Commercial and industrial energy storage
تخزين الطاقة التجارية والصناعية
Herewin Home Energy Storage Battery
تخزين الطاقة في المنزل
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الطائرات بدون طيار
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الطاقة الاحتياطية للاتصالات
Low-Speed Electric Vehicles
السيارات الكهربائية منخفضة السرعة
Compact RV Travel
طاقة المقطورات المتنقلة
forklift
شاحنة رافعة شوكية
Lead To Lithium Conversion
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Herewin 68.4V 33Ah Semi-Solid UAV Battery (1)
Herewin 68.4V 33Ah Semi-Solid UAV Battery (6)
Herewin 68.4V 33Ah Semi-Solid UAV Battery (9)
Herewin 68.4V 33Ah Semi-Solid UAV Battery (2)
Herewin 68.4V 33Ah Semi-Solid UAV Battery (4)
Herewin 68.4V 33Ah Semi-Solid UAV Battery (8)
Herewin 68.4V 33Ah Semi-Solid UAV Battery (10)
Herewin 68.4V 33Ah Semi-Solid UAV Battery (1)
Herewin 68.4V 33Ah Semi-Solid UAV Battery (6)
Herewin 68.4V 33Ah Semi-Solid UAV Battery (9)
Herewin 68.4V 33Ah Semi-Solid UAV Battery (2)
Herewin 68.4V 33Ah Semi-Solid UAV Battery (4)
Herewin 68.4V 33Ah Semi-Solid UAV Battery (8)
Herewin 68.4V 33Ah Semi-Solid UAV Battery (10)

18S1P 68.4V 33000mAh Semi-Solid UAV Battery | 350Wh/kg

68.4V 33Ah Semi-Solid UAV Battery Technical Data

Model T1190190*
Configuration 18S1P
Nominal Voltage 68.4V
Voltage Platform High Voltage LiHV Lithium Battery (3.8V per cell)
Capacity 33000mAh (33Ah)
Battery Type Semi-Solid UAV Battery
Chemistry Platform NMC-based High Energy Density Platform
كثافة الطاقة 350Wh/kg
Discharge Rate 10C
Max. Charging Current 1C
Cycle Life ≥100 cycles
Operating Temperature -20℃ to 60℃
Net Weight (±100g) 7100g
Dimensions 198(T) × 95(W) × 210(H) mm
Recommended Applications Agricultural Drone / Crop Spraying Drone / Inspection & Mapping Drone / Industrial UAV
Recommended Connector Options XT90S / AS150U / QS8 / QS9, final connector can be customized

68.4V 33Ah Semi-Solid UAV Battery Description

68.4V 33Ah Semi-Solid UAV Battery Overview

68.4V 33Ah Semi-Solid UAV Battery is designed for professional drone platforms that require high energy density, higher voltage support, and extended flight time in an 18S LiHV architecture. With an 18S1P configuration, 68.4V nominal voltage, 33000mAh capacity, 10C discharge capability, and 350Wh/kg high energy density, this model is positioned as a semi-solid UAV battery for industrial mapping drones and large agricultural UAV platforms. It supports up to 1C charging, weighs approximately 7100g, offers a cycle life of no less than 100 cycles, and is suitable for operating temperatures from -20℃ to 60℃.

Built on an NMC-based high energy density platform, the 68.4V 33Ah Semi-Solid UAV Battery is engineered to improve the balance between usable reserve, pack weight, and airframe efficiency. Compared with bulkier conventional lithium battery formats, the 68.4V 33Ah Semi-Solid UAV Battery offers a more efficient energy-to-weight solution for UAV projects that prioritize stable long-duration cruising and higher-voltage system matching instead of extreme burst-heavy output.

Why the 68.4V 33Ah Semi-Solid UAV Battery Fits Industrial Mapping Drones

For industrial mapping and surveying UAV systems, battery performance is usually judged by route endurance, voltage stability, and airframe efficiency rather than by maximum short-time current burst. The 68.4V 33Ah Semi-Solid UAV Battery fits this requirement well because it combines a practical 33Ah reserve with an 18S high-voltage platform, making it suitable for mapping drones that need longer route coverage and stable cruising output in professional outdoor work.

Because this battery is based on a 10C low continuous discharge platform, the 68.4V 33Ah Semi-Solid UAV Battery is more suitable for stable long-endurance mission profiles than for aggressive instant-thrust takeoff scenarios. This gives the product a clear SEO direction around industrial mapping drone battery, high-voltage semi-solid UAV battery, and 68.4V 33000mAh drone battery.

Suitable for Large Agricultural UAV Platforms

The 68.4V 33Ah Semi-Solid UAV Battery is also highly relevant for large agricultural UAV platforms that need higher voltage support and practical reserve for route-based field operation. In these applications, the battery should provide smooth continuous output, workable mission time, and controlled battery mass. With 350Wh/kg high energy density and a 7100g structure, this model supports better endurance-to-weight efficiency than many conventional large-format lithium battery solutions.

At the same time, this product should not be positioned as a high-burst heavy-lift battery for extreme load launch conditions. The 68.4V 33Ah Semi-Solid UAV Battery is better matched to endurance-oriented agricultural missions and stable field cruising than to instant heavy-thrust operating logic.

High-Voltage 18S LiHV Architecture for Long-Endurance UAV Systems

One of the strongest product advantages of the 68.4V 33Ah Semi-Solid UAV Battery is its 18S1P 68.4V LiHV architecture. Compared with lower-voltage battery systems, the 18S platform offers more capable voltage support for larger UAV propulsion systems and route-based industrial missions. This makes the battery especially suitable for professional drone projects requiring stronger voltage matching, better flight stability, and more efficient long-duration operation.

350Wh/kg High Energy Density with Clear Application Boundaries

The 68.4V 33Ah Semi-Solid UAV Battery combines 33Ah usable reserve with 350Wh/kg high energy density. In professional UAV platforms, energy density directly affects aircraft efficiency, route margin, installation flexibility, and actual sortie performance. A semi-solid battery with 350Wh/kg energy density helps support longer mission windows without pushing the airframe into a less efficient overall configuration.

However, the cycle life of at least 100 cycles also means the product is better suited to short-term projects, temporary operations, and specific performance-focused deployments than to long-term high-frequency daily use. This makes the 68.4V 33Ah Semi-Solid UAV Battery a more specialized option for customers who value energy density and voltage platform more than very long service-cycle economics.

Charging Logic and Practical Deployment

The 68.4V 33Ah Semi-Solid UAV Battery supports only 1C standard charging, which means it is better matched to planned charging workflows rather than urgent fast-turnaround operations. For users operating in scheduled flight cycles, overnight charging, or pre-planned mission rotation, this battery offers a practical balance of high energy density, structural efficiency, and stable output performance.

Integration Value and Matching Recommendations

With dimensions of 198(T) × 95(W) × 210(H) mm, the 68.4V 33Ah Semi-Solid UAV Battery offers strong integration value for medium-to-large UAV airframes. Its semi-solid structure and NMC-based chemistry positioning help improve packaging efficiency and energy density for advanced drone battery design.

For customers evaluating related solutions, you can also explore our UAV battery category and compatible drone battery chargers. For product videos and brand updates, please visit our YouTube channel and LinkedIn page.

68.4V 33Ah Semi-Solid UAV Battery Applications

إن 68.4V 33Ah Semi-Solid UAV Battery is suitable for drone platforms that require stable cruising output, higher voltage support, and better endurance-to-weight efficiency. With 350Wh/kg high energy density, 10C discharge, a 7100g pack structure, and operating temperature from -20℃ to 60℃, this model is especially suitable for industrial mapping drones and large agricultural UAV platforms.

Agricultural Drone: This battery is particularly well matched with large agricultural UAV systems that need practical reserve, high-voltage support, and stable long-endurance field operation.

Crop Spraying Drone: For route-based spraying work, this model supports better cruising stability and efficient high-voltage integration, but it is not intended for extreme heavy-load burst launch conditions.

Inspection & Mapping Drone: In industrial mapping, surveying, and route observation missions, this battery supports longer practical sortie time and more efficient 18S power architecture.

Industrial UAV: For endurance-focused professional drone systems, this model supports advanced energy density, stable output, and more efficient long-duration mission deployment.

68.4V 33Ah Semi-Solid UAV Battery Detail Display

المنتجات ذات الصلة

12S1P 43.8V 45000mAh Semi-Solid UAV Battery | 400Wh/kg

· 400Wh/kg ultra-high energy density for lighter heavy-payload UAV integration
· Semi-solid NMC-based energy platform for advanced drone power systems
· 12S1P 43.8V 45000mAh platform with only 5500g pack weight
· 8C discharge for stable loaded UAV output
· Cycle life ≥400 with operating temperature range of -20~60℃

18S2P 68.4V 66000mAh Semi-Solid UAV Battery | 350Wh/kg

· 350Wh/kg high energy density for extended flight time
· Semi-solid NMC-based energy platform for high-end UAV integration
· 10C discharge for stable heavy-duty drone output
· 18S2P 68.4V 66000mAh platform with 13950g pack weight
· Cycle life ≥100 with operating temperature range of -20~60℃

18S2P 66.6V 70000mAh High Capacity UAV Battery | 10C

· 70000mAh large-capacity reserve for longer usable mission time
· 10C discharge for stable heavy-duty UAV output
· 18S2P 66.6V high-voltage platform for large industrial drone systems
· 15000g pack weight for practical large-platform integration
· Recommended connector options: QS9 / QS10 / AS150U, final connector can be customized

6S1P 22.2V 10500mAh High Energy Density UAV Battery | 310Wh/kg

· 310Wh/kg high energy density for longer usable endurance
· Lightweight 950g pack for compact UAV integration
· 10C discharge for stable industrial drone output
· 6S1P 22.2V 10500mAh platform for lightweight mission drones
· Recommended connector options: XT60 / XT90S / AS150U, final connector can be customized

10C 14S1P 51.8V 30000mAh Semi-Solid UAV Battery | 280Wh/kg High Energy Density

·Semi-solid battery with 280Wh/kg high energy density
·10C high-rate discharge for demanding UAV power output
·Lightweight 6.1kg design for longer flight endurance
·1C charging and ≥800 cycle life for reliable operation
·Ideal for agricultural, cleaning, and logistics drones

أخبار ذات صلة

Heavy-lift drone grounded beside a charging table, showing energy turnaround as the operational bottleneck.
As heavy-lift fleets scale, charging throughput and battery turnaround become the constraint. How to standardize energy ops for predictable sorties.
Industrial drone battery on compliance test bench with checklist and Class 9 label
Definitive 2026 guide to industrial drone battery compliance—EN 62619 vs EN 62133, UN38.3, CE/UKCA, audit playbook and a sample Complete Compliance Pack. Download now.
If you’re designing a 10–200 kg heavy-lift UAV, this guide explains how to size battery capacity, choose 12S–18S architectures, manage C-rate, and validate real-world performance using flight telemetry.
Cover illustration of a heavy-lift agricultural drone with battery and compliance checklist symbols.
This strategy treats agricultural drone batteries as mission-critical assets. It provides a systematic framework for managing voltage sag, navigating US regulatory shifts, and stabilizing landed-cost models.

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