ROMA., 18/02/2015 FUEL CELL: TRA PRESENTE E FUTURO · • Long operations (hr/y) up to 7’500 hrs...
Transcript of ROMA., 18/02/2015 FUEL CELL: TRA PRESENTE E FUTURO · • Long operations (hr/y) up to 7’500 hrs...
ROMA., 18/02/2015
FUEL CELL: TRA PRESENTE E FUTURO
Michele Gubert Responsabile Relazioni Esterne e Mercato
FUEL CELL: TRA PRESENTE E FUTURO 2
Argomenti:
Le Fuel Cells: panoramica della tecnologia Applicazioni nel campo stazionario Chi è SOLIDpower ? Ricadute concrete nel panorama economico nazionale Applicazioni con Bio-gas Il Progetto Europeo Ene.field
FUEL CELL TRA PRESENTE E FUTURO 3
FUEL CELL: PANORAMICA DELLA TECNOLOGIA
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• I principi di funzionamento furono scoperti da uno scienzato tedesco: Christian Friedrich Schönbein (1838)
• La prima cella a combustibile è stata sviluppata e fatta funzionare da uno scienzato inglese: Sir William Robert Grove (1843)
Al tempo, anche conosciuta come:
„The Gas-Battery“
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basic concepts
batteries
fuel cells
- need to be replaced (&disposed) or recharged
- weight is a limiting factor for large power and long use demand
(6 kg/kWh with Li-ions)
devices which convert stored chemical energy to DC power
- continuous operation (energy stored in fuel)
- no limitation for large sizes (0.08 kg/kWh with LPG)
devices which convert chemical energy of fuels to DC power
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Fuel Cell: an electrochemical energy conversion device
Fuel cells generate electricity through an electrochemical process, in
which the energy stored in a fuel is directly converted in heat, DC
electricity and water
Attractive characteristics:
• High energy conversion efficiency
• Modular design
• Very low chemical pollution
• Fuel flexibility
• Cogeneration capability
• Rapid Load Response
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RISPETTO ALLA COMBUSTIONE, UTILIZZIAMO SEMPLICI REAZIONI CON ARIA ED IDROGENO PER PRODURRE ENERGIA ELETTRICA E CALORE
«NELLA SOSTANZA»:
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Classificazione:
AUTOMOTIVE STAZIONARIO
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APPLICAZIONI NEL CAMPO STAZIONARIO
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2
1 kW 10 kW 100 kW 1 MW
Large buildings Residential
Mobile and Vehicles
Industrial sites
CCS
Atomic and Renewable
10
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PER IL RESIDENZIALE E PICCOLO COMMERCIALE
(CASE PRIVATE, MULTI-FAMIGLIARI, HOTEL,
PISCINE, NEGOZI).
• UTILIZZO DELLA DISTRIBUZIONE DEL
GAS
• IL CALORE E’ USATO PER IL
RISCALDAMENTO E L’ACQUA CALDA
SANITARIA
• RIDUCE TUTTE LE PERDITE DI RETE
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Produzione separata
Produzione combinata
Energia spesa
Energia prodotta
Perdite di energia
Efficienza
Facciamo i calcoli
Quindi quanto gas risparmiamo?
- 30% di CO2
- 30% di gas
163 114 100 100 63 14 62 88
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mCHP = micro Combined heat and Power
SOFC-based mCHP overcome some limits, offering: • High electrical (up to 60%!) and co-generation efficiencies (>90%) also under
typical residential size (kWel) • Heat/Power ratio < 1 • Wide range of fuels • CO2 reduced emissions and environmental friend applaiances (no NOx e SOx,
emissions) • Wide modulation range (30-100%) with no effects on efficiency value; • Long operations (hr/y) up to 7’500 hrs • Only static components (=reduced service)
Co-generation can be performed by several technologies (i.e. Internal Combustion Engines or Stirling) with several
commercial applications from kWel to MWel
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• GAS
NATURALE
• GPL
• BIO GAS
• IDROGENO
• SYNGAS
• AMMONIACA
• ARIA
Chiller
ELETTRICITA’
CALORE
FREDDO
ACQUA
CO2
SOFC
Solid Oxide Fuel Cell
INPUT
OUTPUT
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Source: Delta-ee 2012
mCHP sold in EU and RoW
Source: Enefarm Project
FC-based domestic units installed in Japan
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But, thecnical characteristics make the SOFC-based mCHP very interesting for several market sectors
Italy 33’500 hotels + 12’000 B&B (source: Federalberghi); 1 mio of MFH (Multi Family Home); 14 mio of SFH (Single Family Home)
30’000 floor-standing boilers replaced per year; 850’000 wall-hung domestic gas boilers replaced per year (only 30% condensing
biolers)
Huge market estimation of residential appliances/y only in I
In Italy, cumulative number of 700 mCHP (no FC-based) installed in Emilia Romagna
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Directives and normes in I 65% fiscal subtraction (tax reduction) Abolition of exemption on gas used for mCHP (cost of gas approx 52c€/m3
instead of 0,85 c€/m3) TEE (Titolo Efficienza Energetica)
Contra
bureaucratic delays («Officina elettrica», electricity distributor…) also on domestic applications
Directive 11 agosto 2014, nr. 116 Principle of suitability of commercial thermal plants (w/r to environmental regulations) also using fuel cells appliances with el efficiency > 48%
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Schema di installazione di un micro-cogeneratore a Fuel Cells
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L’accoppiamento con la pompa di calore per la TRIGENERAZIONE
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CHI è SOLIDpower ?
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EPFL (CH) Spin Off HTceramix S.A. invention HotBox™ technology
2008 Plant ONE extension: 2013
2000
SOFCpower set-up, acquisition HTceramix
Pilot Plant Mezzolombardo (IT) operative
2.5 kW modular mCHP generator design
EnGen™ roll-out within the European project Ene.field
2007
2008
2011
2014 Cells produced > 20’000
Prod. capacity
Plant ONE 2 MW/y
Stack modules > 2’000
HotBox™ Generators > 100
Facts & figures
www.sofcpower.com
Jan ’15 - 83 employers in R&D,
production and adm. staff
Name change into SOLIDpower 2015
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A young and motivated team of 80 people
Prod; 38%
R&D; 41%
Other; 21%
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SOLIDpower is a worlwide leader* in an innovative technology for a new energy world with a significant growth potential**: the distributed generation of clean energy. * currently less than 5 company in the world manufacturing products with the same technology ** hundreds of jobs, following the experiences done in the past
SOLIDpower signed technical and industrial international agreements
SOLIDpower started product commercialization. Success key = volume increase
CLEANTECH FROM TRENTINO
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Foreign private investments for >40mio (private/public investments ratio > 300%) 40 new jobs – currently more than 80 employers
SOFCpower employed during crisis period SOLIDpower entered in ene.field project for 1’000 mCHP units deployments with the
major Europen manufacturers and utilities
Record SOFC stack electrical efficiency (74%)
New production plant (1200 m2) in BIC center (TN)
74%67%
0%
10%
20%
30%
40%
50%
60%
70%
80%
90%
100%
0,10 0,15 0,20 0,25 0,30 0,35 0,40 0,45 0,50 0,55 0,60
ηe
l [%
]
J [A/cm2]
Stack DC efficiency [%]
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Ceramic Materials Core Components of the SOFC’s Generator
HoTbox™
Engen2500 m-CHP
SOLIDpower core activity
Multi-disciplinary competences and approaches
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2012 CPOx based Wall-Hung m-CHP 0,5-1 kWel ηel 30%
2014 SR-based m-CHP EnGen™-2500 2,5 kWel ηel >50% CE certification
2015 SR-based m-CHP >10 kWel ηel 50%
>100 kW, power generation modules
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INTEGRATED
mCHP GENERATOR
Power 2.5 kW
Th. Output 2 kW
Fuel Natural Gas
Electric Efficiency 50% LHV
Total Efficiency
power+heat 90%
Dimensions
w x l x h
0.6 x 0.8 x
1.6 m
Water T 75°C
Price
for orders >10‘000 units 4‘000 €/kW
Fuel Cell Power Module
Power Management System
Fuel, Air & Exhaust
management
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production plant
new manufacturing facilities for cells, stacks and power modules
2,000 mq, 2 MW/y capacity on single shift
statistical-based approach
learning curve on manufacturing process
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B2B approach with Utilities and ESCOs (currently for Field-Test, in sight of product
commercialization)
Drive of installers network for technology promotion and service warranty (training at techn. schools and by company facility)
Technology and information dissemination (workshop, seminars…)
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RICADUTE ECNOMICHE NEL PANORAMA NAZIONALE PARTENDO DAL TRENTINO
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Programmi effetuati Isola Cogenerativa Installation – Roncegno Terme
FriBorgo Project – Borgo Valsugana
Results: o First Installation of SOFC mCHP
for residential application in Italy; o Experience on standards /
technical connection; o Technical educational center at
european level
Stable operation > 6 months
Ave electric efficiency > 30%
15’000 kWh thermal produced
7’600 kWh electric produced
2 ton CO2 saved
IEA Annex25
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L’INSTALLAZIONE AL CENTRO SPORTIVO
L’inverter trasforma la corrente continua in alternata, con la possibilità di connetterlo direttamente alla rete elettrica pubblica
Buona parte della sensoristica è gestita da un concentratore che viene anche utilizzato per la gestione e l’invio dei dati tramite connessione internet protetta
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APPLICAZIONI CON BIO-GAS
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Progetto FUEL CELL e BIO-GAS con FONDAZIONE MACH
OPERAZIONI STABILI CON BIO-GAS FILTRATO
DERIVANTE DA BIO-DIGESTIONE ANAEROBICA
SCARTI DI BIOMASSE AGRICOLE
35% efficiency (LHV), the same as with NG
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IL PROGETTO EUROPEO ENE.FIELD
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2014-2017
SOLIDpower signed several
Associated Field partnerships with
important multi-utilities or Esco
SOLIDpower is going to install 2,5 kWel units
in Italy, Slovenia, Switzerland, …
Progetto da 52 mio €!
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In Trentino 6 unità installate nel 2014: Vigolo Vattaro Roncegno T. Trento Mezzolombardo
Circa 30 installazioni in programma nel 2015, incluso Borgo Vals. (9 unità installate) con unità
singole e a batteria
GRAZIE per L’ATTENZIONE
SOLIDPOWER SpA
via Trento 115/117 - c/o BIC - Mod C/D
38017 Mezzolombardo (TN) Italy
t. +39.0461.17.55.068
f. +39.0461.17.55.050
www.solidpower.com