the principles we
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have uh also part of fire energy turn around energy project with this in the set
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again we're looking basically into immersion crates into the d. c. current maybe walter
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scott and kids and what kind of a conversion technology we have
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these are always interesting things to work on because if something doesn't exist then really people don't know is that
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you can x. situation is do we need first is this case when it technology to push things forward
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this is one example for module are high frequency isolated typology that can that can be applied over there
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we also uh as an asset projects where we're working with to maybe semiconductor
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someone's work basically trying to understand devices such as i just c. d.
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weekly to get accommodates barristers how they can be used for these emerging typology so we're building some
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characterisation setups we are getting sample devices we we do a studies and that
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finally ah automatics you cannot escape that impala tonics there and doctors there about that takes elements everywhere
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this is just an example of a complete design team station process of a hundred people what
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a transformer which is operated ten kilohertz and then basically prototype and test that the billion
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so i'll you know way uh in a in a landscape of energy what we try to do in a in a lot of what
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we are mostly focus of these really enabling technologies technologies for electrical
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energy conversion storage and they're always interface they are part of
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a pretty much completes market concept of uh our power system colleagues who
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are in colleges for it then definitely we we are the