Netheria - Total Energy Usage and biomass Storage

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1 TU/e Energy - Energie in perspectief - TU/e & SA Energy - Energy research Mark Mietus business development energy m.mietus@tue.nl

2 Energie in perspectief 2

3 We use a lot of energy : 1,7% : 2,2% Global energy (2012) 9000 moe Electricity mtoe = TWh Netherlands (2012) 100 moe Electricity NL 115 TWh Source: IEA key world energy statistics

4 price range Oil shortage is NOT the problem!! Source: IEA

5 CO 2 emission (rising temperatures) is the problem 5

6 How do we use it? Total energy usage is 5x electricity use Electricity generated mostly by coal, gas, biomass, Roughly 1 / 3 rd of energy is used for transport Mostly based on refining of oil Large scale uptake of EV (electric vehicles) will result in significant increase in electricity usage 6

7 Renewable electricity: solar panels Yield: 130 kwh /yr /m² Typical Dutch household: 3300 kwh/yr 25 m² / HH (15 panels), 6000 Total 200 km² for HH (=6% of built area) 900 km² for all Dutch electricity (200 bln ) 160,000 km² for global electricity consumption (4x area of the Netherlands)... or 80 full sea containers of coal per minute

8 Renewable electricity: wind turbines Yield: kwh /yr /m 2 Netherlands total 115 TWh 7000 km² Offshore installed: 41 km²

9 Where are we going? The future of energy is impossible to predict, however some ingredients are clear: Electric vehicles will become more important (but never 100%) Installation of solar panels will continue to grow Energy efficiency (in all aspects) will improve Energy neutral buildings / neighbourhoods will arise We will need more energy storage (electricity & heat) Electricity surplus can be used to create synthetic fuels 9

10 De energie infrastructuur gaat veranderen From central production, To local for local local consumption + central feed in + storage 10

11 Change requires installations Multifunctionele Bouwdelen Duurzame Compacte Conversie-technologie Regeling en control Compacte opslag Opwekking en opslag op gebiedsniveau 11

12 TU/Eindhoven energy research 12

13 Technische Universiteit Eindhoven Studenten >9000 Medewerkers >3000 Hoogleraren >250 Promovendi >1000 TU/e is worldwide nr. 1 in scientific output in cooperation with industry source: CWTS Leiden ranking

14 SA Energy Connecting, bridging and mutual learning Between TU/e and outside world (industry, governments, NGO s) As well as between departments and groups Education Several specific energy tracks for Bachelor, Master and PDEng level Research Groups from different departments cooperate to tackle societal issues Visual research overview to further strengthen cooperation and learning Valorization (through TU/e Innovation Lab) Specific attention to close the bridge from science to society (and vv) Creating Spin-off and Start-up companies Licensing of IP knowledge Research cooperation with industry 14

15 TU/e puts a lof of effort in 36 research groups from 7 different faculties are working on the energy challenge Scientific staff in these groups is some 200 persons In 2014 over 400 research projects are ongoing >350 PhD students, > 60 Postdocs Some 80 of these are primarily financed by industry Links between innovation & industry SURE innovation KIC InnoEnergy 15

16 TU/e SURE Innovation Duurzame relatie tussen Bedrijfsleven // Student // TU/e Excellente TU/e masterstudenten koppelen aan techbedrijven Daarbij heeft de ondernemer toegang tot TU/e resources Academisch netwerk Academisch onderzoek Contact gegevens: Hans van Dinteren: 16

17 SURE: recente voorbeelden Ontwikkeling van landbouwrobot Op afstand bestuurbaar Werken in multidisciplinaire teams S-bike: fiets met elektrische ondersteuning, die zichzelf oplaadt met zonne-energie S-Bike uitrusten met een extra module, bestaande uit een in de fiets geïntegreerde pv techniek in combinatie met besturingselektronica

18 Strong link with KIC InnoEnergy KIC InnoEnergy is dedicated to promoting innovation and entrepreneurship in the sustainable energy field by bringing together academics, businesses and research institutes Shareholders are large companies, research institutes and universities Services: Accelerate start-ups and ventures by supporting entrepreneurs with by business models, building expert teams and providing access to finance Provide educational programs for students that will shape the future of the energy sector KIC InnoEnergy Benelux TU/e campus; focus on smart cities & buildings 18

19 Energy research landscape 19

20 TU/e Energy research Our research covers all aspects of the energy chain Generation mining (fossils), renewables (wind, solar, hydro,..), nuclear, Storage heat, electricity, solar fuels, Conversion biomass, synthetic fuels, Efficient Usage Distribution smart grids, energy reduction, smart buildings, smart processes, 20

21 Mechanical Eng. Electrical Eng. Chemical Eng. Built Environment TU/e energy research 2014 (on capacity group level) Applied Physics DIFFER / AP Ind Eng & Inn Sc. Math & comp sciences

22 Mechanical Eng. Electrical Eng. Chemical Eng. Built Environment TU/e energy research 2014 (on capacity group level) Applied Physics DIFFER / AP Ind Eng & Inn Sc. Math & comp sciences CO2 capture thin film & polymer PV heat storage (PCM, TCM) Synthetic fuels, hydrogen production, biomass Smart grids renewable & EV interaction building climate simulation building management smart building materials

23 Thank Mark Mietus you TU/e Innovation lab 23