Mobile Hybrid Power

Sources

Milan - Tuesday, June 14, 2011 - Giovanni Dotelli - CTO

Mobile Hybrid Power

Sources

Portable HybridPower Generators and BatteriesPortable HybridPower Generators and Batteries

Objectives

Areas

Portable Hybrid PowerGenerator integratingPEMFC, Ion LithiumBatteries, SolidHydrogen and PV panels

CoreTechnology Advantages

Portable Hybrid PowerGenerator integratingPEMFC, Ion LithiumBatteries, SolidHydrogen and PV panels

Long running time of FuelCellsEasy and quick startresponse of BatteriesHigh energy density of H2Fuel free solar energysource

AdvantagesMaximize power andenergy density

Reduce to zero heatand noise signature

Provide a constant andreliable source of power inextreme environmentalconditions

Mission

Long running time of FuelCellsEasy and quick startresponse of BatteriesHigh energy density of H2Fuel free solar energysource

Maximize power andenergy density

Reduce to zero heatand noise signature

Provide a constant andreliable source of power inextreme environmentalconditions

Portable Fuel Cell Market(up to 500 Watt) in NorthAmerica on 2009 is 70 M$,expected to reach 510 M$on 2016 (CAGR 33,5%)

DemandMilitary, Emergency,Electro-medical, Marine,Caravan, Construction,Telecoms, Off GridResidential, RemoteTerminal Units, UnmannedSystems (UAV, UGV,UUV), Small vehicles

IndustryApplications

Esaote, SelexCommunications, SelexGalileo, Otomelara, SolGroup, De Nora Group, GPBatteries, Wass, CNR, FiatGroup

StrategicPartners

Portable Fuel Cell Market(up to 500 Watt) in NorthAmerica on 2009 is 70 M$,expected to reach 510 M$on 2016 (CAGR 33,5%)

Military, Emergency,Electro-medical, Marine,Caravan, Construction,Telecoms, Off GridResidential, RemoteTerminal Units, UnmannedSystems (UAV, UGV,UUV), Small vehicles

Esaote, SelexCommunications, SelexGalileo, Otomelara, SolGroup, De Nora Group, GPBatteries, Wass, CNR, FiatGroup

Esaote, SelexCommunications, SelexGalileo, Otomelara, SolGroup, De Nora Group, GPBatteries, Wass, CNR, FiatGroup

StrategicPartners

EU-MIUR Eurostar, FSREnergy Funding byLombardy Region and EU,EU -WP7

GrantsEsaote, SelexCommunications, SelexGalileo, Otomelara, SolGroup, De Nora Group, GPBatteries, Wass, CNR, FiatGroup

Established in 2009

HeadquarteredVimercate(MB), laboratories at Politecnico (Milan)

Shareholders Politecnico of Milan, ElemasterGroup, Petrone Group, Saati Group, Genbee

Technology PartnersArbin Instruments (USA), GP Batteries (CHINA), Schunk(D), Politecnico of Milan (IT), ENEA Casaccia (IT), HIAT(Hydrogen Institute for Applied Technologies - D)

Company

Overview

Location in Vimercate(Vimercate Tecnology Park)

Established in 2009

HeadquarteredVimercate(MB), laboratories at Politecnico (Milan)

Shareholders Politecnico of Milan, ElemasterGroup, Petrone Group, Saati Group, Genbee

Technology PartnersArbin Instruments (USA), GP Batteries (CHINA), Schunk(D), Politecnico of Milan (IT), ENEA Casaccia (IT), HIAT(Hydrogen Institute for Applied Technologies - D)Location in Milan

(Politecnico)

Established in 2009

HeadquarteredVimercate(MB), laboratories at Politecnico (Milan)

Shareholders Politecnico of Milan, ElemasterGroup, Petrone Group, Saati Group, Genbee

Technology PartnersArbin Instruments (USA), GP Batteries (CHINA), Schunk(D), Politecnico of Milan (IT), ENEA Casaccia (IT), HIAT(Hydrogen Institute for Applied Technologies - D)

Established in 2009

HeadquarteredVimercate(MB), laboratories at Politecnico (Milan)

Shareholders Politecnico of Milan, ElemasterGroup, Petrone Group, Saati Group, Genbee

Technology PartnersArbin Instruments (USA), GP Batteries (CHINA), Schunk(D), Politecnico of Milan (IT), ENEA Casaccia (IT), HIAT(Hydrogen Institute for Applied Technologies - D)

Strong international scientific activity is resulted in more then 100 scientific publications and 8 patents; 15 years in international andnational programs brings Genport be a leading designer, developer and manufacturer of advanced, lightweight technology forportable high energy density electric generation.

1996 Beginning of projects on ceramic materials technologies for Solid Oxide Fuel Cells (SOFC)YSZ and alumina–based compositesSimulation and modelling of the ionic conductors electric behaviourSr,Mg-doped lanthanum gallatesComposites materials for cathodes (LSGM – LSM)

2000 Beginning of projects on polymeric materials technologies for Proton Exchange Fuel Cells (PEMFC).Characterization and modeling of materials for Polymer Fuel Cells (PEM)Synthesis and electrical, physical-chemical characterization of Polymeric Membranes

2003 Production of first prototype of Gas Diffusion Layers.

2004 Innovative plasma based surface engineering for GDL patented (PCT/IT2005/200297).

2005 Development of Catalyst Coated Membrane and Micro Porous Layer.

2006 Development of Gas Diffusion Medium and Gas Diffusion Electrode.Joining the Advisory Board of PEMFLOW Project (Prediction and Management ofFluid Transport in PEM Fuel Cells DTI Project No: TP/6/S/K3032H Department of Trade and Industry – UK).

2008 Integration of our 5-MEA propriety configuration into 500 W stack.

2009 Foundation of GENPORT

2010 Release of First Generation of GENPORT 300 Hybrid Fuel Cell - 4 IT patents , 2 PCT

Company

ExpertiseStrong international scientific activity is resulted in more then 100 scientific publications and 8 patents; 15 years in international andnational programs brings Genport be a leading designer, developer and manufacturer of advanced, lightweight technology forportable high energy density electric generation.

1996 Beginning of projects on ceramic materials technologies for Solid Oxide Fuel Cells (SOFC)YSZ and alumina–based compositesSimulation and modelling of the ionic conductors electric behaviourSr,Mg-doped lanthanum gallatesComposites materials for cathodes (LSGM – LSM)

2000 Beginning of projects on polymeric materials technologies for Proton Exchange Fuel Cells (PEMFC).Characterization and modeling of materials for Polymer Fuel Cells (PEM)Synthesis and electrical, physical-chemical characterization of Polymeric Membranes

2003 Production of first prototype of Gas Diffusion Layers.

2004 Innovative plasma based surface engineering for GDL patented (PCT/IT2005/200297).

2005 Development of Catalyst Coated Membrane and Micro Porous Layer.

2006 Development of Gas Diffusion Medium and Gas Diffusion Electrode.Joining the Advisory Board of PEMFLOW Project (Prediction and Management ofFluid Transport in PEM Fuel Cells DTI Project No: TP/6/S/K3032H Department of Trade and Industry – UK).

2008 Integration of our 5-MEA propriety configuration into 500 W stack.

2009 Foundation of GENPORT

2010 Release of First Generation of GENPORT 300 Hybrid Fuel Cell - 4 IT patents , 2 PCT

Strong international scientific activity is resulted in more then 100 scientific publications and 8 patents; 15 years in international andnational programs brings Genport be a leading designer, developer and manufacturer of advanced, lightweight technology forportable high energy density electric generation.

1996 Beginning of projects on ceramic materials technologies for Solid Oxide Fuel Cells (SOFC)YSZ and alumina–based compositesSimulation and modelling of the ionic conductors electric behaviourSr,Mg-doped lanthanum gallatesComposites materials for cathodes (LSGM – LSM)

2000 Beginning of projects on polymeric materials technologies for Proton Exchange Fuel Cells (PEMFC).Characterization and modeling of materials for Polymer Fuel Cells (PEM)Synthesis and electrical, physical-chemical characterization of Polymeric Membranes

2003 Production of first prototype of Gas Diffusion Layers.

2004 Innovative plasma based surface engineering for GDL patented (PCT/IT2005/200297).

2005 Development of Catalyst Coated Membrane and Micro Porous Layer.

2006 Development of Gas Diffusion Medium and Gas Diffusion Electrode.Joining the Advisory Board of PEMFLOW Project (Prediction and Management ofFluid Transport in PEM Fuel Cells DTI Project No: TP/6/S/K3032H Department of Trade and Industry – UK).

2008 Integration of our 5-MEA propriety configuration into 500 W stack.

2009 Foundation of GENPORT

2010 Release of First Generation of GENPORT 300 Hybrid Fuel Cell - 4 IT patents , 2 PCT

Strong international scientific activity is resulted in more then 100 scientific publications and 8 patents; 15 years in international andnational programs brings Genport be a leading designer, developer and manufacturer of advanced, lightweight technology forportable high energy density electric generation.

1996 Beginning of projects on ceramic materials technologies for Solid Oxide Fuel Cells (SOFC)YSZ and alumina–based compositesSimulation and modelling of the ionic conductors electric behaviourSr,Mg-doped lanthanum gallatesComposites materials for cathodes (LSGM – LSM)

2000 Beginning of projects on polymeric materials technologies for Proton Exchange Fuel Cells (PEMFC).Characterization and modeling of materials for Polymer Fuel Cells (PEM)Synthesis and electrical, physical-chemical characterization of Polymeric Membranes

2003 Production of first prototype of Gas Diffusion Layers.

2004 Innovative plasma based surface engineering for GDL patented (PCT/IT2005/200297).

2005 Development of Catalyst Coated Membrane and Micro Porous Layer.

2006 Development of Gas Diffusion Medium and Gas Diffusion Electrode.Joining the Advisory Board of PEMFLOW Project (Prediction and Management ofFluid Transport in PEM Fuel Cells DTI Project No: TP/6/S/K3032H Department of Trade and Industry – UK).

2008 Integration of our 5-MEA propriety configuration into 500 W stack.

2009 Foundation of GENPORT

2010 Release of First Generation of GENPORT 300 Hybrid Fuel Cell - 4 IT patents , 2 PCT

Company

Team

OperationConsists of 4 engineers (1 electrical, 1 chemical, 1 mechanical, 1 electronic), 1backup office and relies on two departments at the Politecnico of Milan withresearch groups focused on FC components, Sodioboro, Simulation.

ManagementPaolo Fracas (CEO), electrical engineer, post graduate international studiesat MIT, 21 years managerial experience in multinational companies, 10 yearsexperience in FC.

Giovanni Dotelli (CSO), chemical engineer, Associate Professor at Politecnicoof Milano, 21 years experience in material science, more than 80 publications,16 years experience in FC.

Franco Fattorini (Chairman), industrial chemist, MBA at Henley ManagementCollege (UK), entrepreneur, 21 years managerial experience.

OperationConsists of 4 engineers (1 electrical, 1 chemical, 1 mechanical, 1 electronic), 1backup office and relies on two departments at the Politecnico of Milan withresearch groups focused on FC components, Sodioboro, Simulation.

ManagementPaolo Fracas (CEO), electrical engineer, post graduate international studiesat MIT, 21 years managerial experience in multinational companies, 10 yearsexperience in FC.

Giovanni Dotelli (CSO), chemical engineer, Associate Professor at Politecnicoof Milano, 21 years experience in material science, more than 80 publications,16 years experience in FC.

Franco Fattorini (Chairman), industrial chemist, MBA at Henley ManagementCollege (UK), entrepreneur, 21 years managerial experience.

OperationConsists of 4 engineers (1 electrical, 1 chemical, 1 mechanical, 1 electronic), 1backup office and relies on two departments at the Politecnico of Milan withresearch groups focused on FC components, Sodioboro, Simulation.

ManagementPaolo Fracas (CEO), electrical engineer, post graduate international studiesat MIT, 21 years managerial experience in multinational companies, 10 yearsexperience in FC.

Giovanni Dotelli (CSO), chemical engineer, Associate Professor at Politecnicoof Milano, 21 years experience in material science, more than 80 publications,16 years experience in FC.

Franco Fattorini (Chairman), industrial chemist, MBA at Henley ManagementCollege (UK), entrepreneur, 21 years managerial experience.

OperationConsists of 4 engineers (1 electrical, 1 chemical, 1 mechanical, 1 electronic), 1backup office and relies on two departments at the Politecnico of Milan withresearch groups focused on FC components, Sodioboro, Simulation.

ManagementPaolo Fracas (CEO), electrical engineer, post graduate international studiesat MIT, 21 years managerial experience in multinational companies, 10 yearsexperience in FC.

Giovanni Dotelli (CSO), chemical engineer, Associate Professor at Politecnicoof Milano, 21 years experience in material science, more than 80 publications,16 years experience in FC.

Franco Fattorini (Chairman), industrial chemist, MBA at Henley ManagementCollege (UK), entrepreneur, 21 years managerial experience.

Organization

Overview

Lean organizationfocused on R&D - S&MMilan (Politecnico)H2 and Stack Research Numerical Simulation, MEAand Stack Design, Sodioboro H2 Research, MEAand Stack Test Lab

Lomagna (LC)Batteries and Fuel Cell Systems EngineeringFuel Cell System Engineering, BMS Engineering,System Test

Prototyping Assemblies

Sales, Marketing, Project FundingAdministration, Finance, Legal, Procurement, HRM

Lean organizationfocused on R&D - S&MMilan (Politecnico)H2 and Stack Research Numerical Simulation, MEAand Stack Design, Sodioboro H2 Research, MEAand Stack Test Lab

Lomagna (LC)Batteries and Fuel Cell Systems EngineeringFuel Cell System Engineering, BMS Engineering,System Test

Prototyping Assemblies

Sales, Marketing, Project FundingAdministration, Finance, Legal, Procurement, HRM

Intellectual Property Rights

IPR

GENPORT hybrid generators are based onproprietary technology (6 patent pending) with thefollowing distinctive elements:

Highly efficient hybrid power supply to managePEMFC- Battery subsystems (patent pending Nr.MI2010A000168)

Solid hydrogen (Sodioboro-based) characterized byhigh energy density, zero impact (patent pending Nr.RM2009U000199)

Ergonomic wearable case concept (patent pendingNr. LC 2010U000001)

Hybrid solar generation technology no other fuelsrequired (patent pending Nr. PCT/EP2010/056998,Nr. MI2009A000907)

Solid hydrogen (Sodioboro-based) characterized byhigh energy density, zero impact (patent pending Nr.PCT/IB2010/055947)

GENPORT hybrid generators are based onproprietary technology (6 patent pending) with thefollowing distinctive elements:

Highly efficient hybrid power supply to managePEMFC- Battery subsystems (patent pending Nr.MI2010A000168)

Solid hydrogen (Sodioboro-based) characterized byhigh energy density, zero impact (patent pending Nr.RM2009U000199)

Ergonomic wearable case concept (patent pendingNr. LC 2010U000001)

Hybrid solar generation technology no other fuelsrequired (patent pending Nr. PCT/EP2010/056998,Nr. MI2009A000907)

Solid hydrogen (Sodioboro-based) characterized byhigh energy density, zero impact (patent pending Nr.PCT/IB2010/055947)

Key Product

Lines

ION LITHIUMBattery PacksHigh electricalenergy storage

GenFuelSolid H2High chemicalenergy storage

GenPort 300Hybrid Fuel CellWearablegenerator

GenPort 300Hybrid Fuel CellWearablegenerator

GenPort 300Hybrid Solar PEMPortablegenerator

Extreme Wearable

Power Source

GenPort 300 Hybrid Fuel Cell300 Watts nominal electrical power generation

output (400 Watts peak power) • Voltage: 24 Vdc,

230/110 Vac • Extreme Operating Temperature

Range • No thermal or acoustic signature •

Lightweight • Green H2 Fuel: GenFuel, Compressed H2,

Metal Hydrides • Rugged water-proof, shock/vibrations

resistant case.

GenPort 300 Hybrid Fuel Cell300 Watts nominal electrical power generation

output (400 Watts peak power) • Voltage: 24 Vdc,

230/110 Vac • Extreme Operating Temperature

Range • No thermal or acoustic signature •

Lightweight • Green H2 Fuel: GenFuel, Compressed H2,

Metal Hydrides • Rugged water-proof, shock/vibrations

resistant case.

GenPort 300 PEM SolarPortable continuous power source • 400 Watts peak

power output • Voltage: 24 Vdc, 230/110 Vac • No

need of battery bank • Higher energy density than

traditional PV units • Runtime 24 Hours / 7 days

without external fuel • No thermal and acoustic

signature • Rugged water-proof and shock/vibrations

resistant case.

Extreme Portable

Power Source

GenPort 300 PEM SolarPortable continuous power source • 400 Watts peak

power output • Voltage: 24 Vdc, 230/110 Vac • No

need of battery bank • Higher energy density than

traditional PV units • Runtime 24 Hours / 7 days

without external fuel • No thermal and acoustic

signature • Rugged water-proof and shock/vibrations

resistant case.

GenPort 300 PEM SolarPortable continuous power source • 400 Watts peak

power output • Voltage: 24 Vdc, 230/110 Vac • No

need of battery bank • Higher energy density than

traditional PV units • Runtime 24 Hours / 7 days

without external fuel • No thermal and acoustic

signature • Rugged water-proof and shock/vibrations

resistant case.

GenPort 300 PEM SolarPortable continuous power source • 400 Watts peak

power output • Voltage: 24 Vdc, 230/110 Vac • No

need of battery bank • Higher energy density than

traditional PV units • Runtime 24 Hours / 7 days

without external fuel • No thermal and acoustic

signature • Rugged water-proof and shock/vibrations

resistant case.

GenFuel• Solid H2 • Cartridge capacity 400Wh

(2 Hours runtime @ 200 W) extending in hot

swapping • Safe H2 storage and generation •

Zero environmental impact • H2 on demand •

High energy density (1000 Wh/kg) • Recyclable

co-products.

Generation

Hydrogen

GenFuel• Solid H2 • Cartridge capacity 400Wh

(2 Hours runtime @ 200 W) extending in hot

swapping • Safe H2 storage and generation •

Zero environmental impact • H2 on demand •

High energy density (1000 Wh/kg) • Recyclable

co-products.

GenFuel• Solid H2 • Cartridge capacity 400Wh

(2 Hours runtime @ 200 W) extending in hot

swapping • Safe H2 storage and generation •

Zero environmental impact • H2 on demand •

High energy density (1000 Wh/kg) • Recyclable

co-products.

GenFuel• Solid H2 • Cartridge capacity 400Wh

(2 Hours runtime @ 200 W) extending in hot

swapping • Safe H2 storage and generation •

Zero environmental impact • H2 on demand •

High energy density (1000 Wh/kg) • Recyclable

co-products.

GenH2• PEM H2 generator • Safe H2 storage and

generation • Zero environmental impact • Power

Supply : 15-35V DC / 220 V AV • Power : 570W •

Flow Rate: 1360 cc/min • Pressure ouput: 16 Bar

• Weight : 11Kg • Operating temperature: 3 °C –

45 °C • Hydrogen production purity: 99.999 % •

Rugged water-proof case

Generation

Hydrogen

GenH2• PEM H2 generator • Safe H2 storage and

generation • Zero environmental impact • Power

Supply : 15-35V DC / 220 V AV • Power : 570W •

Flow Rate: 1360 cc/min • Pressure ouput: 16 Bar

• Weight : 11Kg • Operating temperature: 3 °C –

45 °C • Hydrogen production purity: 99.999 % •

Rugged water-proof case

GenH2• PEM H2 generator • Safe H2 storage and

generation • Zero environmental impact • Power

Supply : 15-35V DC / 220 V AV • Power : 570W •

Flow Rate: 1360 cc/min • Pressure ouput: 16 Bar

• Weight : 11Kg • Operating temperature: 3 °C –

45 °C • Hydrogen production purity: 99.999 % •

Rugged water-proof case

GenH2• PEM H2 generator • Safe H2 storage and

generation • Zero environmental impact • Power

Supply : 15-35V DC / 220 V AV • Power : 570W •

Flow Rate: 1360 cc/min • Pressure ouput: 16 Bar

• Weight : 11Kg • Operating temperature: 3 °C –

45 °C • Hydrogen production purity: 99.999 % •

Rugged water-proof case

GenPV• Retractable PV Array for remote energy

generation • Wp : 261,0W • Voc: 54,5V • Isc:

6,0A • Vmp: 45,8V • Imp: 5,7A • Weight PV

array: 5 Kg • Ion Lithium Battery Pack • Zero

environmental impact

Generation

Photovoltaic

GenPV• Retractable PV Array for remote energy

generation • Wp : 261,0W • Voc: 54,5V • Isc:

6,0A • Vmp: 45,8V • Imp: 5,7A • Weight PV

array: 5 Kg • Ion Lithium Battery Pack • Zero

environmental impact

GenPV• Retractable PV Array for remote energy

generation • Wp : 261,0W • Voc: 54,5V • Isc:

6,0A • Vmp: 45,8V • Imp: 5,7A • Weight PV

array: 5 Kg • Ion Lithium Battery Pack • Zero

environmental impact

GenPV• Retractable PV Array for remote energy

generation • Wp : 261,0W • Voc: 54,5V • Isc:

6,0A • Vmp: 45,8V • Imp: 5,7A • Weight PV

array: 5 Kg • Ion Lithium Battery Pack • Zero

environmental impact

Design of Battery packs based on Ion Lithium Cells for

Military, Electro-medical, Unmanned Systems

Mechanical Engineering, Battery Management Systems (BMS)

CC / CV Charge/Discharge Cycling Test, Stress Test, Life Analysis,

SOC Testing, Storage Self Discharge

Engineering directly into the host equipment

Different cell configurations as well as a range of connectors

Pack using cells extensively tested in a range of harsh environments

Power source rely on a Smart Battery

Interface allowing communication via SMBs

Ion Lithium

Battery Packs

Design of Battery packs based on Ion Lithium Cells for

Military, Electro-medical, Unmanned Systems

Mechanical Engineering, Battery Management Systems (BMS)

CC / CV Charge/Discharge Cycling Test, Stress Test, Life Analysis,

SOC Testing, Storage Self Discharge

Engineering directly into the host equipment

Different cell configurations as well as a range of connectors

Pack using cells extensively tested in a range of harsh environments

Power source rely on a Smart Battery

Interface allowing communication via SMBs

Design of Battery packs based on Ion Lithium Cells for

Military, Electro-medical, Unmanned Systems

Mechanical Engineering, Battery Management Systems (BMS)

CC / CV Charge/Discharge Cycling Test, Stress Test, Life Analysis,

SOC Testing, Storage Self Discharge

Engineering directly into the host equipment

Different cell configurations as well as a range of connectors

Pack using cells extensively tested in a range of harsh environments

Power source rely on a Smart Battery

Interface allowing communication via SMBs

Design of Battery packs based on Ion Lithium Cells for

Military, Electro-medical, Unmanned Systems

Mechanical Engineering, Battery Management Systems (BMS)

CC / CV Charge/Discharge Cycling Test, Stress Test, Life Analysis,

SOC Testing, Storage Self Discharge

Engineering directly into the host equipment

Different cell configurations as well as a range of connectors

Pack using cells extensively tested in a range of harsh environments

Power source rely on a Smart Battery

Interface allowing communication via SMBs

Bench Specification Arbin BT2000 Linear battery testing system Application notes: Electrochemical R&D Half cell testing and materials research Primary & secondary battery testing Lead, Lithium and alkaline battery cycling

Hardware specifications: Number of channels: 6 Voltage range: : 0~20V Accuracy of voltage control:: ± 0.05% FSR Maximum current per channel:: 50A Accuracy of current control:: ± 0.05% FSR Current rising time: : 0.5 ~ 1ms Current and voltage resolution:: 0.0015% FSR Maximum continuous power per channel: 1000W Voltage clamp Temperature channels

Ion Lithium

Battery PacksBench Specification

Arbin BT2000 Linear battery testing system Application notes: Electrochemical R&D Half cell testing and materials research Primary & secondary battery testing Lead, Lithium and alkaline battery cycling

Hardware specifications: Number of channels: 6 Voltage range: : 0~20V Accuracy of voltage control:: ± 0.05% FSR Maximum current per channel:: 50A Accuracy of current control:: ± 0.05% FSR Current rising time: : 0.5 ~ 1ms Current and voltage resolution:: 0.0015% FSR Maximum continuous power per channel: 1000W Voltage clamp Temperature channels

Bench Specification Arbin BT2000 Linear battery testing system Application notes: Electrochemical R&D Half cell testing and materials research Primary & secondary battery testing Lead, Lithium and alkaline battery cycling

Hardware specifications: Number of channels: 6 Voltage range: : 0~20V Accuracy of voltage control:: ± 0.05% FSR Maximum current per channel:: 50A Accuracy of current control:: ± 0.05% FSR Current rising time: : 0.5 ~ 1ms Current and voltage resolution:: 0.0015% FSR Maximum continuous power per channel: 1000W Voltage clamp Temperature channels

Bench Specification Arbin BT2000 Linear battery testing system Application notes: Electrochemical R&D Half cell testing and materials research Primary & secondary battery testing Lead, Lithium and alkaline battery cycling

Hardware specifications: Number of channels: 6 Voltage range: : 0~20V Accuracy of voltage control:: ± 0.05% FSR Maximum current per channel:: 50A Accuracy of current control:: ± 0.05% FSR Current rising time: : 0.5 ~ 1ms Current and voltage resolution:: 0.0015% FSR Maximum continuous power per channel: 1000W Voltage clamp Temperature channels

BMS configuration using TI BQEasy wizard tool

TI BQEasy SW simplifies all the BMS development

steps using a friendly wizard tool:

Pack Configuration: Cell and Pack arrangement,

electrical and cut off values

Fuel Gauge Calibration

Cell chemistry file selection from BQEasy list

Cell chemistry characterization using Arbin tester (if

chemistry file is not in BQEasy list)

Pack initial charge/discharge learning cycles

implementation

“Golden File” creation for production phase

Ion Lithium

Battery Packs

BMS configuration using TI BQEasy wizard tool

TI BQEasy SW simplifies all the BMS development

steps using a friendly wizard tool:

Pack Configuration: Cell and Pack arrangement,

electrical and cut off values

Fuel Gauge Calibration

Cell chemistry file selection from BQEasy list

Cell chemistry characterization using Arbin tester (if

chemistry file is not in BQEasy list)

Pack initial charge/discharge learning cycles

implementation

“Golden File” creation for production phase

BMS configuration using TI BQEasy wizard tool

TI BQEasy SW simplifies all the BMS development

steps using a friendly wizard tool:

Pack Configuration: Cell and Pack arrangement,

electrical and cut off values

Fuel Gauge Calibration

Cell chemistry file selection from BQEasy list

Cell chemistry characterization using Arbin tester (if

chemistry file is not in BQEasy list)

Pack initial charge/discharge learning cycles

implementation

“Golden File” creation for production phase

BMS configuration using TI BQEasy wizard tool

TI BQEasy SW simplifies all the BMS development

steps using a friendly wizard tool:

Pack Configuration: Cell and Pack arrangement,

electrical and cut off values

Fuel Gauge Calibration

Cell chemistry file selection from BQEasy list

Cell chemistry characterization using Arbin tester (if

chemistry file is not in BQEasy list)

Pack initial charge/discharge learning cycles

implementation

“Golden File” creation for production phase

Lithium-ion packs “Off the Shelf”; minimum height and maximum energy density; designed directlyinto the host equipment or supplied in an external housing,. different cell configurations,connectors, Cell Balance, Smart Battery Interface allows communication via SMBs

Battery pack 4S3P

Nominal Voltage : 14.8 V

Maximum Charge Voltage : 16.8 V

Discharge Cut-off Voltage : 11.2 V

Typical Capacity : 6600 mAh at 0.2 C

Minimum Capacity : 6128 mAh at 0.2 C

Standard Charge : Constant current at 3300 mA with maximum voltage of 16.8 V for 3 hours

Standard Discharge : Constant current at 1320 mA to 11.2 V

Maximum charging current : 6600 mA

Maximum discharging current : 8000 mA

Operating Temperature : 0°C - 45°C (Charging) / -20°C - 60°C (Discharging)

Storage Temperature : -20°C - 45°C

Ion Lithium

Battery PacksLithium-ion packs “Off the Shelf”; minimum height and maximum energy density; designed directlyinto the host equipment or supplied in an external housing,. different cell configurations,connectors, Cell Balance, Smart Battery Interface allows communication via SMBs

Battery pack 4S3P

Nominal Voltage : 14.8 V

Maximum Charge Voltage : 16.8 V

Discharge Cut-off Voltage : 11.2 V

Typical Capacity : 6600 mAh at 0.2 C

Minimum Capacity : 6128 mAh at 0.2 C

Standard Charge : Constant current at 3300 mA with maximum voltage of 16.8 V for 3 hours

Standard Discharge : Constant current at 1320 mA to 11.2 V

Maximum charging current : 6600 mA

Maximum discharging current : 8000 mA

Operating Temperature : 0°C - 45°C (Charging) / -20°C - 60°C (Discharging)

Storage Temperature : -20°C - 45°C

Lithium-ion packs “Off the Shelf”; minimum height and maximum energy density; designed directlyinto the host equipment or supplied in an external housing,. different cell configurations,connectors, Cell Balance, Smart Battery Interface allows communication via SMBs

Battery pack 4S3P

Nominal Voltage : 14.8 V

Maximum Charge Voltage : 16.8 V

Discharge Cut-off Voltage : 11.2 V

Typical Capacity : 6600 mAh at 0.2 C

Minimum Capacity : 6128 mAh at 0.2 C

Standard Charge : Constant current at 3300 mA with maximum voltage of 16.8 V for 3 hours

Standard Discharge : Constant current at 1320 mA to 11.2 V

Maximum charging current : 6600 mA

Maximum discharging current : 8000 mA

Operating Temperature : 0°C - 45°C (Charging) / -20°C - 60°C (Discharging)

Storage Temperature : -20°C - 45°C

Lithium-ion packs “Off the Shelf”; minimum height and maximum energy density; designed directlyinto the host equipment or supplied in an external housing,. different cell configurations,connectors, Cell Balance, Smart Battery Interface allows communication via SMBs

Battery pack 4S3P

Nominal Voltage : 14.8 V

Maximum Charge Voltage : 16.8 V

Discharge Cut-off Voltage : 11.2 V

Typical Capacity : 6600 mAh at 0.2 C

Minimum Capacity : 6128 mAh at 0.2 C

Standard Charge : Constant current at 3300 mA with maximum voltage of 16.8 V for 3 hours

Standard Discharge : Constant current at 1320 mA to 11.2 V

Maximum charging current : 6600 mA

Maximum discharging current : 8000 mA

Operating Temperature : 0°C - 45°C (Charging) / -20°C - 60°C (Discharging)

Storage Temperature : -20°C - 45°C

Lithium-ion packs “Off the Shelf”; minimum height and maximum energy density; designed directlyinto the host equipment or supplied in an external housing,. different cell configurations,connectors, Cell Balance, Smart Battery Interface allows communication via SMBs

Battery pack 3S1P

Nominal Voltage: 11.1 V

Maximum Charge Voltage: 12.6 V

Discharge Cut-off Voltage : 8.25 V

Typical Capacity : 4400 mAh at 0.2 C

Standard Charge : Constant current at 3100 mA with maximum voltage of 16.8 V for 2 hours

Standard Discharge : Constant current at 4400 mA to 8.25 V

Maximum charging current : 8800 mA

Maximum discharging current : 12000 mA

Operating Temperature : -10°C - 60°C (Charging) / -40°C - 70°C (Discharging)

Storage Temperature : -40°C - 60°C

Ion Lithium

Battery PacksLithium-ion packs “Off the Shelf”; minimum height and maximum energy density; designed directlyinto the host equipment or supplied in an external housing,. different cell configurations,connectors, Cell Balance, Smart Battery Interface allows communication via SMBs

Battery pack 3S1P

Nominal Voltage: 11.1 V

Maximum Charge Voltage: 12.6 V

Discharge Cut-off Voltage : 8.25 V

Typical Capacity : 4400 mAh at 0.2 C

Standard Charge : Constant current at 3100 mA with maximum voltage of 16.8 V for 2 hours

Standard Discharge : Constant current at 4400 mA to 8.25 V

Maximum charging current : 8800 mA

Maximum discharging current : 12000 mA

Operating Temperature : -10°C - 60°C (Charging) / -40°C - 70°C (Discharging)

Storage Temperature : -40°C - 60°C

Lithium-ion packs “Off the Shelf”; minimum height and maximum energy density; designed directlyinto the host equipment or supplied in an external housing,. different cell configurations,connectors, Cell Balance, Smart Battery Interface allows communication via SMBs

Battery pack 3S1P

Nominal Voltage: 11.1 V

Maximum Charge Voltage: 12.6 V

Discharge Cut-off Voltage : 8.25 V

Typical Capacity : 4400 mAh at 0.2 C

Standard Charge : Constant current at 3100 mA with maximum voltage of 16.8 V for 2 hours

Standard Discharge : Constant current at 4400 mA to 8.25 V

Maximum charging current : 8800 mA

Maximum discharging current : 12000 mA

Operating Temperature : -10°C - 60°C (Charging) / -40°C - 70°C (Discharging)

Storage Temperature : -40°C - 60°C

Lithium-ion packs “Off the Shelf”; minimum height and maximum energy density; designed directlyinto the host equipment or supplied in an external housing,. different cell configurations,connectors, Cell Balance, Smart Battery Interface allows communication via SMBs

Battery pack 3S1P

Nominal Voltage: 11.1 V

Maximum Charge Voltage: 12.6 V

Discharge Cut-off Voltage : 8.25 V

Typical Capacity : 4400 mAh at 0.2 C

Standard Charge : Constant current at 3100 mA with maximum voltage of 16.8 V for 2 hours

Standard Discharge : Constant current at 4400 mA to 8.25 V

Maximum charging current : 8800 mA

Maximum discharging current : 12000 mA

Operating Temperature : -10°C - 60°C (Charging) / -40°C - 70°C (Discharging)

Storage Temperature : -40°C - 60°C

Power Solution Example of Applications

Genport 300 HFC withGenH2

10h @ 100 W with 1 canister MH: Auxiliary Power forYachts and Camper, UPS for Telecoms.

Genport 300 HFC withGenFUEL

8 h@ 100 W with 2 cartidges: Battery Charger forComputers, Radios, Fax, Satellite Phones,Electromedical Devices.

Product

Applications

Genport 300 HPS24 h @ 100 W: Continuous Power Supply for smallTelecoms, Electromedical Devices.

Genport 300 HPS withGenFUEL

16 h @ 100 W / 8h @ 200 W with 2 cartidges:Continuous Power Supply for yachts and camper, UPSfor Telecoms.

GenPV 50 10 h @ 50 W: Battery Charger for Radios, Fax, SatellitePhones, Small Electromedical Devices.

GenPV 200 10 h @ 100 W: Battery Charger for Computers, Radios,Fax, Satellite Phones, Electromedical Devices.

Example of Applications

10h @ 100 W with 1 canister MH: Auxiliary Power forYachts and Camper, UPS for Telecoms.

8 h@ 100 W with 2 cartidges: Battery Charger forComputers, Radios, Fax, Satellite Phones,Electromedical Devices.

24 h @ 100 W: Continuous Power Supply for smallTelecoms, Electromedical Devices.

16 h @ 100 W / 8h @ 200 W with 2 cartidges:Continuous Power Supply for yachts and camper, UPSfor Telecoms.

10 h @ 50 W: Battery Charger for Radios, Fax, SatellitePhones, Small Electromedical Devices.

10 h @ 100 W: Battery Charger for Computers, Radios,Fax, Satellite Phones, Electromedical Devices.

Extended Power

100 WattMission 20 DaysCapacity 48 kWh• Compared to state of the art Lithium Batteries,dramatic weight savings are possible

• GP300 HFC is over 20x lighter than Lead AcidBatteries

• No effect of extreme environments on energystorage by Genfuel (Solid H2)

Mission 20 DaysCapacity 48 kWh• Compared to state of the art Lithium Batteries,dramatic weight savings are possible

• GP300 HFC is over 20x lighter than Lead AcidBatteries

• No effect of extreme environments on energystorage by Genfuel (Solid H2)

Energy Density:180 Wh/kg - BA5590Batteries

Cost: € 29.000

270 Kg 80 KgEnergy Density:610 Wh/kg - GP300 HFC& GenFuel Cartridges

Cost: € 6.900

Hybrid Fuel Cell

Field Trials

Thank youpaolo.fracas@genport.itwww.genport.it