Description

Pro-Range INR 21700 P42A 22.2V 37800mAh Agriculture Drone Battery Pack

Introduction to the 22.2V 37800mAh Agriculture Drone Battery Pack

Agricultural drones are no longer experimental tools—they have become integral to modern precision farming. Farmers now rely on drones for a wide range of tasks: spraying pesticides and fertilizers, seeding fields, monitoring crop health, generating high-resolution maps, and optimizing yield predictions. However, the effectiveness of an agriculture drone depends heavily on its power source. Without a reliable, high-capacity battery, drones cannot achieve long flights, carry substantial payloads, or operate efficiently in challenging conditions.

This is where the 22.2V 37800mAh Agriculture Drone Battery Pack plays a pivotal role. Unlike conventional lithium-polymer (Li-Po) batteries, which have been widely used in UAVs but often fall short in terms of lifespan, durability, and energy density, this advanced lithium-ion battery pack provides next-generation performance. With its 6s9p configuration, premium-grade Molicel INR P42A or P45B cells, and optimized design, it enables agricultural drones to perform demanding missions with ease.

Not only does the 22.2V 37800mAh Agriculture Drone Battery Pack extend operational efficiency, but it also delivers superior reliability, stable discharge curves, enhanced safety mechanisms, and reduced maintenance needs. In modern farming, where efficiency, cost savings, and sustainability are critical, this battery pack represents a true game-changer.

Why Farmers Need the 22.2V 37800mAh Agriculture Drone Battery Pack

Extended Flight Durations for Large-Scale Farming

One of the biggest challenges in drone-powered agriculture is flight endurance. Traditional batteries limit drones to shorter missions, forcing frequent landings and recharges. The 22.2V 37800mAh Agriculture Drone Battery Pack addresses this by offering a massive 37,800mAh capacity, which translates into longer uninterrupted flight times. Farmers can spray larger acreages, monitor more fields, or seed vast farmlands in a single trip—significantly reducing downtime.

Reliable Power for Heavy Payloads

Agricultural drones are often tasked with carrying substantial payloads—such as pesticide tanks, fertilizer sprayers, or advanced imaging sensors. The 22.2V 37800mAh Agriculture Drone Battery Pack supports a continuous discharge of 340A and a peak discharge of 415A, providing enough current to handle high-energy-demand applications without performance drops. This ensures drones maintain stable lift and control, even when fully loaded.

Performance in Extreme Conditions

Farming doesn’t pause for the weather. That’s why the 22.2V 37800mAh Agriculture Drone Battery Pack is engineered to operate effectively across a broad temperature range, from -20°C cold winters to scorching +60°C summers. Unlike Li-Po packs that lose efficiency or risk swelling under thermal stress, this lithium-ion solution maintains structural integrity and consistent power output year-round.

Performance and Reliability Features of the 22.2V 37800mAh Agriculture Drone Battery Pack

The 22.2V 37800mAh Agriculture Drone Battery Pack is more than just a high-capacity power source — it’s built for long-term reliability and dependable performance in challenging agricultural environments. Its design ensures that operators can count on consistent energy delivery, minimal downtime, and safe operation across hundreds of charging cycles.

Stable Voltage Output

One of the standout qualities of the 22.2V 37800mAh Agriculture Drone Battery Pack is its ability to maintain a stable voltage throughout the discharge cycle. Unlike lower-grade batteries that experience sharp voltage drops under load, this pack delivers steady current output.

• Flight Stability: Prevents sudden power dips that could destabilize drones mid-air.
• Consistent Spraying: Ensures spraying pumps and nozzles operate with uniform pressure, improving accuracy in pesticide or fertilizer application.
• Enhanced Payload Support: Stability allows drones carrying heavy payloads to maintain smooth flight patterns, even in demanding missions.

This consistency means farmers can trust the battery pack for precise agricultural operations, without worrying about uneven performance or unexpected shutdowns.

Long Cycle Life

The 22.2V 37800mAh Agriculture Drone Battery Pack is engineered for durability and extended service life, providing over 500 charging cycles at 80% capacity retention.

• Lower Replacement Costs: Farmers and drone operators don’t need to replace batteries as frequently.
• Sustainable Investment: The longer lifespan reduces the total cost of ownership, making it more economical over time.
• Eco-Friendly Operations: Fewer replacements also mean reduced electronic waste, supporting greener farming practices.

For operators running large spraying fleets or drones for mapping and surveying, cycle life becomes a critical factor — ensuring batteries remain reliable across multiple farming seasons.

High-Quality Connectors

The 22.2V 37800mAh Agriculture Drone Battery Pack is equipped with Amass AS150U discharge connectors and JST XH charging interfaces, ensuring secure and efficient connections.

• Safe Power Transfer: Minimizes resistance and heating during high-current discharge, improving safety.
• Easy Integration: Compatible with a wide range of professional agricultural UAV systems.
• Durability: High-quality connectors withstand repeated plugging/unplugging without wear, ideal for daily farming operations.
• Reduced Downtime: Reliable connectors mean less chance of loose connections or power interruptions during missions.

This attention to detail in connector design reinforces the pack’s reputation as a dependable choice for large-scale agriculture drone operations.

Technical Excellence of the 22.2V 37800mAh Agriculture Drone Battery Pack

The 22.2V 37800mAh Agriculture Drone Battery Pack represents a leap forward in UAV power systems, combining high energy density, intelligent design, and built-in safety features. Its technical specifications go beyond numbers — they directly impact flight stability, operational efficiency, and cost-effectiveness in agricultural applications. Let’s explore its core technical elements in detail.

Voltage and Configuration

The 22.2V 37800mAh Agriculture Drone Battery Pack is engineered with a nominal voltage of 22.2V, perfectly suited for agricultural drones that demand stable, high-performance energy delivery.

Its 6s9p configuration—six cells connected in series and nine in parallel—strikes an ideal balance between power and efficiency. This design ensures:

• Stable Voltage Delivery: Prevents sudden power dips, which could disrupt drone stability mid-flight.
• High Current Output: Parallel cell arrangement boosts current handling capacity, critical for heavy-duty drones.
• Optimized Efficiency: The series connection elevates voltage while keeping internal resistance low, improving runtime and thermal management.

In practice, this means drones used for precision spraying, aerial seeding, crop mapping, and real-time monitoring can operate longer and more reliably. Farmers benefit from fewer flight interruptions and improved mission efficiency, even in demanding field conditions.

Capacity and Runtime

At the heart of its performance is an impressive 37,800mAh capacity, making the 22.2V 37800mAh Agriculture Drone Battery Pack a true powerhouse.

• Extended Flight Missions: Large fields can be covered in fewer flights, reducing downtime for battery swaps.
• Operational Efficiency: Longer runtime ensures uninterrupted spraying of fertilizers, pesticides, or herbicides.
• Reduced Costs: Fewer battery packs are needed for the same work output, minimizing investment in spare batteries.
• Hybrid Applications: The large capacity also supports drones designed for dual-use operations, such as spraying and multispectral imaging in one mission.

For large-scale farms, this translates into higher acreage coverage per charge and a direct reduction in operational expenses, making it a cost-effective choice in the long run.

High Discharge Rates

Agricultural drones often carry heavy payloads — from 10–20L spraying tanks to advanced imaging sensors. To meet these demands, the 22.2V 37800mAh Agriculture Drone Battery Pack offers industry-leading discharge ratings:

• Continuous Discharge Current: 340A
• Peak Discharge Current: 415A

These figures highlight the battery’s ability to sustain high power output without compromising stability or safety.

Real-World Applications:

• Spraying Operations: Consistent current delivery ensures pumps run smoothly without pressure drops.
• Heavy Payload Lifting: The pack supports drones carrying advanced cameras, LiDAR, or fertilizer payloads.
• Emergency Maneuvers: Peak discharge capability allows drones to respond to sudden power demands, such as in gusty winds or rapid altitude adjustments.

The result is a robust and reliable energy system that enhances the versatility of agricultural drones, making them suitable for both light and heavy-duty missions.

Safety Features

Safety is at the core of the 22.2V 37800mAh Agriculture Drone Battery Pack’s design. Advanced protection mechanisms ensure long service life while reducing risks associated with high-energy systems.

1. Failsafe Trigger at 19.2V

This automatic safeguard prevents over-discharge — one of the primary causes of irreversible cell damage. By cutting off energy flow before dangerous levels are reached, the battery maintains structural integrity and extends its operational life.

2. Minimum Flying Voltage of 17.4V

Agricultural drones are programmed to land before reaching this critical threshold, ensuring that operators never face sudden mid-air shutdowns. This enhances flight safety, protecting both the drone and its payload.

3. Advanced Cell Balancing System

The pack integrates cell balancing technology, which:

• Equalizes charge/discharge across all cells.
• Prevents voltage imbalances that can lead to overheating.
• Enhances longevity by ensuring no cell is overstressed.

This system is especially valuable during long-duration missions, where consistent voltage output is crucial. By keeping every cell in harmony, the pack delivers not only power but also reliability.

Comparison with Traditional Li-Po Batteries

Modern agricultural drones demand batteries that can deliver long endurance, consistent power, and safe operation. While Li-Po (Lithium Polymer) packs were once the standard in UAV power, they are increasingly being replaced by advanced Li-ion systems such as the 22.2V 37800mAh Agriculture Drone Battery Pack. Here’s how it compares.

Energy Density

The 22.2V 37800mAh Agriculture Drone Battery Pack offers significantly higher energy density (Wh/kg) compared to conventional Li-Po batteries.

• Lighter with More Power: Farmers benefit from drones that can carry larger payloads without sacrificing flight duration.
• Extended Coverage: Drones powered by this battery can cover more hectares per mission, reducing the time and cost of spraying or surveying.
• Optimized Logistics: Fewer battery swaps are needed, making operations more efficient in large fields.

This advantage makes the 22.2V 37800mAh pack ideal for precision farming, where efficiency per flight directly translates into lower costs and better crop management.

Temperature Performance

Agricultural environments are unpredictable — from frosty winter mornings to scorching summer afternoons. Li-Po batteries often struggle in extreme conditions, suffering from reduced capacity and higher risks of swelling or failure.

By contrast, the 22.2V 37800mAh Agriculture Drone Battery Pack delivers reliable performance across -20°C to +60°C.

• Cold-Weather Reliability: Ensures spraying drones don’t lose power in early-season frosts.
• Heat Resistance: Maintains voltage stability even during long flights in tropical or semi-arid regions.
• Year-Round Operations: Farmers don’t need separate seasonal batteries — one pack works consistently throughout the year.

This feature is particularly valuable for global farming operations, where drones may be deployed across vastly different climates.

Safety and Maintenance

One of the biggest drawbacks of Li-Po batteries is their propensity to puff, bulge, or leak after repeated use, leading to higher replacement costs and safety risks.

The 22.2V 37800mAh Agriculture Drone Battery Pack, built with premium Li-ion cells, is structurally more stable:

• No Puffing or Bulging: Maintains integrity even after hundreds of cycles.
• Lower Maintenance: Reduced need for frequent inspections or replacements.
• Safer Operation: Built-in balancing technology prevents over-discharge, overheating, and voltage imbalance.
• Cost Savings: Operators save money by avoiding early battery replacements and downtime.

For professional drone operators managing multiple units, these features translate into smoother workflows, fewer technical issues, and improved ROI.

Applications of the 22.2V 37800mAh Agriculture Drone Battery Pack

Modern agriculture relies heavily on UAVs (Unmanned Aerial Vehicles) to perform tasks that once required large teams and machinery. At the center of these innovations lies the 22.2V 37800mAh Agriculture Drone Battery Pack, engineered to provide stable, long-lasting power for critical farming operations. Below are its key applications.

Agricultural Spraying

One of the most common uses of agricultural drones is pesticide and fertilizer spraying. Traditional methods involve tractors or manual labor, both of which consume time and resources while increasing exposure risks for workers.

The 22.2V 37800mAh Agriculture Drone Battery Pack enhances spraying operations by:

• Extended Spray Sessions: Its 37,800mAh capacity allows drones to carry larger liquid payloads and cover more hectares in a single flight.
• Reduced Recharge Frequency: Farmers spend less time swapping or charging batteries, which means faster spraying cycles.
• Consistent Power Delivery: High discharge currents (340A continuous, 415A peak) ensure spraying pumps run smoothly without voltage drops.

This makes spraying more efficient, precise, and safer, ensuring crops get uniform coverage with minimal chemical waste.

Seeding and Fertilizer Spreading

In precision farming, drones are increasingly being used to spread seeds and fertilizers. These tasks require both endurance and high discharge output to manage heavy payload dispensers.

The 22.2V 37800mAh Agriculture Drone Battery Pack is perfectly suited for such missions:

• High-Power Support: Its discharge capacity allows drones to handle mechanized seeding and spreading units without performance dips.
• Greater Acreage Coverage: Large fields can be planted or fertilized in fewer flights, reducing overall operational costs.
• Reliable Power in Demanding Conditions: Whether drones are dispersing seeds in wet soil conditions or spreading fertilizer across dry, hot fields, the battery maintains voltage stability.

This application is especially valuable for large-scale farming, where efficiency per acre directly impacts profitability.

Precision Mapping and Monitoring

Data-driven farming depends on accurate aerial mapping and crop monitoring. Drones equipped with multispectral and hyperspectral cameras, LiDAR systems, and advanced sensors provide real-time insights into soil health, crop stress, and irrigation needs.

The 22.2V 37800mAh Agriculture Drone Battery Pack ensures these high-tech tasks are performed without interruption:

• Stable Power for Sensitive Payloads: Prevents mid-flight voltage fluctuations that could compromise sensor readings.
• Extended Flight Durations: Longer runtime means drones can map larger sections of farmland in one mission, producing high-resolution data sets.
• Improved Precision Agriculture: Reliable power ensures seamless operation of GPS-guided flight paths, leading to accurate data collection for better crop management.

With this application, the battery directly supports sustainable farming practices, helping farmers make informed decisions to maximize yield while minimizing resource usage.

Advantages of Choosing the 22.2V 37800mAh Agriculture Drone Battery Pack

The success of agricultural drones depends largely on the reliability, performance, and sustainability of their power source. The 22.2V 37800mAh Agriculture Drone Battery Pack is engineered to deliver superior results in all these areas, giving farmers a competitive edge in productivity and efficiency. Below are the key advantages it offers.

Extended Flight Time

One of the biggest limitations in drone-based farming is battery life. Short runtimes mean more frequent landings, battery swaps, and charging interruptions.

The 22.2V 37800mAh Agriculture Drone Battery Pack solves this problem with its massive 37,800mAh capacity, allowing:

• Longer Missions: Drones can stay airborne for extended periods, covering larger fields in fewer flights.
• Reduced Downtime: Farmers spend less time pausing operations for recharges.
• Improved Efficiency: Longer aerial endurance directly translates to faster spraying, planting, and monitoring operations.

This advantage makes it possible for large-scale farms to complete tasks in a fraction of the time compared to using smaller-capacity batteries.

Payload Support

Agricultural drones often carry heavy payloads, such as:

• Spraying tanks filled with liquid pesticides or fertilizers
• Seed dispensers
• High-resolution cameras and multispectral sensors

Such equipment requires not only high energy capacity but also strong discharge performance.

The 22.2V 37800mAh Agriculture Drone Battery Pack provides:

• Continuous 340A discharge current to support heavy-duty equipment.
• 415A peak discharge for short bursts of extreme power demand.
• Stable energy delivery without performance dips under load.

This ensures drones remain powerful, stable, and reliable—even when tasked with large payload operations critical to modern precision farming.

Durability in Harsh Conditions

Agricultural work rarely takes place under ideal conditions. From scorching summer heat to freezing winter mornings, drones must operate consistently year-round.

The 22.2V 37800mAh Agriculture Drone Battery Pack is designed for:

• Temperature Resilience: Reliable performance from -20°C to +60°C, ensuring uninterrupted operations across climates.
• Rugged Build: Structural integrity that withstands vibration, dust, and outdoor exposure.
• Stable Chemistry: Lithium-ion cells that resist swelling, puffing, and rapid degradation.

This durability makes it a trusted power source for farmers in tropical, desert, and cold-weather regions alike.

Eco-Friendly Rechargeable Solution

In today’s agricultural landscape, sustainability matters as much as productivity. Disposable or short-lived batteries add to electronic waste and increase operational costs.

The 22.2V 37800mAh Agriculture Drone Battery Pack addresses this concern by being:

• Rechargeable: Built for multiple life cycles, reducing the need for constant replacements.
• Environmentally Friendly: Minimizes waste compared to single-use or low-quality alternatives.
• Aligned with Sustainable Farming: Supports eco-conscious practices while enhancing efficiency.

By combining performance with eco-responsibility, this battery helps farmers embrace greener, smarter agriculture.

 Customization Options

Flexible Design

Lofty Agrotech allows customization in size, connectors, and cell brand to match specific drone models.

Multiple Cell Options

Available with Molicel INR P42A/P45B or Samsung INR 50S cells, the pack offers flexibility in performance characteristics.

Configurable Capacity

Farmers can request modifications for higher or lower capacities based on drone design and field requirements.

 Storage and Maintenance Tips

 Long-Term Storage

Store the 22.2V 37800mAh Agriculture Drone Battery Pack in a cool, dry environment at 40–60% charge for maximum shelf life.

 Charging Best Practices

Always use Li-ion compatible smart chargers to prevent overcharging or deep discharging, both of which shorten lifespan.

 Regular Usage

Recharge the pack periodically, even when not in use, to prevent deep discharge and maintain optimal performance.

 Why Farmers Should Choose the 22.2V 37800mAh Agriculture Drone Battery Pack

The 22.2V 37800mAh Agriculture Drone Battery Pack isn’t just another power source—it’s a strategic investment in agricultural efficiency. Its blend of high capacity, reliable discharge performance, rugged durability, and safety features makes it ideal for spraying, seeding, and monitoring tasks.

By switching to this advanced Li-ion solution, farmers reduce operational costs, enhance productivity, and ensure their drones are ready for long-term fieldwork without frequent replacements.

Conclusion

The Pro-Range INR 21700 P42A 22.2V 37800mAh Agriculture Drone Battery Pack is engineered to power the future of smart farming. With its 6s9p configuration, 37,800mAh capacity, and 340A/415A discharge rating, it ensures drones can handle demanding workloads with ease. Its superior performance compared to Li-Po alternatives makes it the go-to choice for professionals seeking long flight times, heavy payload capacity, and dependable operation in all weather conditions.

For farmers, surveyors, and agricultural drone operators, this battery represents more than just energy storage—it’s the key to efficiency, reliability, and sustainable farming.

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