MAD 6S Solid State Lithium-ion Drone Battery Overview

The MAD 6S Solid State Lithium-ion Drone Batteryoffers high-performance, energy-dense power solutions designed specifically for drone applications. Available in capacities ranging from 10Ah to 35Ah, these batteries deliver stable voltage, high discharge rates, and extended cycle life, making them ideal for professional UAV applications. Below are the detailed specifications for each capacity variant:

Note: The connector can be replaced as needed, such as AS150-F, XT90, etc.; the default is AS150-F

Technical Specifications by Model

Key Features

• High Energy Density: With densities reaching up to 305Wh/kg, these solid-state lithium-ion batteries provide superior efficiency.
• Robust Discharge Capability: Continuous discharge rates from 50A to 175A, supporting high-powered drone applications.
• Stable Voltage Output: A nominal voltage of 22.2V with an operational range of 25.8V to 16.2V, ensuring consistent performance across various conditions.
• Durability & Longevity: Up to 600 charge cycles at 1C rate, offering a reliable long-term power solution.
• Optimized for UAV Applications: Designed for professional drones, including aerial surveying, agricultural drones, heavy-lift UAVs, and industrial applications.
• Temperature Resilience: Operating temperature from -40C to 55C, ensuring reliability in extreme environments.
• Multiple Connection Options: Equipped with XT60H-F, XT90-S, and AS150-F connectors, compatible with a wide range of drone power systems.

Applications

• Aerial Photography & Mapping Provides stable power for high-endurance flights.
• Agriculture & Spraying Drones High discharge rates support precision spraying systems.
• Industrial Inspections Long-lasting power for infrastructure monitoring and surveying.
• Delivery & Cargo UAVs High energy capacity ensures extended flight times.
• FPV Racing & High-Performance UAVs Supports high-drain applications with fast discharge capabilities.

Details

CELL ADVANTAGE, MATERIAL DESIGN SAFETY. Material innovation includes: adding ionic conductor additives for improved conductivity and performance; lithium source additives for material effect; using a double lithium salt electrolyte formula for various electrochemical properties.

Design optimization focuses on three areas: material ratio adjustment for safety and energy density, optimal density to reduce volume expansion, and custom auxiliary materials to enhance battery cell energy density based on customer needs. These strategies improve battery performance and longevity.

Safety improvement includes three major enhancements: surface flame retardant coating on the diaphragm, electrolyte flame retardant additives to reduce spontaneous combustion risk, and a semi-solid system for battery cell safety.

Increased protection with comprehensive lateral reinforcement. Four 0.5mm thick FR4 fiberglass panels enhance battery pack armor, avoiding bumps and increasing protection by 87%.

Bottom strengthening: 2mm EVA foam cushions battery impact during rapid UAV acceleration.

Appearance optimization, square leveling, strengthened pack. Battery pack is hard, square, flat with accurate outline size control. 6S 23000mAh capacity displayed.

Cables are routed in fixed positions. The cable outlet area at the top of the battery pack adopts a fixed position design, ensuring accurate control of the cable position and smooth appearance.

Battery storage: Avoid flammable materials, don’t disassemble. Dispose if broken. Battery charging: Use qualified chargers, avoid overcharging. Non-free repair services cover damage from improper use and artificial overcharge/overdischarge. Follow guidelines to ensure safety and functionality.