NEXT GENERATION LITHIUM ENERGY STORAGE. COMPANY OVERVIEW • Research & Development/Sales/Distribution/Manufacturing • Product Development • Auxiliary power units • Large scale energy storage systems • Off grid lighting • Military.
Download ReportTranscript NEXT GENERATION LITHIUM ENERGY STORAGE. COMPANY OVERVIEW • Research & Development/Sales/Distribution/Manufacturing • Product Development • Auxiliary power units • Large scale energy storage systems • Off grid lighting • Military.
NEXT GENERATION LITHIUM ENERGY STORAGE. COMPANY OVERVIEW • Research & Development/Sales/Distribution/Manufacturing • Product Development • Auxiliary power units • Large scale energy storage systems • Off grid lighting • Military development projects • Next generation lithium-ion batteries THE SAFEST, MOST COMPACT, HIGHEST DENSITY ENERGY LITHIUM PACK AVAILABLE FOR THE ENERGY STORAGE INDUSTRY. • Unlimited Application Possibilities • Only True Modular System available for 'Plug-n-Play' • Superior charging recovery time (<2hrs = full charge) ENERGY STORAGE INTEGRATION OBJECTIVES • Lithium Polymer vs. AGM ( Lead Acid ) • Component Integration • Sophisticated Proprietary Software • Plug-n-Play ADVANCED BATTERY CONSIDERATIONS • Sophisticated BMS ( Battery Management System ) • Avoid Catastrophic Power Failures • Superior performance • Very few large safe lithium systems • Long prototype lead times and high costs PRODUCT FEATURES • Zero Emissions, Zero Ventilation necessary • Completely recyclable • Eco-friendly, eco-compliant - No lead, acid, or heavy metals • Conforms with EPA's new GREEN rules • 100 total Lithium Ah (amp hours) = up to 200 Lead Acid Ah • Up to 75% lighter in weight than a lead acid equivalent • 4000 cycles to 80% DOD without harm to battery • Solid state battery management system, first in class PRODUCT FEATURES • Safe & Stable • Automatic internal thermal controlled • Multiple layers of redundancy • Fully monitor each cell to conform to highest specifications • Same cell technology used in Ford Focus all electric car • No thermal build up w/large format cell reduces connection/ failure points in every pack • Wide range of DC input voltages from 12 – 600 VDC • 115, 230, 480 volts AC connection compatibility • Intelligent sleep mode, eliminates self discharge • Military grade construction & performance standards PRODUCT OPTIONS • Inverter/Charger compatible • Options available for battery monitoring display • Remote monitoring via cell, Wifi or inverter • Custom design available • Scalable: 1.5 Kwh - 10Kwh packs • Packs can be configured to megawatt energy storage systems • Limitless system size: series or parallel to meet voltage and capacity needs • Stackable - Racking system options LITHIUM VS. LEAD ACID BATTERIES • Superior Life Cycles • Cell Cycle Life: 10,000 • Higher Discharge Power • Less Charging Time • Less Self Discharge Rate • Less Weight and Size • High Temperature/ Low Temperature / Maintenance Free • Configurable in 12V to 800V • Widely accepted -48V Standard in Telephony Industry Xfinergy: Lithium 12V, 6kWh,139lbs Xfinergy: Lithium 48V, 6kWh,145lbs Lead Acid Equivalent (900lbs) Lead Acid Equivalent (>1000lbs) CELL CHEMISTRY ENERGY DENSITY COMPARISON Lead Acid Ni-MH Lithium High Energy Ni-Cd Cell Types Item Lead Acid Ni-Cd Ni-MH Lithium High Power Lithium High Energy Energy Density Wh/kg 35 40 50 140 200 Power Density W/kg 100 120 1300 2400 550 HOW MUCH DO BATTERIES REALLY COST? • Replacement cost • Life cycles • Depth of discharge (DOD) at each cycle • Lifetime kWh Cumulative • Efficiency / Performance factor • True Cost per kWh TRUE COST COMPARISON LEAD ACID VS. LITHIUM Battery Pack Size Chemistry 20kWh Pb-Ld AGM 12 x 4D 20kWh Lithium ( Volume ) Purchase Cost Lifetime Cycles Cost with Life Cycles In Efficiency True Cost (400 x 6kWh) $5,400 400 cycles 80% DOD 6,400 Wh $0.84/Wh 15% $0.97/Wh $36,000 4000 cycles 80% DOD ) 64,000Wh $0.55/Wh 2% $0.56/Wh (4000 x 6kWh • At all times, the lithium outperforms the AGM at a lower amortized cost • In any application that will fully utilize the capacity of the batteries, lithium is more cost effective COMBINING PROCESS ADVANTAGES OF LI-ION AND LI-POLYMER Cylindrical Type New technology for SLPB process Stacking Type o. Size flexibility o. Z-folding structure Li-ion Li-Polymer Mass production Ultra High power High Energy density High safety (using steel can) Low weight (using Al Film) Prismatic Type S L P B TYPE Continuous Automated Cell Assembly Processes Improved Safety High Discharge Rate Capability (20C-rate continuous) Faster Recharge Rate Various Capacity Prismatic (6mAh to 240Ah cell in production) Automation for better quality and cost control RECENT INNOVATIONS ACB 3209 LITHIUM BATTERY SPECIFICATIONS: • • • • • • 12V 6kwh 139lbs 400Ah = 600Ah Lead Acid 4000 cycles 80%DOD Charge 115V AC / 230V AC Lightweight, Modular 12V- 800V Configurable JMEC 1 MANUFACTURING ENVIRONMENT • Scalable • Low equipment cost • Plug n’ Play • Product flexibility