Really cool: Lithium-ion batteries for cold storage operation
Use of Li-ion batteries in the area of cold storage, for example in the food supply industry PerformanceLevel Name Description Charge Designof the battery 0 Normal cold store operation with alternating operation Vehicle moves from normal range to TC range (max. 5 h) In normal range Standard version – no change 1 Permanent cold storage […]
Structured design of energy storage systems
The data analysis: measurement of the actual consumption data by “data loggers”. Profile simulation, here 48 V 416 Ah / 250 A charger Design of the appropriate energy system (incl. adaptations after testing) Design of the appropriate energy system
Advantages of the lithium-ion battery
Gain in productivity through fast and opportunity charging Saving of exchange battery and equipment Decentralized charging points: Elimination of central charging stations with ventilation systems Energy filling station: charging of several batteries possible at one charging point Gas-free: No risk of explosion and free of odors Absolutely maintenance free Significantly reducedcarbon footprint
Which chemistry is the right one?
Different compositions – different properties Lithium Cobalt Oxide / Li-cobalt (LiCoO2) Lithium Iron Phosphate / Li-phosphate (LiFeO4) Selected technology Lithium Nickel Cobalt Aluminum Oxide / NCA (LiNiCoAlO2) Lithium Manganese Oxide / Li-manganese (LiMn2O4) Lithium Nickel Manganese Cobalt Oxide / (LiNiMnCoO2) Selected technology Lithium Titanate / Li-titanate (Li4Ti5O12)
Lithium-ion batteries in special troughs
If the standard trough variants do not meet the respective requirement, we will always find exactly the right solution for you with special troughs. Thanks to our in-house experts for metal constructions and steel components, we manufacture the trough and thus the battery that fits perfectly into the installation space of your vehicle. Special trough […]
Charging stations for lithium-ion batteries
STALUX: Charging station to safely hold a charger WALUX: Wall bracket for flexible supply of the charging cable to the industrial truck; can be swiveled 90° degrees on both sides Intelligent modular system All relevant regulations are fulfilled (CE, type tested – according to DIN EN 288-8)
Lithium-ion block batteries
TRIATHLON lithium-ion block batteries are a modern and technologically advanced solution for replacing lead-acid batteries in light low and high lift trucks, cleaning machines, aerial work platforms, electric wheelchairs and driverless transport vehicles. Ideal replacement for lead-gel batteries Fast & opportunity charges possible Can be used in conventional steel troughs Easy handling & SoC monitoring […]
Lithium-ion battery systems
TRIATHLON lithium-ion battery systems are designed to meet the high demands of tough industrial use. A complete system consists of Li-ion modules of intelligent monitoring and control electronics, various safety components and an HF fast charger. Modular development concept Load factor: less than 1.03 Voltage range: 24-120 V 2nd & 3rd Life capable Data logger […]
Change from lead-acid to lithium-ion – simple and safe
Modular design of TRIATHLON lithium-ion systems All common voltages from 24 V to 120 V, capacity scalable in 74 Ah steps up to 2,000 Ah Can be used in almost all industrial trucks, regardless of vehicle type or manufacturer – Ideal for mixed fleets No structural adjustments to the vehicle necessary Precise display via color […]
Comparison lead-acid with lithium-ion
Despite lower capacities compared to lead-acid, a Li-Ion battery can have the same energy content due to, among other things: Higher voltage Higher depth of discharge Higher efficiency Lower internal resistance SIMPLIFIED:Capacity lead = 2/3 capacity lithium Example:375 Ah lead-acid / 1.5 = 250 Ah lithium Lead acidBattery module (PzS) Lithium-ionBattery module (NMC) Units Nominal […]
