ASPIRE INVENT ACHIEVE - BetonicaWireless demo. pH, Cl-Na+: 10-4 – 1 M. K +: 10-4 – 1 M....
Transcript of ASPIRE INVENT ACHIEVE - BetonicaWireless demo. pH, Cl-Na+: 10-4 – 1 M. K +: 10-4 – 1 M....
ASPIREINVENT
ACHIEVE
(Elektrische) spanningen in de bouw, sensoren, camera’s, geïntegreerde zonnepanelen,
-2 werelden ontmoeten elkaar!
Bart OnsiaInnovation Program Manager Flanders
[email protected] 220744
(c) Imec 2014
imec
Bart Onsia – Vlaams InnovatieBouwplatform 22.01.2014 – imec © confidential(c) Imec 2014
MISSION
World-leading research in nano-electronics
Scientific knowledge with innovative power of global partnerships in ICT, healthcare and energy Industry-relevant technology solutions
International top talent in a unique high-tech environment committed to provide building blocks for a better life in a sustainable society
(c) Imec 2014
2013 IN NUMBERS
Total revenue (P&L) of 332M€
1,064 peer-reviewed articles*
161 patents awarded &133 patents submitted*
Collaboration with > 600 companies & > 200 universities*
±2100 people, 71 nationalities
>650 residents, visiting & PhD researchers(c) Imec 2014
* 2012 numbers
FULL ECO SYSTEM
(c) Imec 2014
HISTORY
Established by state government of Flanders in 1984
Independent non-profit organization
Worldwide reach
Initial investment: 62M€
Initial staff: ~70(c) Imec 2014
IMEC AT A GLANCE
(c) Imec 2014
STATE-OF-THE-ART RESEARCH FACILITIES
(c) Imec 2014
imec& construction industry
Bart Onsia – Vlaams InnovatieBouwplatform 22.01.2014 – imec © confidential(c) Imec 2014
On the construction site
Location awareness
NOxalarm
(c) Imec 2014
Com
plex
ity o
f pro
blem
sSingle point
with high spectral
resolution
SPECTROSCOPY
CONVERGENCE OF IMAGING & SPECTROSCOPY
RGB filters on multiple pixels
High spatial resolution, High scan-rate IMAGING
IMAGINGSPECTROSCOPY
Spectral filterson multiple pixels
(c) Imec 2014
▸ Bulky optics▸ Expensive▸ Slow▸ Research tool▸ Complex
IMEC’s HSI camera:
▸ Fast▸ Compact▸ Low cost▸ Simplified
design
HYPERSPECTRAL IMAGING TODAY
IMEC
(c) Imec 2014
Agriculture
Optical sorting Remote sensing
MedicalMedicalAPPLICATIONS
Agriculture
Optical sorting/Quality inspection Remote sensingOther applications:Forensics
Counterfeit detection Art work scanning
Color measurements Print control
Blood analysis Chemical samples
Cosmetics Paper industry Textile industry Mineral sorting
(c) Imec 2014
hyperspectral imaging
λ1 λ2 λ3 λ4 λ5 λ6 λ7 λ8
λ9 λ10 λ11 λ12 λ13 λ14 λ15 λ16
λ17 λ18 λ19 λ20 λ21 λ22 λ23 λ24
λ25 λ26 λ27 λ28 λ29 λ30 λ31 λ32
DETECTIEVAN VREEMDE MATERIALEN
0 50 100 150 200 250 300 350 400 4500
0.5
1
1.5
2
2.5x 10
4
raspberryplastic backplastic frontteflon backteflon frontrubberdark rubberstaplesdish bg
Teflon (front & back)
rubber
Plastic (front & back)raspberry
staple
black_bg
dark_rubber
dish_bg
plastic_back
plastic_front
raspberry
rubber
staples
teflon_back
teflon_front
teflon_with_powde
Introduction to millimeter waves: Where to find them?
1 nm 500 nm 1 µm 1 mm 1 cm 10 cm 1 m 10 m 100 m
Visible Light MillimeterWaves
IRUV FM Radio AM Radio
Larger Penetration
Microwaves
Higher Resolution300 GHz 10 GHz
Target applications & workflowSetup – towards fully integrated solutions
19-09-2014
MMW vector network analyser
Prototype ASICchip
Target applications & workflow
Setup:
Transmission, absorption & reflection spectra
BUILDING
MATERIAL
ε(T,ω,xH2O,...)
HOW to EXTRACT parameter of interest ? Moisture concentration
Modeling of the BUILDING MATERIAL drying process and the corresponding EM interaction
1
Structural Health Monitoring
(c) Imec 2014
Imec SENSORS
E-Nose
MEMS based electronic nose
Metal-oxide sensor
Air quality monitoringCO2<10ppm, CO<200ppm
Low-volume manufacturing
Integration in wearable devices Ethylene, CO2
100’s ppb, 2x2mm
Electrochemical Sensor
ION Sensor
pH, Cl-, Na+, K+
sensitivity at μM levelsUltra-Low power
Non-invasive Monitoring in sweat, saliva, water and other liquids
Focus of these slides
GaN sensor (Mobile)
ppb sensitivity & fast responsewith thermal heatingNO2, NO, VOC’s, ...
C
Fluids monitoring
▸ Solid & flexible sensor
▸ Hand-held sensor demo
▸ Trial test results
▸ Multiple ions: pH*, Cl-*, Na+**, K+**
▸ pH: 2-10 pH range, 0.1 accuracy
▸ Cl-: 10-4 M – 1 M Cl-
range, 10% accuracy*trial results available**under development
ION SENSOR @ IMEC
Benchmarking of IMEC ion sensor versus existing solutions
Ion selective
electrodes
Ion chromatograph
y
Flamephotometr
y
Imec’s ion sensor
Imec’s future Ion Sensor
Determine ionic concentration
Ultra low power
Simultaneous detection multiple parameters
Readout
Continuous
Disposable patch
Conformable integration
CONFIDENTIAL
Imec’s ion sensor roadmap Fluids
2013 2014 2015 2016 2017
pH 2-10Cl- 0.1 mM – 3 M
Separate sensor on flex and solid;
Wireless demo
pH, Cl-Na+: 10-4 – 1 MK+: 10-4 – 1 M
Sensitivity > 51 mV/dec
Lifetime >1 month; re-calibration >1 week;
Mass-producible Micro fabrication Algorithms for correction integrated
Integration level
Functionality
Lifetime without manual recalibration >1 month; Solid and Flex mass-producible
multi-parameter system solution
+ Wearable electronicsBodily Fluids+ perishables
imec gen-1 imec gen-2 imec gen-3
Cosmetics; small fluid volume; one-time patches
+ Surface water
Add other ions to platformOpen to suggestions!
Smart home for energy
(c) Imec 2014
BIPV
Bart Onsia – Vlaams InnovatieBouwplatform 22.01.2014 – imec © confidential(c) Imec 2014
Courtesy of Prof. J. Luther, Fraunhofer ISE
Residential electricity price
PV electricity price
GRID PARITY ACHIEVED
(c) Imec 2014
Sunny side or consumer site?
The ideal place to locate PV is where consumption is located
▸ Slightly increases the need for PV-capacity (+10%)
▸ Reduces need for additional transmission/distribution (-75%)
www.epia.org “Connecting the Sun”
(c) Imec 2014
AT Prosumer site !
The total amount of addressable capital is larger than it is for very big infrastructure projects
Extension of transmission grid will not be ready in time to accommodate higher levels of RES before 2020
This scenario allows the prosumer to get maximal value from its PV-system by supplying ancillary services (frequency and voltage support)
Fits in the vision of “energy-neutral buildings” which is a focal point in the EU-directives
Risk mitigation and organic growthNote: this vision is not to be considered as a consensus vision (e.g. Siemens)(c) Imec 2014
BIPV driven by …
Energy efficiency and saving measures by:▸ EU
- EU directive 2010/31 on energy performance of buildings:- Member States shall ensure that: (a) by 31 December 2020, all new buildings are nearly zero- energy
buildings; and (b) after 31 December 2018, new buildings occupied and owned by
public authorities are nearly zero-energy buildings
▸ National states: e.g. Germany (“Energy Saving Order” (EnEV), France (RT2012), …
Supported by:▸ Europe-Horizon 2020▸ Intelligent Energy Europe▸ Europe Build-up
(c) Imec 2014
What is BIPV?
BIPV
= multi-functional PV component: fulfills all functions required as a building component
+ generates electricity
Cost EUR/m2 not EUR/Wp
Response to indirect light (facades)
ADVANTAGES
Esthetics, flexibility in pattern definition
More surface available
Low balance of system cost▸ Reduced labour cost▸ Better use of existing mounting and grid
infrastructure (c) Imec 2014
31© IMEC 2011 (c) Imec 2014(C) IMEC 2014
32© IMEC 2011 (c) Imec 2014(C) IMEC 2014
33© IMEC 2011 (c) Imec 2014(C) IMEC 2014
34© IMEC 2011
Cost of roof top modules installed and grid connected• Investment: 1.4 EUR/Wp (0.7/0.7
modules/installation)• Energy generation over 10 years: 10
kWhr/Wp0.15 EUR/kWhr x 10 kWhr = 1.5 EUR/Wp
Rooftop integration (ideal positioning: c-Si, other thin film)
(c) Imec 2014
(C) IMEC 2014
35© IMEC 2011
Facade integration (c-Si)
Facades will generate over 10 years:• South facades (70% vs. ‘ideal’ rooftop position)
1000 kWh per m2 (at 0.15 EUR/kWh) = 160 EUR• East or west facades (50% vs. ‘ideal’ rooftop position)
750 kWh per m2 (at 0.15 EUR/kWh) = 110 EUR
To integrate solar cells in facade systems, approx. 100-150 EUR/m2 margin is availableThe cost of c-Si solar cells is approx. 50 EUR/m2This leaves approx. 50-100 EUR/m2 margin for the manufacturing process of c-Si into the building element
Facade is generating money after 10 years !!!(c) Imec 2014(C) IMEC 2014
36© IMEC 2011
c-Si
Front & back contacts Back contacts only
(c) Imec 2014(C) IMEC 2014
37© IMEC 2011
Facade integration semitransparant
(c) Imec 2014(C) IMEC 2014
38© IMEC 2011
Organic PV (OPV)
(C) IMEC 2014
EnergyVille verenigt de onderzoeksinstellingen KU Leuven, VITO en IMEC voor onderzoek naar duurzame energie en intelligente energiesystemen. Onze onderzoekers leveren expertise aan industrie en steden op het vlak van energie-efficiënte gebouwen en intelligente energiesystemen - zoals smartgrids en geavanceerde warmtenetten.
Energyville
Onderzoeksdomeinen
www.energyville.eu
PV systems
(c) Imec 2014
Waar kan u info vindenImec Magazine▸ maandelijks magazine (EN/NL)▸ Topics:
- Technologie en toepassingen
- interviews
- Innovatie, trends, visie, ...
InterConnect Nieuwsblog▸ Topics:
- Verschillende vormen van samenwerking met imec- Imec aanbod technologieën/diensten/trainingen- Aankondigingen van evenementen- Voorbeelden van samenwerking (c) Imec 2014
Bart OnsiaInnovation Program Manager [email protected] 28 80 300486 22 07 44http://www.linkedin.com/in/bartonsia
(c) Imec 2014