Manufacturing & Technology Videos

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When an industrial drone loses power, how reliable is its final line of defense?

In high-intensity, complex industrial applications (such as long-range logistics, power line inspection, and agricultural spraying), safety redundancy in drone systems is critical.Our engineering team conducted rigorous parachute recovery field tests on our high-payload flight platform. As shown in the video, under simulated extreme power-loss/out-of-control states, the emergency parachute system triggers instantly, opens with precision, and effectively controls the descent rate to protect the airframe and high-value payloads from catastrophic damage. Exceptional performance stems from our ultimate pursuit of safety:nu2714ufe0f Millisecond-level trigger response mechanismnu2714ufe0f High-reliability structural designnu2714ufe0f Protecting high-value industrial applications every step of the wayWe firmly believe stability and safety are the bottom line for industrial products. Global industry partners are welcome to connect with us to explore customized high-performance flight platforms and high-energy-density power battery solutions. #DroneSafety #IndustrialDrone #UAV #BatterySolutions #SafetyRedundancy #TechnicalInnovation

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Inside Our Battery R&D Lab | UAV Battery Testing & Validation | AervoEnergy

What happens behind the development of a UAV battery solution?nnBefore a battery reaches the aircraft, it needs to be evaluated, tested and validated.nnIn this video, we take a look inside our battery R&D laboratory, where we focus on battery cell and system performance for demanding UAV applications.nnOur R&D work involves evaluating key characteristics such as:nnu2022 Capacity and energynu2022 Charge and discharge performancenu2022 High-rate capabilitynu2022 Voltage and current behaviornu2022 Thermal characteristicsnu2022 Cycle performancenu2022 Cell consistencynnFor UAV battery development, laboratory testing helps turn specifications into measurable performance data.nnOur approach:nnDesign u2192 Test u2192 Analyze u2192 Validate u2192 OptimizennAt AervoEnergy, we focus on developing UAV lithium battery and semi-solid-state battery solutions around real application requirements.

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Cell Capacity Grading | A Key Testing Process for High-Rate UAV Cells

Cell capacity grading is a critical link between cell manufacturing and performance validation.nnUnder controlled test conditions, cells undergo charge and discharge testing to measure their actual capacity and key electrical characteristics. The resulting data is used for cell classification, screening, and matching.nnFor high-rate UAV and drone cells, energy density and discharge capability are important performance parameters. However, consistency between individual cells is equally important.nnWhen multiple cells are integrated into a battery PACK, the characteristics of each individual cell contribute to the overall behavior of the battery system.nnThat is why systematic testing and performance screening at the cell level provide an important foundation for building more stable and reliable UAV battery systems.nnThis video shows part of the cell capacity grading process and one of the key quality-control steps in high-performance lithium battery manufacturing.nnIt starts with one cell.nIt builds toward a more consistent energy system.nn#LithiumBattery #BatteryCell #CapacityGrading #UAVBattery #DroneBattery #HighRateBattery #BatteryManufacturing

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How to Build the Right Lithium Battery for UAVs | UAV Battery Solution Engineering

What does it really take to develop a lithium battery for a UAV?nnIt is not simply about choosing a high-capacity or high-C-rate cell.nnA professional UAV battery solution needs to start from the aircraft's actual mission profile.nnIn this discussion, our team explores the key factors behind UAV battery development:nnu2022 Mission profile and flight timenu2022 Payload requirementsnu2022 Voltage and capacitynu2022 Continuous and peak currentnu2022 C-rate and internal resistancenu2022 Energy density and battery weightnu2022 Thermal performancenu2022 BMS and communicationnu2022 Pack dimensions and mechanical designnu2022 Testing and validationnnThe fundamental principle is simple:nnThe battery should be designed around the aircraft's requirements.nnDifferent UAV platforms have different power profiles and operating conditions. Therefore, cell selection and battery pack design should be application-specific rather than based on a single specification.nnAt AervoEnergy, we focus on developing UAV lithium battery solutions based on real application requirements.nnUnderstand the mission.nEngineer the battery.nValidate the performance.nn#AervoEnergy #UAVBattery #DroneBattery #BatteryEngineering #LithiumBattery #BatteryDesign #UAVTechnology #DroneTechnology #BatterySolution

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Lithium Battery Cell Formation Process | Where Battery Performance Begins

Cell formation is an important stage in lithium battery manufacturing.nnDuring formation, newly assembled cells undergo controlled charging and discharging to activate their electrochemical characteristics and establish stable operating performance.nnKey parameters such as voltage, current, and temperature are carefully controlled and monitored throughout the process.nnFrom cell formation to final battery pack integration, every manufacturing step contributes to the reliability and consistency of the final battery system.nnAt AervoEnergy, we focus on developing high-performance lithium battery solutions for professional UAV applications.nnEvery reliable battery starts with a controlled process.nn#AervoEnergy #LithiumBattery #CellFormation #BatteryManufacturing #BatteryTechnology #BatteryCell #UAVBattery #DroneBattery #UAVTechnology

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Inside the Semi-Solid-State Battery Cell Stacking Process

A closer look at the stacking process of semi-solid-state battery cells.nnPrecision, consistency, and careful handling are essential throughout cell manufacturing.nnAervo Energy | UAV Lithium Battery Solutionsnn#BatteryManufacturing #SemiSolidStateBattery #UAVBattery

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Semi-Solid-State Battery Nail Penetration Test | Battery Safety

A nail penetration test on a semi-solid-state battery cell, demonstrating battery safety and stability testing under mechanical damage conditions.nnAervo Energy | UAV Lithium Battery Solutionsnn#BatterySafety #BatteryTechnology #SemiSolidStateBattery #UAV

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Behind UAV Battery Innovation: Inside a Lithium Battery R&D Laboratory

Battery innovation requires continuous research, testing, and improvement.nnIn this video, we take a look inside a Municipal-Level R&D Laboratory focused on lithium battery technology development and performance evaluation.nnFrom battery research to performance verification, advanced R&D capabilities play an important role in creating safer, more reliable, and higher-performance battery solutions.nnAervo Energy focuses on high-performance lithium battery solutions for UAV applications.nnAervo Energy | UAV Lithium Battery Solutions

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Inside Lithium Battery Manufacturing | Cell QR Code Traceability

A look into battery cell traceability during lithium battery manufacturing.nnQR code identification helps record production information and improve quality management for reliable UAV battery solutions.nnAervo Energy focuses on high-performance lithium battery solutions for drone applications.

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Inside UAV Lithium Battery Cell Manufacturing | Production & Testing Process

A look into the lithium polymer battery cell manufacturing process.nnThis video shows key production steps and battery testing procedures designed to ensure reliable performance for UAV and drone applications.nnAervo Energy provides high-rate lithium battery solutions for professional UAV systems.

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How UAV Lithium Battery Cells Are Made | Electrode Mixing Process

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Aervo Energy | UAV Lithium Battery Solutions for Professional Drones