What Are Trojan Lithium Batteries Used For?
Trojan deep-cycle batteries are primarily designed for heavy-duty applications requiring reliable power delivery and deep discharge recovery. While the referenced models like T-875 are lead-acid types, Trojan’s product line specializes in rugged energy solutions for golf carts, floor scrubbers, and utility vehicles. Their hydrolink watering system and proprietary MAXGuard® separators optimize electrolyte management, extending cycle life in repetitive deep-discharge scenarios. Notably, Trojan’s Traveler™ series increases operational range by 35% in electric vehicles. Pro Tip: Regularly perform equalization charges every 30 days to prevent sulfation in Trojan lead-acid batteries, especially in high-cycling applications like golf course fleets.
Golf Cart LiFePO4 Battery Category
What defines Trojan battery applications?
Trojan batteries power electric vehicles and industrial equipment requiring deep-cycle performance. Their 8V T-875 models deliver 170Ah capacity for sustained operation in material handling and mobile sanitation units.
Golf course fleets particularly benefit from Trojan’s ruggedized construction—alphaplus® paste formulations withstand 1,200+ cycles at 80% depth-of-discharge. Practical example: A 48V golf cart system using six T-875 batteries provides 8.16kWh energy storage, enabling 18-22 holes per charge. Beyond voltage specs, thermal management matters—Trojan’s case designs minimize acid stratification even in 45°C environments. Why prioritize deep-cycle architecture? Unlike starter batteries, Trojan units tolerate 80% discharge without permanent capacity loss when properly maintained.
How do Trojan batteries enhance EV performance?
Trojan’s hydrolink watering systems and high-purity lead grids optimize charge acceptance. Their deep-cycle design supports repeated 50-80% discharges common in shuttle vehicles and airport ground equipment.
In floor scrubbers, eight Trojan T-105 6V batteries (48V configuration) provide 10.56kWh capacity, enabling 6-8 hours continuous operation. Comparatively, lithium alternatives require 30% less space but cost 2.5x more upfront. While lithium batteries offer faster charging, Trojan’s flooded lead-acid technology remains preferred for budget-conscious fleet managers needing 5-7 year lifespans with proper maintenance.
| Parameter | Trojan T-875 | Typical LiFePO4 |
|---|---|---|
| Cycle Life (80% DoD) | 1,200 cycles | 3,500 cycles |
| Cost/kWh | $150 | $400 |
Pro Tip: Use tapered charging (current reduction after 80% SOC) to prevent gassing in Trojan batteries during maintenance cycles.
Battery OEM Expert Insight
FAQs
Can Trojan batteries power solar systems?
Yes, their deep-cycle design handles daily 30-50% discharges in off-grid applications, though lithium batteries provide better ROI for frequent cycling.