Battery Type:Semi Solid State Batteries
Model:LKG-SL-14S30000
Capacity:30000mAh
Configuration:14S
Energy:1512Wh
Nominal Voltage:50.4V
Charge Cut-Off Voltage:59.5V
Max Charging Current:≤30A
Discharge Rate:10C
High-Voltage 14S Power for Heavy-Lift UAV and Agricultural Drone Missions
1512Wh Semi-Solid-State Li-ion Battery for 50.4V Industrial Aerial Platforms
Designed for professional high-voltage unmanned platforms, the LINKAGE LKG-SL-14S30000 Semi-Solid-State Li-ion Battery delivers 30000mAh capacity, 1512Wh energy, and a 14S / 50.4V nominal voltage platform for demanding aerial missions.
With 10C discharge performance, 59.5V charge cut-off voltage, and recommended charging current below 30A, this pack is best matched with heavy-lift UAVs, agricultural spraying drones, industrial inspection aircraft, and compatible 50V-class unmanned systems that can safely accommodate a large high-energy battery pack.
Product Specifications
LINKAGE LKG-SL-14S30000
| Specification | Details |
| Battery Type | Semi-Solid-State Li-ion Battery |
| Model | LKG-SL-14S30000 |
| Capacity | 30000mAh |
| Configuration | 14S |
| Energy | 1512Wh |
| Nominal Voltage | 50.4V |
| Charge Cut-Off Voltage | 59.5V |
| Max Charging Current | <30A |
| Discharge Rate | 10C, suitable for high-load industrial mission output |
| Application Type | Heavy-lift UAV / agricultural drone / industrial inspection UAV / 50V-class unmanned platform / R&D / OEM equipment |
Application Positioning: High-Voltage Energy for Industrial Aerial Work
The 30000mAh / 1512Wh format is built for platforms that need significantly more energy than compact 6S batteries while operating on a higher-voltage 14S architecture. It is suitable for airframes and equipment designed around 50V-class lithium power, sufficient payload allowance, reinforced mounting space, and professional charging and BMS integration.
Best-fit equipment categories include:
Power Profile: 50.4V / 10C for High-Load Mission Output
The 14S 50.4V platform and 10C discharge rating support high-load operation for propulsion systems, pumps, payload electronics, flight control systems, telemetry, sensors, and onboard computing. This battery is intended for professional mission equipment, not small 6S drones or low-voltage compact robots.
Typical supported loads include:
Application Focus
Heavy-Lift UAV & Agricultural Drone Platforms
Suitable for professional 14S UAVs that require strong voltage support and large energy reserve while carrying payloads such as liquid tanks, spreaders, cameras, LiDAR, monitoring sensors, or communication modules. The aircraft must be designed for the pack size, battery weight, 50.4V nominal voltage, 59.5V full-charge voltage, and 10C output profile.
Industrial Inspection, Mapping & Mission Payload Systems
The 1512Wh energy reserve is useful for industrial aerial platforms that need longer mission windows while powering propulsion, payload electronics, sensors, communication modules, and positioning systems at the same time.
Ideal for:
50V-Class Unmanned Equipment & Test Platforms
Beyond aerial use, this pack can support compatible 50V-class unmanned equipment, test benches, and large mobile platforms when voltage, current, pack size, charger, BMS, and thermal design are engineered for this specification.
Applications include:
Engineering, RC & High-Voltage R&D Platforms
For developers, UAV manufacturers, and integration teams, this 14S 30000mAh pack provides a repeatable high-capacity power source for high-voltage platform development, load testing, and mission endurance evaluation.
Applications include:
OEM High-Voltage Battery Integration
The 14S 1512Wh format is practical for equipment makers that need high energy density, higher voltage, and stronger output capability in one battery pack. Final pack configuration should confirm connector type, cable gauge, BMS strategy, charger limit, mounting method, vibration protection, and enclosure requirements.
Applications include:
Battery Advantage Classification
| Advantage Category | What It Means | Best-Fit Use |
| Voltage Class | 14S / 50.4V high-voltage lithium platform | Heavy-lift UAVs and industrial systems designed for 50V-class power |
| Energy Reserve | 30000mAh / 1512Wh high-capacity pack | Agricultural, inspection, mapping, and payload missions needing longer runtime |
| Output Capability | 10C high-load mission discharge | Propulsion, pumps, payload electronics, telemetry, and onboard systems |
| Semi-Solid-State Structure | Improved structural and thermal stability for high-energy packs | Professional field use, OEM integration, R&D, and training |
| Integration Flexibility | Custom connector, BMS, charger, harness, cable gauge, and housing options | OEM / ODM heavy-lift UAV and industrial unmanned platform builders |
| Use Boundary | Not for small 6S drones, compact robots, or equipment unable to accept 59.5V full-charge voltage | Confirm voltage, size, weight, current, charger, BMS, and thermal design before integration |
Why This 14S30000 Pack Fits Heavy-Duty 50V-Class Platforms
High-Voltage Platform Advantage
The 14S / 50.4V format is designed for professional platforms that need higher voltage than 6S or 12S systems, improving suitability for demanding propulsion and payload configurations.
Large Energy Reserve
30000mAh capacity and 1512Wh energy output support longer mission time for compatible agricultural, industrial, and payload-carrying UAVs.
10C Output Capability
10C discharge performance provides stronger mission output than lower-rate endurance packs when the platform wiring, BMS, ESC, and thermal design are properly matched.
Semi-Solid-State Safety Advantage
Semi-solid-state lithium battery technology supports improved structural stability and safer operation for high-energy professional field use.
Integration Advantage
Suitable for OEM builders who need a customizable high-voltage battery solution with matched connectors, BMS, charger settings, cable gauge, enclosure, and mounting requirements.
Recommended Equipment Types
This battery is best matched with:
Not Recommended For
To ensure the best performance match, this battery is not primarily designed for:
Professional 14S Battery Solution for Heavy-Lift and Agricultural UAV Builders
Whether you are building agricultural spraying drones, heavy-lift multirotors, industrial inspection aircraft, mapping platforms, high-voltage test systems, or OEM 50V-class unmanned equipment, LINKAGE 14S 30000mAh semi-solid-state battery technology provides a strong balance of voltage, capacity, discharge capability, and integration flexibility.
Ready for OEM / ODM / Bulk Orders
Customized battery pack solutions are available for UAV manufacturers, agricultural drone builders, industrial inspection platform developers, RC engineering teams, prototype developers, and equipment integrators that need a 14S 1512Wh high-voltage battery platform.
Contact Us Today
Power your heavy-lift UAV, agricultural drone, or compatible 50V-class unmanned platform with LINKAGE 30000mAh 14S semi-solid-state lithium battery technology.
Matched Real Application Scenario Images
The following real-world images are included as application references for compatible heavy-lift, agricultural, and industrial UAV platforms whose voltage, battery bay, payload allowance, connector, BMS, charger, and thermal design can match a 14S / 50.4V / 1512Wh battery pack.
Application Scenario: Agricultural spraying / heavy-lift UAV platform. Match rationale: 14S / 50.4V / 1512Wh power is appropriate for larger UAVs carrying liquid tanks, pumps, and field-service payloads when airframe payload, connector, ESC, BMS, and thermal design are confirmed. |
Application Scenario: Agricultural drone operating over field crops for crop service and field monitoring. Match rationale: this real scene represents the high-energy aerial work category that benefits from 14S voltage, 30000mAh capacity, and 10C output. |
| Fit Check: Use only on heavy-lift or agricultural UAV platforms engineered for 14S input, 59.5V full-charge voltage, pack weight, connector current, charger limit, and cooling requirements. | Fit Check: Not intended for small 6S drones, compact robots, or 24V systems. Confirm aircraft payload allowance, battery bay size, discharge current, BMS strategy, and mission thermal profile before integration. |
These images are included as real application scenario references only. Final fit must be confirmed by the target platform voltage, battery bay, payload allowance, connector, BMS, charger, discharge current, and thermal design.
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