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.

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Transcript 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