Slide 1: Lithium Technology Corporation Company Presentation
LITHIUM LITHIUM TECHNOLOGY TECHNOLOGY CORPORATION CORPORATION COMPANY COMPANY PRESENTATION PRESENTATION Exhibit 99.1
Slide 2: Company Overview
Company Overview Company Overview
Slide 3: Facilities
Facilities US Operations (LTC - Plymouth Meeting) • Corporate Headquarters • US Government/Military Development Contracts • R & D and cooperative programs with US raw material suppliers • US Sales • Battery design and assembly using GAIA cells • Limited contract production of specialty flat cells Eu
Slide 4: Current Operations
Current Operations Small Production/Large Pilot Scale Operation •78 Employees (22 in US, 56 in Germany) •FACILITIES • 120,000 ft facility in Nordhausen, Germany • 13,000 ft facility in Plymouth Meeting, PA, USA • PRODUCTS: • Custom engineered batteries • Development contracts • Cylindrical and flat
Slide 5: LTC’s Technology
LTC’s Technology LTC’s Technology
Slide 6: Technological Advantages of Lithium-Ion over other Chemistries
Technological Advantages of Lithium-Ion over other Chemistries Low (3.6V per cell) High (1.2V per cell) Medium (2V per cell) Battery Complexity (Number of Cells) Very Wide Wide Narrow Operational Temperature Range Very Low Low High Heat Generation Very Good Good Poor Fast Charge 3 to 10 x 3 to 6 x P
Slide 7: LTC Unique Propositions
LTC Unique Propositions Proprietary cell design IP • Low internal resistance allows for high power output and rapid charging with limited heat generation Proprietary manufacturing process • Lower cost extrusion and assembly allows scalability and opportunity for high gross margins • Environmentally
Slide 8: LTC’s Products
LTC’s Products LTC’s Products
Slide 9: LTC’s Product Portfolio
LTC’s Product Portfolio Present cylindrical cells range in capacity from 7.5 Ah to 500 Ah GAIA offers two basic types of products tailored to different applications • The HE product series is optimized towards high energy content with moderate rate capability (continuous discharge up to 2C) • The HP
Slide 10: Battery Systems Comparison - Ragone Plot
Battery Systems Comparison - Ragone Plot
Slide 11: Block Diagram of BMS
Block Diagram of BMS Data acquisition SOC SOH Comm . unit CAN U I T R Thermal management Safety management Fan, etc.. Contactor Battery Load& Charger Energy management
Slide 12: Example of 10S BMS Hardware
Example of 10S BMS Hardware Master Slave (10S) Current sensor Optically decouple d RS485 bus RS232 for flashing Master CAN interface Senso rs & main switch µ P µ P MUX to cells by I+ME, Available since 08/03 40 cm 130 cm Current / A Voltage / mV Temp. / °C Range -120..120 0..4500 -40..100 Resol. 4.8
Slide 13: Battery Example: 288V HEV Battery with 2kWh
Battery Example: 288V HEV Battery with 2kWh Weight of cell 0.32 kg Number of cells Packaging % Weight today kg Weight kg Length mm Width mm Height mm Volume L Power (18s) kW
Slide 14: Large, High Power Engineered Lithium Ion Is LTC’s Core Expertise
Large, High Power Engineered Lithium Ion Is LTC’s Core Expertise GAIA cells offer the highest power of any commercial lithium ion cell in the western hemisphere* (most amperes or watts per kilogram) • GAIA UHP product achieves 2400 W/kg (pulse) GAIA cells are the largest lithium ion cells produced i
Slide 15: Manufacturing Process
Manufacturing Process Manufacturing Process
Slide 16: Process - Extrusion
Process - Extrusion No emission of solvents Safe and environmental No ex-proof installation Cost-effective Co-extrusion of polymer blends LiNiCoAl dry blend cathode dry blend anode graphit, polymers and carbon black polymers and carbon black mixing and drying of cathode materials mixing and drying o
Slide 17: Process - Lamination
Process - Lamination anode material on carrier foil lamination of anode laminate of anode / Cu / anode
Slide 18: Processing Technology - Winding & Assembling
Processing Technology - Winding & Assembling cathode current collector "Al" anode current collector "Cu" tab and lid assembly housing laser welding lid with terminals anode separator cathode cell winding machine separator
Slide 19: Target Markets
Target Markets Target Markets
Slide 20: Markets with Projected Growth in Advanced Batteries
Markets with Projected Growth in Advanced Batteries Stationary Power Growing dependence on electrical power worldwide drives the demand for high quality high-reliability power for telecommunications, computers, mission critical applications, remote mobile and renewable power applications. Very large
Slide 21: Engineered Solutions
Engineered Solutions Engineered Solutions
Slide 22: Engineered Batteries
Engineered Batteries 36V/60Ah Battery for Silent Watch 36V/7.5Ah HEV prototype module 86V 27Ah for a solar vehicle application. 97V/480Ah Battery Manned Underwater Vehicle Prototype for the navy of a friendly foreign nation 8 paralleled 27S modules of the C60 cell 8x[97V/60Ah] => 46kWh
Slide 23: Battery Samples for Transportation Applications
Battery Samples for Transportation Applications Batteries for Electric Vehicles Wheelchair 10S 36V / 7.5 Ah E-Bike 10S 36V / 7.5Ah E-Quad 12KW 14S 50.4V / 60Ah
Slide 24: Battery design from specification through design and testing
Battery design from specification through design and testing Aluminum housing (6061 or 7075) Cylinder 0.090” End plate 0.375” BMS support plate ¼” G-10 Soft insulation ¼” silicone Upper header – ¾” Delrin Cells – 100 DD UHP Lower header – ¾” Delrin Insulation Plate – ¼” HDPE Aluminum End plate Mount
Slide 25: 300V Battery for whale watching buoy in final assembly
300V Battery for whale watching buoy in final assembly Nominal 300V – 10Ah battery. 85S-1P arrangement of 10Ah DD cells
Slide 26: 72V/60Ah Battery NASA-JSC Spider Robot project
72V/60Ah Battery NASA-JSC Spider Robot project Repeat Order was received recently
Slide 27: 8.1 kWh Battery for Plug-in Serial Hybrid
180 V, 8.1 kWh Battery for Plug-in Serial Hybrid 50S1P 180V/45Ah Mounted beneath the car
Slide 28: Robot Batteries
Robot Batteries OFRO 25V/27Ah 25V/60Ah
Slide 29: Stationery Power
Stationery Power High Power Backup Battery - 576V / 27 Ah / 15.5 kWh
Slide 30: Large Growth Opportunities
Large Growth Opportunities Large Growth Opportunities
Slide 31: Military: Thyssen-Krupp Submarine Battery
Military: Thyssen-Krupp Submarine Battery http://zone.sousmarins.free.fr/Sous-marins%20anaerobies.htm 500Ah Cell
Slide 32: TKMS Submarine Project Update
TKMS Submarine Project Update Phase I was successfully completed Phase II was approved • Development of modules for a submarine propulsion battery • Deliverable is 8 modules with a total of 320 kWh of energy content • Contract value is €614,000 Businessplan for 2 submarine batteries per year and an
Slide 33: Hybrid Electric Vehicles – Biggest Potential
Hybrid Electric Vehicles – Biggest Potential 80S1P 288V/7.5Ah Mounted in the trunk •LTC has equipped 3 Smart cars converted by Zytek to HEVs with GAIA batteries •LTC has sampled large European and US car manufacturers
Slide 34: Full Electric Vehicles
Full Electric Vehicles Specifications: •Li-Ion Battery 25kWh •Battery weight 200 kg •Range 250km With Innosys Engineering of the Netherlands, an EV with convincing performance was demonstrated
Slide 35: Renewable Energy: Wind Generators
Renewable Energy: Wind Generators GAIA Li Ion Batteries have been specified by a large German wind generator manufacturer for blade pitch control in its largest (2.5 MW) generator
Slide 36: Solar Battery Development Project
Solar Battery Develoment Project Photo voltaic power generation requires batteries • For buffering for grid-connected installations • For overnight storage for stand-alone solutions • Life time cost per kWh stored in the battery is the major issue • Competition lead acid suffers from a short lifetim
Slide 37: Lithium Technology Corporation GAIA – Powering the World Forward
Te Lithiun YGAIA Technology Corporation ‘Advanced Lithium Battery Systems TLL POWERING te worto FORWARD
Slide 38: Summary
Summary Large format, high power engineered Lithium Ion batteries are LTC's core expertise • Specific pulse power up to 2400 W/kg • Specific energy up to 150 Wh/kg • Cell energy content up to 216 Wh (60 Ah) LTC delivers customers with engineered battery packs from pilot facilities in Germany and the