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MAD 12S 35Ah Drone Solid State Lithium-ion Battery 44.4V 35000mAh 1554Wh AS150-F

MAD 12S 35Ah Drone Solid State Lithium-ion Battery 44.4V 35000mAh 1554Wh AS150-F

MAD

Regular price $2,187.00 USD
Regular price Sale price $2,187.00 USD
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Overview

MAD 12S 35Ah is a drone solid-state lithium-ion battery (semi-solid battery) designed for compact size, higher energy density, longer service life, and improved safety. Rated at 12S 35000mAh with a nominal voltage of 44.4V and energy of 1554Wh.

Key Features

  • Semi-solid electrolyte design for compact size and higher energy density.
  • Reinforced hard-pack structure with square/flat form factor and fixed cable routing.
  • Protection structure: four 0.5 mm FR4 fiberglass panels on the outside; protection capability increased by 87%.
  • Bottom strengthening: 2 mm EVA shock-absorbing foam at the bottom of the pack.
  • Safety-related design notes: surface flame-retardant coating, flame-retardant electrolyte additives, and semi-solid system.

Specifications

Battery model 12s35Ah
Capacity 35000mAh (35Ah)
Nominal voltage 44.4V
Voltage range 32.4V-51.6V
Battery energy 1554Wh
Cell energy density 305Wh/kg
Energy density 295Wh/kg
Dimensions 180*95*145mm ±5mm
Weight 5220±10g
Sustained multiplier 3C (105A)
Peak multiplier 5C (175A <10s)
Discharge rate statement on pack label Continue discharge rate: 5C; Max. discharge rate: 10C
Max. charge current 35A
Cycle life 600 (1C)
Operating temperature -40°C~55°C
Main cable model 8AWG
Main plug model AS150-F
Main cable length 15cm
Balance cable model 22AWG
Balance plug model MX3.0-13P
Balance cable length 12cm

Material & Design Notes

Material innovation

  • Add ionic conductor additives to the electrode sheet to improve ionic conductivity and high-rate performance under low electrolyte infiltration conditions.
  • Add lithium source additives to the pole film to improve the first effect of the material.
  • Use a self-developed double lithium salt electrolyte formula, considering high/low temperature and electrochemical properties.

Design optimization

  • Material ratio adjustment: adjust active materials (high nickel and lithium cobalt in the positive electrode, silicon in the negative electrode) to help improve energy density while supporting safety and service life.
  • Optimal density: compaction density and particle size optimized to reduce volume expansion in the late cycle.
  • Custom auxiliary: optimize the weight of auxiliary materials (e.g., earpieces and aluminum-plastic film) to further enhance battery cell energy density according to customer requirements.

Safety & Handling

  • Keep away from flammable materials when storing.
  • Do not disassemble the battery.
  • If the battery is damaged after charging, dispose of it promptly and do not continue using it.
  • If odor, heat, discoloration, or deformation occurs during use, storage, or charging, remove the battery from the device/charger and stop using it.
  • Charging precautions: do not charge at a current greater than 2C; use a qualified smart charger; charging should be supervised.
  • Avoid reversing polarity; incorrect positive/negative connection may cause a short circuit and severe hazard.

Service Note

  • Battery damage or injury caused by failure to operate according to the prompts is borne by the user.
  • Battery damage caused by artificial overcharge and overdischarge cannot be replaced.

For product selection and compatibility questions, contact support@rcdrone.top or visit https://rcdrone.top/.

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