480Wh/kg
Semi-Solid State Drone Battery
The Ultimate Lightweight Solution | 150%+ Endurance Extension
Weight
>60% Mass Reduction
Volume
~53% Smaller Footprint
Chemistry
100% Pure Cobalt (LCO)
Integration
Zero Airframe Modification
High Energy-Density Semi-Solid Drone Battery Series
Leading manufacturer of 350Wh/kg to 480Wh/kg scalable LCO solutions for industrial UAV fleets.
| Technical Metric | 350 Wh/kg LCO Series | 400 Wh/kg LCO Series | 480 Wh/kg LCO Series (Peak) |
|---|---|---|---|
| Cycle Life | 800+ Cycles | 200+ Cycles | 50+ (Mission-Specific) |
| Weight Reduction | ~35% Weight Reduction | ~55% Weight Reduction | >60% Mass Reduction* |
| Endurance Extension | ~50% Increase | ~90% Increase | 150%+ Increase |
| Volumetric Efficiency | ~33% Reduction | ~42% Reduction | ~53% Reduction |
*Benchmarked against industry-standard LiPo batteries of equivalent capacity.
Semi-Solid Drone Battery Series: Technical Specifications
Compare our scalable LCO energy platforms, engineered for 350Wh/kg to 480Wh/kg mission requirements.
350Wh/kg Semi-Solid State Drone Battery
- Capacity
- 9000-80000mAh
- Rated Voltage
- 3.7-4.2V, LiPo
- Cells
- 6-18S
- Cycle Life
- 800+
- Material
- LiCoO2
400Wh/kg Semi-Solid State Drone Battery
- Capacity
- 22000-80000mAh
- Rated Voltage
- 3.7-4.2V, LiPo
- Cells
- 6-18S
- Cycle Life
- 200+
- Material
- LiCoO2
480Wh/kg Semi-Solid State Drone Battery
- Capacity
- 26000-62000mAh
- Rated Voltage
- 3.8V-4.35V, LiHv
- Cells
- 6-18S
- Cycle Life
- 50+
- Material
- LiCoO2
The 480Wh/kg Breakthrough: Next-Gen Semi-Solid State Drone Battery
Leading manufacturer of high-voltage pure cobalt solutions, achieving 60% weight reduction and 150%+ flight time extension for industrial UAV missions.
KKLIPO 480Wh/kg Semi-Solid LCO Series
100% Pure Cobalt (LCO) + Si-C Anode
(The Current Technical Limit for UAV Power Density)
Mission Endurance
Break the limit with a 150%+ endurance extension, no airframe mods needed.
MTOL Weight Reduction
Over 60%+ weight reduction compared to conventional packs, maximizing payload and lowering MTOW.
Volumetric Energy Density (VED) Advantage
Achieve a 53% volume reduction, fitting more energy into a compact footprint.
Cycle Life
Guaranteed 500+ Grade A cycles, ensuring long-term stability and lower fleet TCO.
Voltage Plateau
Pure LCO chemistry provides linear power for predictable control, especially during critical RTH.
Standard NCM Drone Battery (260-350Wh/kg)
NCM Blended Chemistry
(Standard Performance with Low-Cost Blending)
Standard Lipo Flight Limitations
Standard ~260-350Wh/kg density leads to frequent landings and limited operational range.
Excessive Weight & Bulk
Heavy and oversized footprint reduces available payload capacity and limits airframe design flexibility.
Low Volumetric Efficiency
Larger battery bays required, increasing drag and reducing the overall energy-to-volume ratio.
~300 Cycles (Rapid Decay)
Blending NCM (Ternary) materials to reduce costs results in faster capacity degradation.
Power Sag in Conventional Chemistry
Non-linear power output introduces risks of sudden voltage sags during critical maneuvers.
LCO Semi-Solid Battery Manufacturer: Engineering Reliability for UAV Fleets
In professional UAV power systems, the ratio of energy storage to physical footprint is the decisive factor for mission success. Unlike conventional solutions that blend NCM (Nickel-Cobalt-Manganese) to reduce raw material costs, this semi-solid series utilizes a 100% High-Voltage Pure Cobalt (LCO) cathode system.
This uncompromising commitment to material purity, combined with advanced Si-C anodes, achieves a 60% weight reduction and 53% volume optimization. For platforms performing high-value inspections or high-precision mapping, this architecture provides the energy redundancy and MTOW optimization required to maximize per-unit mission value. Grade A cell integrity remains the only standard for mission-critical power.
Semi-Solid State Drone Battery: Technical FAQ
Answers from the KKLIPO Engineering Team.
Why is the 480Wh/kg Semi-Solid State battery considered a breakthrough for UAV endurance?
As a leading semi-solid drone battery manufacturer, KKLIPO has pushed the energy density to a peak of 480Wh/kg. This represents a 150%+ flight time increase compared to standard LiPo. By utilizing a high-voltage pure cobalt (LCO) system and Si-C anodes, we achieve a 60% weight reduction, allowing industrial UAVs to carry heavier payloads or extend mission ranges significantly.
How does KKLIPO’s 100% Pure Cobalt (LCO) chemistry differ from conventional NCM batteries?
Unlike conventional manufacturers who blend NCM (Nickel-Cobalt-Manganese) to reduce costs, KKLIPO utilizes 100% High-Voltage Pure Cobalt (LCO). This chemical path provides superior energy density and voltage stability. Our LCO semi-solid technology is specifically engineered for industrial UAV fleets that require maximum power-to-weight ratios and consistent performance in mission-critical environments.
What is the cycle life and safety profile of the 480Wh/kg Extreme series?
The 480Wh/kg Peak series is engineered for specialized, high-value missions where endurance is the decisive factor. It offers 50+ Grade A cycles under extreme mission profiles. For daily operations, our 350Wh/kg and 400Wh/kg series provide up to 800+ cycles. All KKLIPO semi-solid state batteries feature enhanced thermal stability and multiple safety protocols to ensure operational reliability.
Can KKLIPO provide wholesale customization (OEM/ODM) for large UAV fleets?
Yes. KKLIPO is a professional manufacturer providing scalable energy solutions. We offer wholesale customization for battery capacity (22000mAh to 80000mAh), voltage configurations, and specialized connectors. Our Grade A cell consistency ensures that large-scale deployments maintain uniform performance across entire industrial UAV fleets.
Does KKLIPO comply with international transport and safety standards?
Absolutely. All KKLIPO high energy-density solutions are fully certified, including UN38.3, MSDS, and CE certifications. We understand the logistical requirements of global B2B clients and provide secure, compliant wholesale shipping solutions to ensure your power systems arrive ready for immediate integration.