Our golf cart energy storage solution: Keheng’s Lithium Iron Phosphate batteries embody a comprehensive and refined system designed exclusively for golf applications. The integrated Battery Management System (BMS) vigilantly oversees and regulates each individual cell within the battery pack, facilitating impeccably balanced charging and discharging. Additionally, the inclusion of fuses and internal DC circuit breakers ensures optimal protection and isolation for the batteries. Encased within a robust metal housing, our Lithium-ion solar system exhibits remarkable durability.
The composition of this golf battery features Lithium Iron Phosphate (LFP) cells, augmented by an LCD screen and BMS to provide enhanced monitoring of battery performance, thereby maintaining top-notch condition at all times. The embedded BMS guarantees battery protection through mechanisms like overcharge and discharge prevention, voltage and temperature measurements, as well as meticulous balancing of current and voltage. Our Li-ion batteries enable swift charging and discharging, ensuring efficiency and delivering a secure and reliable power supply, boasting a discharge efficiency of up to 99%. Embracing LFP cells, renowned for their exemplary safety and efficiency, our products undergo stringent quality control measures implemented by our adept QC team, thus conforming to the highest industry standards.
Moreover, Tech Heng’s Golf Cart Batteries can be seamlessly integrated with solar energy storage, resulting in substantial cost reduction for businesses. Furthermore, they can seamlessly operate on renewable energy in the event of power failure, assuring uninterrupted functionality. Additionally, these batteries are capable of providing short-term power supply during indoor emergencies, mitigating any concerns of power outages.
LiFePO4 batteries typically entail higher initial investment, yet they prove significantly more cost-effective throughout their lifespan. Their maintenance-free nature and extensive service life render them a prudent long-term solution that merits the initial investment. LiFePO4 batteries outlast lithium lead-acid batteries of 10.0 KWH by a factor of up to 10, while still retaining 80% of their rated capacity after 6,000 cycles. Most lithium-ion batteries endure for twenty years or more.
In contrast, lead-acid batteries exhibit an average lifespan of only five years. Moreover, they necessitate regular maintenance and water replacement to avert structural damage. Improper upkeep further diminishes their longevity. Conversely, lithium-ion batteries require no active maintenance, allowing for a single purchase to ensure an extended lifespan.