RAMPTECH IBS Advanced Lithium-ION Battery
Making GSE Greener
Ramptech® IBS
Advanced Lithium-Ion Battery
RAMPTECH® IBS ADVANCED LITHIUM-ION BATTERY
DOWNLOAD PRODUCT SHEET
IBS – Intelligent Battery Systems
Longer Life / Quick Charging
Li-ION Technology
Drop-in solution
Replace your lead acid battery
Modular Advantage
Can expand capacity up to 176 kWh
Converting your old batteries to lithium RAMPTECH® IBS Solution means:
Reduce GSE Downtime
Lower Your Operational Cost
Longer Life
IBS HAS SUPERIOR RELIABILITY AND EFFICIENCY COMPARED TO LEAD ACID BATTERIES
FEATURES
- MODULAR DESIGN FOR SPECIFIC GSE APPLICATIONS
- EXTENDED BATTERY LIFETIME
- BUILT-IN BATTERY MANAGEMENT SYSTEM (BMS)
- HIGH PERFORMANCE
- HIGH RELIABILITY
- QUICK CHARGING
- MAINTENANCE FREE
- USES SAFE & STABLE LITHIUM IRON PHOSPHATE (LFP) TECHNOLOGY
- LIFECYCLE MANAGEMENT DESIGN FOR MAXIMUM PERFORMANCE AND MINIMIZED TOTAL COST OF OWNERSHIP
- FLEXIBLE OPPORTUNITY CHARGING
- BETTER FOR THE ENVIRONMENT
A COMPARISON OF LEAD ACID vs LI-ON BATTERIES
AND WHY LITHIUM-ION IS BETTER
RAMPTECH® IBS MODULAR ADVANTAGE
RAMPTECHCAN BE USED LIKE BUILDING BLOCKS IN 22 KWH INCREMENTS
RAMPTECH® IBS consists of 80 VDC packs that can be combined like building blocks, to create batteries in 22 kWh increments (44, 66, 88 kWh or higher).
Additional packs can be easily installed on-site to increase capacity of the battery for higher duty requirements, allowing for optimization.
Size and dimensions of the packs are designed to match the size and space of most existing battery compartments as a GSE “drop-in” solution.
INNOVATIVE LIFE CYCLE MANAGEMENT
RAMPTECH® IBS is designed with advanced life cycle management that allows a significant decrease on the total cost of ownership. Due to its flexible design the battery life can be extended by changing its application.
Avanced Life Cycle Usage Management
Step 1 – New
New IBS batteries can be used on the most demanding GSE applications.
Baggage and Cargo Tractors, Driving long distance.
Step 2 – Into Its Lifecycle
As the IBS battery performance decreases, inc can be installed in less demanding applications
Like Cargo Loaders or Aircraft Tractors.
Step 3 – Towards the end of Its Lifecycle
Eventually, IBS batteries can be used on lighter-duty equipment.
Like Belt Loaders or Passenger Steps.
RECOMMENDED AND AVAILABLE COMBINATIONS
| | Baggage Tractor/Tow | Tow Tractor Bag/Tow/Cargo Trailer | Belt Loader | Ground Power Unit | Passanger Stairs | Lav Service/Water Service Truck | Aircraft Pushback Tractor (Narrow Body - up to 757) | Aircraft Towbarless Tractor (Small Aircraft) | Aircraft Towbarless Tractor (Wide Body AC 350/B777) | Cargo Loader (Small-Medium) | Cargo Loader (Medium-Large) | Container/Pallet Transporter |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| 1 Pack (22 kWh) | Available | Available | Recommended | Recommended | Recommended | |||||||
| 2 Packs (44 kWh) | Recommended | Recommended | Available | Available | Available | Available | Recommended | Recommended | Recommended | |||
| 3 Packs (66 kWh) | Available | Available | Available | Recommended | Available | Available | Available | |||||
| 4 Packs (88 kWh) | Available | Recommended | ||||||||||
| 4 Packs+ (88 kWh high current) | Recommended | |||||||||||
| 5 Pack (110 kWh) | ||||||||||||
| 6 Pack (132 kWh) | Recommended | |||||||||||
| 7 Pack (154 kWh) | Available | |||||||||||
| 8 Pack (176 kWh high current) | Available |
• DUTY CYCLE AND ACCESS TO OPPORTUNITY CHARGING ARE KEY CRITERIA FOR CAPACITY SELECTION
ITEM | 1 PACK - 22 kWh | 2 PACKS - 44 kWh | 3 PACKS - 66 kWh | 4 PACKS - 89 kWh | 5 PACKS - 110 kWh | 6 PACKS - 133 kWh |
PDU2 | 80 min | 150 min | Add New | Add New | Add New | Add New |
PDU4 | Add New | 80 min | 110 min | 150 min | Add New | Add New |
PDU4+ | Add New | Add New | Add New | 150 min | Add New | Add New |
PDU5 | Add New | Add New | Add New | Add New | 180 min | Add New |
PDU6 | Add New | Add New | Add New | Add New | Add New | 220 min |
- CHARGE ANYTIME/ANYWHERE
- OPPORTUNITY AND QUICK CHARGING
- LESS CONSTRAINT ON CHARGER INSTALLATION AND “PLACE SPECIFIC” CHARGING COMPARED TO LEAD ACID BATTERIES
| Title | Specification | Value |
|---|---|---|
| Configuration | Type | LFP (LiFePO4) |
| Configuration | Arrangement | 5 cells per module 5 modules per pack |
| Capacity | Nominal Capacity | 277 Ah |
| Capacity | Power Capacity | 22 kWh |
| Power Supply Voltage | Nominal Voltage | 80 V |
| Power Supply Voltage | Voltage range | 62.5 - 91.25V |
| Charging mode | Max. continuous recharge current | 0.5C |
| Charging mode | Max. peak recharge current | 300 A |
| Charging mode | Operation temperature range | 0° to +55 °C Integrated heating system to charge in cold weather (<0°C) |
| Discharging mode | Max. continuous discharge current | 1C |
| Discharging mode | Max. peak discharge current | 400 A |
| Discharging mode | Operation temperature range | -25 to +55°C (1C) -50 to -25°C, +55 to +100°C (0.3C) |
| Dimensions | Size (D x L x H) | 550 mm x 970 mm x 270 mm |
| Dimensions | Weight | 182 Kg |
| Safety | IP Rating | IP67 |
| Safety | Transportation standard | UN38.3 |
| Safety | Fire suppression system | Fire detection system as standard, optional fire suppression system |
