Semi-solid-state battery is an advanced energy storage solution that merges the benefits of solid-state and liquid-based batteries, offering higher energy density and improved safety for industrial instrumentation, drones, and portable electronic devices. This Semi-solid-state battery replaces traditional liquid electrolytes with a semi-solid matrix, cutting leakage risks while preserving efficient ion conductivity to support consistent power output.
Crafted with a robust semi-solid electrolyte structure, it withstands extreme temperatures (operating range: -20℃ to 60℃) and mechanical impacts, suiting harsh industrial environments where reliability is critical. It boasts a cycle life of over 800 charge-discharge cycles, retaining more than 85% of its initial capacity—outperforming many traditional lithium-ion batteries in long-term usability.
Available in capacities ranging from 5000mAh to 50000mAh and voltages between 3.7V and 71.1V, this battery adapts to diverse device requirements, from small precision sensors to large industrial drones. Its modular design allows easy integration into existing systems, while a built-in Battery Management System (BMS) prevents overcharging, over-discharging, and overheating.
It balances performance, safety, and durability, addressing the core power needs of modern industrial and consumer devices. Whether powering 24/7 instrumentation or high-flight-time drones, it provides stable, long-lasting energy that minimizes downtime and enhances operational efficiency.
| Battery Model | Energy | Dimensions (±5mm) | Poids (±300g) |
|---|---|---|---|
| Tattu Neo Compact 10C 41000mAh 47.7V 12S1P | 1955.7Wh | 158×105×275mm | 7913g |
| Tattu Neo Compact 10C 41000mAh 55.3V 14S1P | 2267.3Wh | 183×105×275mm | 9262g |
| Tattu Neo Compact 10C 68000mAh 71.1V 18S1P | 4834.8Wh | 234×152×335mm | 18850g |
Tattu Neo Series Industrial Compact Smart Drone Battery Features
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Lightweight & Durable Design:
Adopts a lightweight yet high-strength shell structure, effectively resisting impacts without adding extra weight, fully protecting internal core components. Ensures stronger flight performance and safer operation.
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Long-Lasting Runtime, Unlock More Potential:
Equipped with advanced high-energy-density cells, significantly extending flight time. Helps you capture more footage, explore farther areas, handle various task challenges with ease, and enjoy ample power without worries.
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Flexible Power Configuration, Adaptable to Diverse Applications:
Supports series and parallel connection methods, flexibly meeting different voltage and capacity needs, and easily adapting to various drone systems and complex flight scenarios.
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Real-Time Battery Data Monitoring:
Via CAN communication protocol, key battery information is transmitted to the flight control system in real-time. You can monitor battery health status, remaining power, and flight time at any time, providing a reliable basis for flight decisions.
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Intelligent Protection System, Ensure Flight Safety:
Built-in advanced Battery Management System (BMS), providing comprehensive battery protection functions to effectively prevent abnormal situations such as overcharging, over-discharging, and overheating, ensuring safe and stable flights every time.
