Optimized to meet the power, clean energy, quality, and safety requirements for the numerous industrial and commercial markets such as ACGs in the Materials Handling Market.
NuGen Systems is Revolutionizing Batteries to Disrupt and Directly Replace Legacy Solutions
The NuGen Power 2440 battery, designed for autonomous guided vehicles (AGVs) and other material handling equipment, presents many cost, performance, and environmental improvements over the traditional lead acid batteries.
Smart Battery Communication Module
- Monitoring and data storage for up to 8 Battery Modules
- Monitor battery status (SOC, SOH) and alarms locally or transfer to the host vehicle
- Host communications includes USB, CANopen, and optional Wi-Fi (802.11 b/g/n)
- General purpose IO and relay contacts
- MS Windows OS GUI
|Nominal Voltage:||24 V|
|Nominal Capacity (1C/1C):||40 Ah|
|Dimensions:||10.1″ x 7.1″ x 7.3″|
|Depth of Discharge:||100%|
(to 80% of initial, @100% DOD):
|Max. Continuous Charge Current:||100 A|
|Max. Continuous Discharge Current:||100 A|
|Operating Temperature Range:||10° C to 50° C|
|Storage Temperture Range (6 Months):||-20° C to 35° C|
NuGen Systems’ NuGenerator 3000 is designed specifically as a green solution to replace mobile gas generators. Besides the quick charge and the high discharge current capability, the solution is simple, silent, easy to use, more reliable and requires no maintenance.
|Outputs||12 Volt DC 100 Amp Switched output|
|12 Volt DC 200 Amp Switched output|
|2 x 110V 60Hz 20 Amps AC GFCI outputs with 2 Sockets each|
|Easy to Operate Display for Control/Status||All outputs are controlled by front panel switches. Voltage, current, temperature and remaining capacity
of individual batteries are displayed on a display.
|Inputs||110 Volt 60 Hz 20 Amps AC input|
|12 Volt DC input from Vehicle Alternator (>200 Amp) or solar panels|
Li-Ion Batteries in Material Handling Equipment are a No-Brainer
Both Functionally and Economically
|Lead Acid Battery||NuGen Li-ion Battery|
|Full Charge||6-9 hr||30-60 min|
|Max Charge Rate||0.5 C||3-5 C|
|Depth of Discharge||80%||100%|