Overview

The T-Drones Ares 6S 22.2V 22Ah Solid-State Li-ion Battery is an advanced energy solution designed for professional drone applications. With a high energy density of 253.1Wh/kg, lightweight design (1,980g), and a long lifespan of 300+ charging cycles, this solid-state battery delivers exceptional power efficiency, extended flight durations, and enhanced safety. Compared to traditional lithium-ion batteries, the Ares 6S offers higher stability, lower discharge rates, and improved reliability, making it the ideal choice for UAV operations requiring maximum endurance.

Technical Specifications

Key Features and Benefits

1. High Energy Density for Extended Flight Time

With an energy density of 253.1Wh/kg, the Ares 6S battery allows drones to fly longer distances with higher efficiency, making it perfect for demanding UAV applications.

2. Long Service Life

Designed for durability and long-term use, the Ares 6S supports 300+ full charge cycles while maintaining optimal performance, reducing replacement frequency and operational costs.

3. Lightweight and Compact

The lightweight and compact design improves drone agility, reducing payload strain and enhancing flight performance compared to traditional battery packs.

4. Stable and Low Discharge Rate

Each battery cell operates within a controlled discharge range of 3.0V to 4.2V, ensuring consistent power delivery and minimizing voltage fluctuations for stable drone operation.

5. Enhanced Safety & Efficiency

• Solid-state technology prevents overheating and thermal runaway.
• Supports a maximum safe charging current of 15A, ensuring fast and secure recharging.
• Improved thermal resistance and operational stability for harsh environments.

Applications

The T-Drones Ares 6S 22Ah 22.2V battery is designed to enhance drone endurance and power efficiency, making it ideal for professional UAV applications:

1. Delivery Drones

• High-capacity battery ensures longer flight durations, enabling extended-range drone delivery.
• Optimized for commercial logistics and transportation applications.

2. Photogrammetry & Mapping

• Essential for long-duration aerial mapping and surveying projects.
• Provides uninterrupted power for high-resolution imaging and 3D mapping drones.

3. Infrastructure & Real Estate Inspections

• Supports continuous flights for building inspections, real estate photography, and large-scale infrastructure monitoring.
• Reliable power source for thermal imaging and lidar-equipped UAVs.

4. Industrial & Agricultural Drones

• Ideal for precision agriculture, allowing longer operational times for crop monitoring, spraying, and field analysis.
• Supports heavy-lift industrial drones requiring high discharge rates.

Why Choose Ares 6S?

Solid-State Technology Safer, more efficient, and long-lasting performance.
Higher Power Output Supports high discharge rates (10C/220A) for demanding drone applications.
Extended Flight Time Higher energy density allows drones to cover more ground per charge.
Optimized for Professional UAVs Ideal for mapping, surveying, delivery, and inspection drones.

Image Descriptions

ARES Solid-State Li-ion Battery. A new solid-state battery with superior reliability and performance compared to traditional batteries, designed for T-Drones.

T-DRONES battery features high energy density (253.1 Wh/kg), long service life (300+ cycles), compact size, low discharge rate (3.0 to 4.2V), and high safety factor (max safe charging current 15A).

Parameter list for T-Drones batteries includes 6S configurations with capacities from 16000mAh to 30000mAh. Nominal voltage is 22.2V, operating voltage ranges from 25.2V to 16.8V. Sizes and weights vary, with charging currents up to 60A and continuous discharge up to 150A. Charging cycles are 300.

Ares batteries suit small and medium drones, offering lighter weight, smaller volume, and longer flight time. Ideal for delivery, enhancing endurance; photogrammetry, covering various tasks; and real estate, completing large continuous work areas efficiently.

Battery tests for T-Drones are displayed, showing voltage and cutoff levels for Li-po and Li-ion batteries over time. Data highlights observable improvements in battery performance with intuitive results.