HIGH-VOLTAGE-SOLID-STATE

Next-Gen High Voltage (LiHV) Chemistry • 15C Heavy-Duty Output • Factory Fresh Worldwide Tracked Air Shipping

The DXF High-Voltage Solid-State Battery Series (LiHV) combines high-energy-density solid-state electrolyte architecture with advanced High-Voltage chemistry (3.85V nominal per cell, 4.35V–4.40V peak cutoff), engineered specifically for heavy-payload agricultural drones, industrial logistics UAVs, and long-range enterprise multirotors. Delivering elevated operating voltage under load, these packs maximize motor RPM and propulsive efficiency while significantly reducing operating amperage and motor heat dissipation.

Available in unprecedented capacities ranging from 12000mAh to a staggering 100000mAh across 6S (23.1V), 12S (46.2V), and 14S (53.9V) High Voltage architectures with a robust 15C discharge rating. Each battery is built with industrial-grade low-resistance cells, heavy-duty 8AWG ultra-flexible silicone wire leads, and high-current connectors (AS150, XT90-S Anti-Spark, XT90, EC5, XT60) to ensure safe, reliable, and continuous power delivery during demanding commercial operations.

🌍 Direct Factory Global Air Shipping

Shipped directly from our advanced battery manufacturing center in China. Every high-voltage solid-state pack is freshly assembled, matched, and cycle-tested to ensure 100% active cell chemistry without warehouse shelf degradation. Tracked worldwide air express shipping is provided for all major global destinations.

👉 Check Global Shipping Rates & Delivery Transit Times

Advantages of the DXF High-Voltage Solid-State Series

• ⚡ High-Voltage (LiHV 3.85V/Cell) Efficiency: Higher operating voltage translates directly into higher motor RPM, greater thrust, and lower current draw, minimizing thermal loss and extending mission duration.
• 🔋 Massive Industrial Capacities (Up to 100,000mAh): Engineered for ultra-heavy commercial platforms, delivering single-pack capacities up to 100Ah for multi-hectare agricultural spraying and heavy cargo logistics.
• 🛡️ Solid-State Hybrid Safety: Advanced solid electrolyte structure fundamentally eliminates lithium dendrite puncture risks, prevents cell expansion during deep cycling, and provides maximum thermal stability against runaway risks.
• 🚀 Powerful 15C Continuous Output: Delivers high current throughput and rapid throttle recovery to maintain complete motor authority in gusty conditions and during heavy-payload lift-offs.
• 🔌 Heavy-Duty 8AWG Silicone Leads: Factory-terminated with heat-resistant 8AWG industrial copper wiring to eliminate resistance bottlenecks, reduce thermal accumulation, and ensure safe high-amperage throughput.
• 🔄 Commercial Service Durability: Robust solid-state matrix resists electrode degradation across hundreds of full deep-discharge cycles, retaining superior capacity and ultra-low internal resistance (IR).

Voltage & Capacity Lineup

• 6S (23.1V LiHV) 12000mAh – 100000mAh (15C): High-efficiency power for mapping drones, cinematography hexacopters, inspection UAVs, and high-endurance fixed-wing aircraft.
• 12S (46.2V LiHV) 16000mAh – 100000mAh (15C): The enterprise benchmark high-voltage platform for LiDAR photogrammetry, search-and-rescue UAVs, and heavy-payload systems.
• 14S (53.9V LiHV) 22000mAh – 100000mAh (15C): Maximum voltage efficiency and low operating amperage for large-scale agricultural spraying rigs and heavy cargo logistics multirotors.

Target Flight & Industrial Applications

• Large-Scale Agricultural Crop-Spraying & Aerial Seeding Drones
• Heavy-Payload Industrial Logistics & Cargo Multirotors
• Enterprise Geospatial Surveying & Aerial LiDAR Photogrammetry
• Critical Energy Infrastructure Inspection (Powerlines, Pipelines & Solar Fields)
• Tactical Search, Rescue, and Emergency Aerial Monitoring Operations
• Long-Endurance Hybrid VTOL & Fixed-Wing Commercial Aircraft

Battery Maintenance & Field Handling

• Charge using a dedicated microprocessor balance charger with LiHV balance charging mode (4.35V per cell cutoff).
• Recommended charge rate: 0.5C–1C for maximum cell longevity.
• Set telemetry or return-to-home (RTH) low-voltage alarms to 3.55V per cell under load (land at 3.70V–3.75V resting).
• Store batteries at nominal storage voltage (3.82V–3.85V per cell) inside a fire-resistant safety container when not operating for more than 48 hours.

Watch official testing, flight demonstrations, and bench reviews on the DXF Official YouTube Channel.