Description
Detailed Product Description: 51.8V 33600mAh Agriculture Drone Battery Pack
Agriculture drones are transforming modern farming by reducing labor, improving accuracy, and maximizing efficiency in operations such as spraying, seeding, mapping, and monitoring. At the heart of this technology lies the 51.8V 33600mAh Agriculture Drone Battery Pack, a high-capacity, high-performance lithium-ion power source designed for long missions, heavy payloads, and reliable operation in challenging farm conditions.
Unlike conventional Li-Po batteries, the 51.8V 33600mAh Agriculture Drone Battery Pack offers higher energy density, superior safety, and a longer cycle life, making it the preferred choice for professional farming applications. Built with premium-grade INR 21700 P42A cells, it is engineered for durability, stability, and consistent power delivery, even under extreme operational loads.
Technical Specifications of the 51.8V 33600mAh Agriculture Drone Battery Pack
Voltage and Configuration
The 51.8V 33600mAh Agriculture Drone Battery Pack is built with a 14s8p cell configuration, meaning 14 cells are connected in series and 8 in parallel. This arrangement provides a nominal voltage of 51.8V, striking the right balance between high efficiency and reliable power output. The higher nominal voltage reduces current draw, which in turn lowers heat generation and energy loss, making the battery ideal for long-duration agricultural drone missions. With its optimized structure, drones can execute heavy-duty tasks such as spraying, mapping, or seeding with stable power delivery, minimizing the risk of fluctuations that could disrupt performance during critical operations.
Capacity and Runtime
With a capacity of 33,600mAh, this battery pack offers drones the ability to fly for significantly longer durations compared to standard alternatives. For agricultural operators, this means larger sections of farmland can be covered in a single flight, reducing downtime caused by frequent battery swaps. Extended runtime is especially valuable during time-sensitive operations like pesticide spraying, where efficiency and speed directly impact crop health and yield. The high-capacity design also reduces the number of batteries needed to sustain long workdays, ultimately saving costs and streamlining field logistics.
High Discharge Rates
Engineered for demanding payloads, the 51.8V 33600mAh battery supports a continuous discharge current of 300A and a peak discharge current of 370A. These powerful ratings ensure that drones can easily handle heavy agricultural equipment, such as large spraying tanks, seeding modules, and advanced multispectral imaging cameras. The ability to maintain strong discharge rates under load reduces the risk of power drops, allowing drones to maintain consistent thrust and flight stability. This makes the battery a dependable energy source for both standard agricultural drones and high-performance UAVs designed for industrial-scale farming.
Safety Features
Safety and longevity are integral to the design of the 51.8V 33600mAh Agriculture Drone Battery Pack. The pack includes a failsafe trigger at 44.8V, which prevents deep discharge that could permanently damage the cells. The minimum flying voltage of 40.6V ensures that drones land safely before critical power depletion occurs. Additionally, the integrated cell balancing system maintains uniform charge distribution across all cells, reducing the risks of overheating, cell imbalance, or voltage instability. Together, these features not only protect the battery but also extend its usable lifespan, making it a safe and cost-effective investment for long-term agricultural operations.
Performance and Reliability Features
Stable Voltage Output
The 51.8V 33600mAh Agriculture Drone Battery Pack is designed to deliver stable and consistent voltage throughout its entire discharge cycle. Unlike traditional batteries that experience sharp voltage drops under heavy loads, this pack ensures smooth power delivery. This feature is especially valuable for drones performing precision tasks such as spraying pesticides, spreading fertilizer, or conducting multispectral imaging. Consistent voltage output helps maintain flight stability, accurate GPS navigation, and precise spraying patterns, which ultimately improves productivity and reduces resource wastage.
Long Cycle Life
One of the standout characteristics of this agriculture drone battery pack is its extended cycle life. It has been engineered to endure more than 500 charging cycles while retaining up to 80% of its original capacity. This makes it an economical choice for farmers and commercial drone operators who rely on consistent performance over long periods. Fewer replacements mean reduced operational costs, less downtime, and more sustainable farming practices. When compared to Li-Po batteries, which degrade faster and often require early replacement, this Li-ion pack provides long-term reliability and superior return on investment.
High-Quality Connectors
For safe and efficient operation, the battery pack is equipped with Amass AS150U discharge connectors and JST XH charging interfaces. These high-quality connectors play a crucial role in ensuring reliable energy transfer between the battery and the drone’s power system. By minimizing resistance and heat generation, they safeguard the battery against potential damage and enhance overall performance. Additionally, their universal design allows compatibility with a wide range of agricultural drone systems, making installation and maintenance more convenient. The secure connections also reduce the risks of short circuits, overheating, or power interruptions during flight, which is critical when drones are carrying expensive payloads or operating in harsh field environments.
Comparison with Traditional Li-Po Batteries
Energy Density
The 51.8V 33600mAh Agriculture Drone Battery Pack is designed with superior energy density compared to conventional Li-Po batteries. With its higher Wh/kg ratio, it delivers more power without adding unnecessary weight to the drone. This balance between stored energy and overall mass directly translates to longer flight durations, enabling drones to cover larger areas in fewer missions. For agricultural operators, this means more efficient spraying, seeding, or surveying without the frequent need to swap batteries. Higher energy density also improves payload efficiency, allowing drones to carry heavier tanks, sensors, or mapping devices without sacrificing endurance.
Temperature Performance
One of the major limitations of Li-Po batteries is their vulnerability to extreme weather conditions. They often lose efficiency in cold environments and risk overheating in hot climates. The 51.8V 33600mAh Agriculture Drone Battery Pack, built with high-quality Li-ion cells, overcomes these challenges. It performs reliably across a wide operating temperature range of -20°C to +60°C, ensuring stable drone operations year-round. Farmers in cold northern regions or hot tropical zones can depend on this pack to maintain consistent performance, avoiding unexpected downtimes caused by temperature-related power drops. This resilience makes it an all-weather solution for agricultural drone missions.
Safety and Maintenance
Li-Po batteries are known to suffer from issues such as swelling, puffing, or even leaking after repeated charge-discharge cycles. These structural failures not only reduce lifespan but also pose safety risks during flight. In contrast, the 51.8V 33600mAh Agriculture Drone Battery Pack is engineered with robust Li-ion technology that maintains structural integrity over time. It eliminates the common problems of puffing and bulging, reducing downtime and minimizing maintenance requirements. This means fewer replacements, lower costs, and greater confidence in the field. For large-scale farming operations, the reduced need for constant monitoring and frequent servicing translates to significant time and cost savings.
Applications of the 51.8V 33600mAh Agriculture Drone Battery Pack
Agricultural Spraying
One of the most important uses of the 51.8V 33600mAh Agriculture Drone Battery Pack is powering spraying drones that carry pesticides, herbicides, and fertilizers. Traditional Li-Po packs often fall short when drones are equipped with heavy liquid tanks, leading to shorter spraying sessions and frequent recharges. This Li-ion battery pack changes the game by enabling longer spraying operations on a single charge, reducing downtime and labor costs. Farmers can cover more acres per flight cycle, achieving better efficiency during pest control and fertilization tasks. Its stable discharge ensures consistent pump operation, which is crucial for even and precise spray distribution across large fields.
Seeding and Fertilizer Spreading
In precision farming, drones are increasingly used for seed planting and fertilizer distribution. These tasks require drones to carry significant payloads while maintaining stable performance throughout long missions. The 51.8V 33600mAh Agriculture Drone Battery Pack, with its 300A continuous discharge and 370A peak capability, provides the necessary power for such demanding operations. This allows drones to disperse seeds or fertilizers uniformly across vast farmland, cutting down manual labor and improving planting accuracy. By extending flight time and payload handling capacity, this battery directly contributes to higher crop yields and better resource utilization.
Precision Mapping and Monitoring
Beyond spraying and seeding, modern agriculture depends heavily on data-driven insights. Drones equipped with multispectral, hyperspectral, or thermal cameras require stable and long-lasting power sources to collect accurate data during extended flight missions. The 51.8V 33600mAh Agriculture Drone Battery Pack provides this reliability, enabling uninterrupted flights for mapping, crop health analysis, irrigation planning, and yield prediction. Its high energy density ensures that drones can fly longer, capturing high-resolution data across larger plots of land without mid-mission battery swaps. This makes it an essential tool for precision agriculture, empowering farmers to make informed decisions that optimize productivity and sustainability.
Advantages of Choosing the 51.8V 33600mAh Agriculture Drone Battery Pack
Extended Flight Time
One of the greatest benefits of the 51.8V 33600mAh Agriculture Drone Battery Pack is its ability to significantly extend flight time. Farmers no longer need to interrupt operations for frequent battery changes, as this high-capacity pack allows drones to cover larger fields in fewer flights. This advantage translates into higher productivity and reduced operational costs, as the same amount of work can be done with fewer takeoffs and landings. Longer flight endurance is especially beneficial for spraying, mapping, or surveying missions where consistency and time efficiency are crucial.
Payload Support
Modern agricultural drones are often tasked with carrying heavy payloads such as pesticide spraying systems, seed dispersal units, or advanced imaging sensors. The 51.8V 33600mAh Agriculture Drone Battery Pack, with its 300A continuous and 370A peak discharge currents, ensures stable performance even under maximum load conditions. Farmers and drone operators can rely on it to maintain thrust and stability, enabling drones to handle large liquid tanks or sophisticated monitoring devices without performance dips. This makes it an ideal power source for high-capacity, industrial-grade UAVs used in professional farming.
Durability in Harsh Conditions
Agricultural environments can be unpredictable, with drones often operating in extreme heat, cold, or dusty conditions. The 51.8V 33600mAh Agriculture Drone Battery Pack is engineered for resilience, maintaining performance in temperatures ranging from -20°C to +60°C. Its rugged construction and advanced cell balancing system prevent degradation even during intensive, prolonged use. This durability ensures uninterrupted drone performance in all seasons—whether during peak summer spraying sessions or wintertime crop monitoring. Farmers can trust it to remain reliable across diverse climates and terrains.
Eco-Friendly Rechargeable Solution
Sustainability is a growing priority in modern agriculture, and this Li-ion battery supports eco-friendly farming practices. Unlike disposable power sources, the 51.8V 33600mAh Agriculture Drone Battery Pack is fully rechargeable, minimizing environmental waste. Its long cycle life—retaining up to 80% of capacity after 500+ charge cycles—further reduces the need for frequent replacements, conserving resources and lowering the carbon footprint. By choosing this battery, farmers not only improve operational efficiency but also contribute to environmentally responsible farming.
Customization Options
The 51.8V 33600mAh Agriculture Drone Battery Pack is not just a one-size-fits-all solution—it is designed with flexibility to meet the unique needs of modern farming operations and diverse UAV designs. Customization ensures that both farmers and UAV manufacturers can obtain a power system optimized for maximum efficiency, safety, and compatibility.
Custom Size and Shape to Match Drone Models
Not all agricultural drones share the same frame or compartment dimensions. To accommodate this, the 51.8V 33600mAh Agriculture Drone Battery Pack can be engineered in various sizes and shapes. Whether for compact drones used in small-scale precision farming or large spraying drones designed for extensive farmlands, customization guarantees a seamless fit. This eliminates the risk of loose installations, improves flight stability, and ensures that every drone performs at its peak.
Choice of Cell Brands (Molicel INR P42A, P45B, Samsung INR 50S)
Cell quality directly impacts a battery pack’s performance and lifespan. Farmers and drone operators can choose between premium lithium-ion cell options such as Molicel INR P42A, P45B, or Samsung INR 50S. Each brand offers distinct advantages in terms of energy density, cycle life, and discharge capabilities. This flexibility allows buyers to select the cell chemistry that best matches their operational priorities—whether maximum endurance, high discharge current, or long-term durability.
Selection of Connectors for Compatibility
Different UAVs require specific connectors for safe integration. The 51.8V 33600mAh Agriculture Drone Battery Pack offers customization in connector types, including Amass AS150U and JST XH interfaces, among others. By tailoring connectors, the battery ensures secure power transfer, minimizes resistance losses, and reduces risks such as overheating or connection failure. This customization provides farmers with a plug-and-play solution that aligns perfectly with their existing drone systems.
Adjustable Capacity Configurations for Specialized Drones
While the base configuration of the pack is 14s8p at 33600mAh, some agricultural applications may demand different capacities. For example, drones intended for short but high-intensity flights might prioritize higher discharge currents, while long-endurance survey drones may require maximum capacity for extended air time. The ability to adjust configurations ensures that the 51.8V 33600mAh Agriculture Drone Battery Pack can be fine-tuned to serve spraying, mapping, monitoring, or hybrid UAV operations with optimal efficiency.
Why Choose the 51.8V 33600mAh Agriculture Drone Battery Pack?
When selecting a power source for agricultural drones, reliability, endurance, and safety are the top priorities. The 51.8V 33600mAh Agriculture Drone Battery Pack stands out as one of the most advanced solutions available, offering unmatched efficiency and performance. Here’s why it is the preferred choice for professional farming operations and UAV manufacturers:
Longer Flight Time Compared to Conventional Batteries
With a massive 33,600mAh capacity, this pack enables drones to fly for extended periods without interruption. Farmers can cover more acreage in a single mission, minimizing downtime caused by frequent battery changes. This advantage is particularly important for spraying drones, which need longer air time to maximize coverage, and survey drones, which require extended endurance for accurate mapping and monitoring.
Stable Performance in Extreme Weather
Many conventional batteries struggle in harsh conditions, leading to reduced efficiency or even flight failure. The 51.8V 33600mAh Agriculture Drone Battery Pack is engineered to perform reliably in temperatures ranging from -20°C to +60°C. Whether operating in hot summers or cold winters, farmers can depend on consistent power delivery without compromising drone stability.
Superior Safety Features (Failsafe Triggers, Balanced Cells)
Safety is built into the design of this battery pack. It includes a failsafe trigger at 44.8V and a minimum flying voltage of 40.6V, preventing over-discharge that could damage cells or cause mid-air failures. Additionally, the cell balancing system ensures that each lithium-ion cell maintains uniform voltage during charging and discharging. This reduces risks of overheating, swelling, or voltage imbalance, giving drone operators peace of mind during long missions.
Extended Life Cycle (500+ Charge Cycles)
Unlike traditional Li-Po batteries that degrade quickly, this Li-ion pack is designed for 500+ charge cycles while retaining up to 80% of its original capacity. This durability makes it a cost-effective solution for farmers and UAV operators, as fewer replacements are needed over the drone’s operational lifespan. In the long run, this translates into lower operating costs and higher return on investment.
Designed for Heavy Payload Agricultural Drones
Agricultural drones often carry heavy payloads such as pesticide tanks, fertilizer dispensers, or multispectral imaging sensors. With a continuous discharge current of 300A and peak discharge of 370A, the 51.8V 33600mAh Agriculture Drone Battery Pack ensures drones can handle such demanding operations without performance dips. This makes it the perfect solution for high-capacity spraying missions, precision seeding drones, and large-scale monitoring UAVs.
Conclusion
The 51.8V 33600mAh Agriculture Drone Battery Pack is not just a power source—it is a productivity booster for modern farming. With higher energy density, extended flight time, robust discharge capabilities, and advanced safety mechanisms, this battery pack empowers farmers to maximize efficiency, reduce downtime, and improve yields.
Whether for spraying, seeding, mapping, or monitoring, this pack delivers consistent, reliable, and sustainable power for agricultural drones. Its combination of performance, safety, and durability makes it the gold standard for UAV power systems in precision agriculture.
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