The T105 AES 6V battery is a deep-cycle lead-acid battery designed for sustained power delivery in golf carts, electric vehicles, and industrial applications. With a 225Ah capacity, it provides extended runtime and reliable energy output under heavy loads. Its robust construction ensures durability in frequent charge-discharge cycles, while certifications like CE and UL guarantee compliance with safety standards. The T105 AES excels in cost-effectiveness and adaptability for mobility systems requiring long-term performance.
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What distinguishes T105 AES from standard 6V batteries?
The T105 AES leverages deep-cycle technology optimized for repetitive discharges up to 80% depth, unlike starter batteries. Its thick lead plates (5–7mm) resist sulfation, prolonging lifespan to 5–8 years with proper maintenance. Pro Tip: Use a three-stage charger (bulk-absorption-float) to prevent undercharging, which accelerates plate degradation.
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Beyond basic energy storage, the T105 AES handles high torque demands in electric vehicles. For example, a 6-battery pack (36V system) delivers 1,350Ah total capacity, supporting 8–10 hours of continuous golf cart operation. Practically speaking, its dry-charged design allows shelf storage up to 18 months without performance loss—ideal for seasonal equipment.
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How does the 225Ah capacity enhance performance?
A 225Ah rating enables longer duty cycles between charges, critical for commercial fleets. At 20A discharge, it provides 11+ hours of runtime before reaching 10.5V cut-off. Comparatively, lower-capacity batteries (e.g., 180Ah) require 33% more frequent recharges.
Metric | T105 AES | Standard 6V |
---|---|---|
Cycle Life | 1,200+ | 500–800 |
Plate Thickness | 6.7mm | 4.2mm |
What’s the real-world impact? In golf courses, a 225Ah system reduces midday charging stops during tournaments. However, higher capacity demands thicker cables—2 AWG instead of 4 AWG—to handle sustained 150A current without overheating.
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FAQs
Yes, but pair with MPPT controllers for efficient 6V→24V/48V conversion—PWM types waste 15–20% energy in step-up processes.
How often should electrolyte levels be checked?
Every 15 charge cycles. Use distilled water to refill, maintaining ¼” above plates—overfilling causes acid spillage during charging.