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ENEA Portici labs
Technical Unit
Portici Technologies Research activities
Ezio Terzini - Director of Portici Technologies Technical Unit
Portici Research Centre
ENEA Portici labs
Where we are
Zooming in Portici Reseach Centre
• 4 buildings
• 3.700 m2 laboratories
• 400 m2 clean rooms
• 135 employees (80 researchers , 35 techincians, 20 admin.)
• (+ 25 non permanent)
Portici Research Centre
Opening Year : 1989
Portici Technologies Technical Unit (UTTP)
UTTP Director (Dr. Ezio Terzini)
UTTP-MDB Basic materials and devices lab.
UTTP-NANO Nanotech and
organic lab.
UTTP-FOTO Photovoltaic systems lab.
UTTP-FOS Special optical coatings lab.
UTTP-CHIA Environment
chemestry lab.
Coordination board: •International (Dr. Franco Roca)
•Base science & Industrial (Dr. Girolamo Di Francia)
Resp. Dr. Paola Delli Veneri Solar cells and sensors
Resp. Ing. C.arla Minarini OTFT, OPV, OLED
Resp. Ing. Giorgio Graditi CPV, CSP, BIPV, Smart grid, Tests and qualification
Resp. Ing. Alessandro Antonaia Spectral filters, TCOs, ARC
Resp. Dr. Antonio Salluzzo Waters, soil, exhaust
UTTP Research Organisation
Reseach personnel distribution :
Employees
(Permanent)
Activity
60% Solar energy
26% Non solar nanotech.
14% Environment
Portici Technologies Technical Unit (UTTP)
# 1) Fabrication technologies
Thin film silicon material and devices
Organic materials and devices
Innovative inorganic absorber
Optical coatings and selective filters Graphene based devices
Activities in solar Technologies
Activities in solar Technologies
# 2) Special coatings
High temperature selective filters
TCOs Transparent Conductive Oxides
# 3) Solar Systems technologies
Concentrated PV, hybrid PV-T, CSP Smart PV and Building integration
On-grid and off-grid PV plant operations
Distributed generation and smart grid
Activities in solar Technologies
# 4) Advanced services for industries
Modules qualification tests
BOS components tests
Solar plants performances measurements
Installation sites characterization
Product LCA and PV recycling
Activities in solar Technologies
PV modules’ test and qualification
• Dark and light I-V • Complex Impedance • Capacity vs frequency • Capacity vs voltage • Electrical insulation • Infrared thermic analysis • Optical transmittance
Accelerated tests: • Salt spray corrosion • Thermal cycles • Humidity and freeze • Damp heat • UV exposure
CEI-EN 61215 e CEI EN 61646 standards
Research and Service for: Producers, installers, retailers.
Activities in solar Technologies
Technical Highlights: c-Si solar cells
c-Si solar cell for CPV = 22.0% at 80X 20.5% at 100X 20% at 200X (cell area 1.21 cm2)
Results in solar Technologies
Technical Highlights : Thin film solar cell
Micromorph tandem solar cell a-Si/mc-Si = 11.3% (10% stable) a-Si tandem module 30 x 30 cm2 = 9.1% (7% stable)
Results in solar Technologies
IV light AM1.5G 1000W/m2 Area= 0.34 cm2
Eff= 6,32 % FF= 63,1 % Jsc= 14.1 mA/cm2 Voc= 711 mV Ohm*cm2
Results in solar Technologies
Technical Highlights : Organic solar cell
Device structure: GLASS ITO PEDOT:PSS PBDTTT-C:PCBM Ca Al
Low bandgap copolymer benzodithiophene-thienothiophene
Results in solar Technologies
Technical Highlights : thin film coatings
Large Area 30 x 30 cm2 MOCVD deposited ZnO:B film High transmittance, high conductivity, substitute for tin oxide Patent: Large area deposition system Low cost, high growth rate, optimum texturing
Selective solar coating for high temperature application Application to parabolic trough CSP. Operation Temp. = 550 °C
>94% < 0,14 at 550 °C
2 patents
Technical Highlights : Concentrated PV
Low cost concentrated PV module Plastic housing, acrilic lens, 24 cells
= 18.7% with c-Si at 200X (optical active area)
= 26.7% with MJ III-V cells at 250X (optical active area)
2 patents for prismatic and hybrid lens Printed PMMA , suitable for 200X, high optical efficiency
Standard unit PhoCUS - 5 kWp 2 axis heliostat (accuracy ±0.2°), 35 m2 , 51 modules
Results in solar Technologies
Technical Highlights : PV components
• Patent PV street lamp “Stapelia”
• Patent design module for BIPV “Boogie-Woogie” • Patent antitheft system for PV modules “PV-Guardian”
Brodway boogie-woogie
Results in solar Technologies
NON solar activities Organic material based technologies
Development of devices fabrication process:
OLEDs
Organic TFTs
Study and application of new process technologies:
Ink-jet printing
Hot embossing
NON solar activities: Chemical sensors tech. and sensor network
Sensors based on:
Nanostructured sensors (Pd, CNT nanowires, Porous silicon)
Polymer sensors
Graphene based sensors
Electronic noses
Sensors array, WSN ICARO electronic nose
@lisee system
Environment laboratories
•Chemical analysis •Ecotoxicology - nanotoxicology •Complex systems modelling (sea, coast evolution, climate changes)
•Conservation of sea environment and related archeological heritage •Mobile lab. for “in field” activity
NON solar activities: environmental chemistry
Energy and matter recovery from waste
Pyrolysis process
Low cost carbon from tyre waste
NON solar activities: Solid and liquid waste cycle
Industry and urban wastewater treatment and re-use
Revamping of Nola Area Wastewater Treatment Plant
FP7 running projects PV-CONSTRUCT (ED. ZÜBLIN AG, D'APPOLONIA, FRAUNHOFER,…..)
NANOREG (JRC,CNRS,AIT,IOM,ministeri amb,…..)
ECOSOLE (BECAR-BEGHELLI, UPM, TECNALIA,……)
BFIRST (TECNALIA, ACCIONA, CRES,……)
FAST-TRACK (Julich, EPFL, ECN, Delft, CNRS, Orleikon….)
SOPHIA (CEA-INES, ISE-IWES, ECN, IMEC, HZB,……)
TDK4PE (U.A.Barcelona, Flexink, Infiniscale, Phoenix BV, Univ. Algarve,…..)
NGCPV (FH-ISE, UPM, Imp. College, Uni.Tokyo, Kobe, Sharp, Ashai…)
ENCOMB (Fraunhofer, Airbus,UoP,RCNDT, CNRS, European AD & SC,…..)
Activities Value for ENEA: 4.6 Ml € (grant 3.3 Ml)
UTTP active projects
17 running Projects under national funds
(PON, AdP Mise, MATTM)
3 Project under Regional funds
(POR)
Activities Value for ENEA: 18.0 Ml (grant 14,3 Ml€)
UTTP active projects
Ownership of 2 Public-Private laboratories
ELIOSLAB TRIPODE (Concentrated solar power) (Polymers in electronics)
Elioslab solar furnace
120 sqm flat heliostat
80 sqm primary concentrator with 120 spherical mirror
30 kWp receiver Heat transfer to CO2 flux at about 850°C
Research site for application in: Electrical energy production Chemical process for hydrogen production High temperature test of materials and components
UTTP active projects
TRIPODE funded again:
SMARTAGS (RFID, OTFT, printing tech., roll to roll,….)
RELIGHT (OLED & OPV)
ENEA Coordinator
Total projects value: 13,4 Ml €
ENEA grant: 6,7 Ml€
UTTP active projects
Coming soon Regione Campania Districts: • Energy • Aerospace • Sustenaible Building
2 new public-private aggregations 3 UE projects (CHEETA,ELECTRA, DC4CITY)
UTTP active projects
Thanks for your attention
Portici Technologies Technical Unit
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