Description

The Prime SHV LCO 25,000mAh delivers 98.8Wh at 3.95V in a 372g, slim design, combining near-100Wh capacity with a rare 2C fast charge (~30 minutes) in the 87×187mm format. It offers higher energy and faster charging than similar cells, with 5C continuous and 10C peak output, plus semi-solid construction and AI-precision manufacturing for safety and consistency.

• 98.8Wh at 2C Charge — The Near-100Wh Cell With a 30-Minute Turnaround

The Super High Voltage LCO semi-solid cathode stores 98.8Wh — 1.2Wh from the 100Wh milestone — while retaining the 2C charge rate that defines the Prime SHV LCO family. This combination exists nowhere else in the 87×187mm footprint. The Prime HN Ternary 27,000mAh stores 99.9Wh at effectively the same energy level, but charges at 1C — 60 minutes per cell. The Prime SHV LCO 25,000mAh charges in approximately 30 minutes at 50A. For field operations where battery turnaround time directly affects operational tempo and the near-100Wh energy level is the target, this cell’s 2C charge profile is a decisive practical advantage over the HN Ternary alternative.

• Only 1.1Wh Less Than the Prime HN Ternary 27,000mAh — Charges Twice as Fast

The Prime HN Ternary 27,000mAh is the closest competing cell in the 87×187mm footprint by energy: 99.9Wh at 365g, 9.8mm, charging at 1C. The Prime SHV LCO 25,000mAh stores 98.8Wh — 1.1Wh less, a difference of 1.1% — at 372g, 10.2mm, charging at 2C. For operators choosing between these two cells, the energy difference is negligible. The meaningful differences are: the SHV LCO charges in 30 minutes rather than 60, operates on a 3.95V platform rather than 3.7V, and is 7g heavier and 0.4mm thicker. For any platform where charge turnaround time or per-cell voltage matters, the SHV LCO 25,000mAh is the appropriate choice. For platforms where the lowest possible weight in the 87×187mm bay is the priority, the HN Ternary 27,000mAh’s 7g advantage becomes relevant.

• 88g Lighter and 1.4mm Thinner Than the Volt HV Li-Co 28,000mAh

The Volt HV Li-Co 28,000mAh stores 106.4Wh in 460g at 11.6mm on a 3.8V platform. The Prime SHV LCO 25,000mAh stores 98.8Wh in 372g at 10.2mm on a 3.95V platform — 88g lighter, 1.4mm thinner, 7.1% less stored energy, and 0.15V higher nominal voltage, in the same 87×187mm bay. For any platform currently running the Volt HV Li-Co 28,000mAh where the 7.1% energy reduction is acceptable in exchange for an 88g weight saving, a higher voltage platform, semi-solid construction, and the same 2C charge rate, the Prime SHV LCO 25,000mAh is the direct same-footprint alternative.

• 3.95V — The Highest Voltage at Near-100Wh in the 87×187mm Footprint

The 3.95V nominal platform is the highest per-cell voltage available at any energy level in the 87×187mm format. At the near-100Wh energy tier specifically, no other cell in this footprint operates above 3.7V. The Prime HN Ternary 27,000mAh operates at 3.7V. The Prime SHV LCO 25,000mAh operates at 3.95V — a 0.25V per-cell advantage that directly raises pack voltage at a given cell count, expanding the operating range of voltage-sensitive motor controllers and ESC systems designed around a higher input voltage from LCO chemistry.

• 25.1% More Energy Than the Prime SHV LCO 20,000mAh — Same Footprint

Stepping up from the Prime SHV LCO 20,000mAh adds 19.8Wh of stored energy (+25.1%) and increases peak burst from 200A to 250A (+25.0%) for 66g of additional weight and 1.9mm of additional thickness — all within the same 87×187mm footprint. For operators already committed to the SHV LCO platform in the 87×187mm bay who need meaningfully more endurance without changing their frame design, the 25,000mAh is a direct, no-modification upgrade from the 20,000mAh.

• Semi-Solid Construction at 3.95V — Electrochemical Stability at Maximum Voltage

The Prime series uses advanced semi-solid electrolyte technology, reducing liquid electrolyte content versus conventional LiPo construction. At the 3.95V super high voltage platform and 98.8Wh energy level, the semi-solid construction delivers its greatest combined benefit: lower risk of liquid leakage and fire under the elevated electrochemical stress of the 3.95V charge and discharge cycle, and greater mechanical stability under the vibration and impact loads of commercial drone operations at this capacity. The semi-solid structure maintains consistent internal geometry across the full service life of the cell — particularly relevant at the higher operating voltage of the SHV LCO chemistry.

• 10C Peak — 250A, 5C Continuous — 125A

The Prime SHV LCO 25,000mAh delivers 250A peak burst and 125A continuous — the mid-range output of the Prime SHV LCO 87×187mm group, above the 20,000mAh (200A peak, 100A continuous) and below the 28,000mAh (280A peak, 140A continuous). Rates are calibrated for sustained endurance missions on mapping, logistics, emergency response, and fire-fighting platforms where mission duration and voltage platform are the primary specifications.

• 2C Charge — 50A Input, ~30 Min Full Charge

Standard 2C continuous charge delivers 50A input — the highest charge current in the Prime SHV LCO family — fully charging the cell in approximately 30 minutes. This is consistent with the entire Prime SHV LCO lineup and represents a key differentiator from the Prime HN Ternary cells at this footprint, which charge at 1C. Two cells in rotation at 2C sustain continuous field operations without interruption at the near-100Wh energy level.

• AI Vision Stacking

Fully automated production line with AI-guided vision stacking ensures precise internal layer alignment and structural integrity across the 87×187mm footprint — maintaining consistent energy density performance, voltage platform stability, and safety behaviour at the mid-capacity point of the Prime SHV LCO 87×187mm group across every production batch.

Core Specifications

Prime 3.95V Super High Voltage Lithium Cobaltate 280WH/KG — Full Capacity Family

Why Choose the 25,000mAh

Same Footprint — All 87×187mm Cells Compared

Ideal Applications