qikpac cycle charging
The OE Research and Development team has been cycle-testing a QIKPAC Battery since July 2023. After 750 days and 1500 cycles, we’re excited to report that QIKPAC has exceeded our expectations!
WHAT IS CYCLE TESTING?
Cycle testing is a methodical, repetitive process used to simulate a battery’s long-term, real-world operation. Its primary purpose is to determine the cycle life: how many charge and discharge cycles the battery can complete before its capacity falls below 70% of its initial rating.
QIKPAC BATTERY MANAGEMENT SYSTEM (BMS)
To prolong the life of QIKPAC the battery management system (BMS) limits charging to 90% of capacity and discharge to 10% of capacity. Programming QIKPAC to operate within the 90–10% range reduces battery stress. Combined with our high-quality cells, proprietary cell balancing, and advanced safety algorithms, this approach significantly slows the aging process. This means you get more years of reliable performance from each QIKPAC battery before any noticeable drop in capacity.
WHY IS THIS IMPORTANT
Cycle testing reliably indicates a battery’s capacity and longevity, ensuring maximum return on investment over the product’s lifespan. Many standard lithium-ion battery packs are rated for just 300 to 500 charge cycles before their capacity significantly diminishes
QIKPAC CYCLE TESTING RESULTS
We are pleased to report that after 1,500 cycles, QIKPAC still retains an impressive 88.6% of its original capacity. This performance demonstrates QIKPAC’s reliability, longevity, and strong value as a long-term investment for customers. 1500 cycles represents nearly six years of daily weekday use.
Based on our test results QIKPAC is predicted to deliver around 2,700 cycles (over 10 years!) before capacity drops to 70%. Testing was done in a non-temperature-controlled environment, so real-world performance could be better!
UP TO 28 HOURS OF LAPTOP POWER FROM A SINGLE CHARGE
QIKPAC CARRY is ergonomically designed to be light and easy to carry without compromising on power.
It’s portability allows full flexibility and control to move around and work anywhere within the workspace, or to go offsite to meetings, cafes, or even a park, knowing that it will provide up to 28 hours of laptop power from a single charge.
POWER ENTIRE TEAMS WITH THE OE CHARGING CART
OE’s CHARGING CART, equipped with 12 fully charged QIKPAC CARRY power banks, is built for robust commercial use, keeping a team of twelve laptops powered for up to four full days.
QIKPAC is engineered to last, delivering years of reliable performance and industry-leading capacity retention to maximise your investment.”
THE UNMATCHED SUPERIORITY OF QUALITY CELLS
High-quality cells demonstrated up to 78% better electrode alignment than counterfeit alternatives in studies, a critical factor in battery performance. This enhanced alignment contributes significantly to the stability, longevity, and safety of batteries under load, ensuring that they operate efficiently and reliably over time.
Moreover, these studies revealed that there was a zero instance of cathode overhang found in OEM cells, including OE's QIKPAC. This stark contrast is striking when compared to low-cost batteries, which exhibited cathode overhang in up to 15% of cases. Such overhang can lead to reduced efficiency and increased risk of failure, highlighting the importance of investing in high-quality products.
Additionally, OEM cells display tight manufacturing tolerances that directly correlate with enhanced long-term performance. These precise tolerances are essential for consistently optimal battery operation, minimizing the likelihood of operational inconsistencies or premature failures.
Finally, it's worth noting that no OEM cells studied exhibited dangerous structural defects. Conversely, every single defective cell was traced back to low-cost or counterfeit brands, underscoring the inherent risks associated with opting for cheaper alternatives. Choosing an OEM product not only ensures better performance and safety but also contributes to a more sustainable long-term investment.
Prioritizing quality over cost in battery selection is vital for achieving superior performance, reliability, and safety. The evidence clearly supports the notion that high-quality cells are not merely beneficial, they are essential for optimal functioning and longevity in demanding applications.
