The Super High Voltage High Rate Cell is MidlandsPower most advanced high-energy LiPo solution, engineered for applications where maximum energy density, thermal stability, and long cycle life must coexist in a compact, lightweight form factor.

At its core, a 4.45V ultra-high voltage lithium cobalt oxide cathode works in synergy with a silicon-carbon anode to push energy density beyond 300Wh/kg — delivering more than 40% greater energy storage compared to conventional graphite-based systems. This breakthrough enables significant reductions in battery size and weight without compromising runtime, making it ideal for next-generation drones, wearables, and other miniaturised high-performance devices.

Longevity and structural integrity are addressed through nanoscale silicon particle engineering combined with porous carbon coating technology. This advanced architecture limits the expansion coefficient to ≤120%, while sustaining a cycle life of ≥800 cycles at 80% depth of discharge with a 100% capacity retention rate — ensuring the cell performs as powerfully at the end of its service life as it does on day one.

Thermal management is built into the cell’s fundamental design. A low internal resistance lamination process paired with a high-temperature resistant electrolyte reduces discharge temperature rise by 30% compared to traditional lithium batteries, allowing continuous high-rate output without performance attenuation — even under prolonged, demanding workloads.

Voltage stability further sets this cell apart. With a discharge platform median voltage of ≥3.75V and an end-of-discharge voltage drop of less than 5%, it delivers consistent, sustained power throughout the entire discharge cycle — eliminating the performance drop-off that plagues lesser cells at low states of charge.

Accepting custom orders from 3,000mAh, the Super High Voltage High Rate Cell is precisely tailored for miniaturized, high-demand scenarios where every milliamp-hour and every gram counts.