What We Can Provide
Pknergy is a trusted expert in UAV battery innovation. We focus on next‑generation drone power systems, offering semi‑solid‑state batteries, high‑rate LiPo packs, cylindrical UAV cells, ultra‑high‑rate FPV batteries, and high‑voltage high‑rate soft‑pack solutions engineered for demanding aerial applications.
Our UAV battery lineup supports industrial inspection drones, logistics UAVs, agricultural spraying drones, mapping drones, security surveillance platforms, and high‑performance FPV racing drones. Each battery is designed for long endurance, high power output, superior safety, and stable performance under harsh operating environments.
We specialize in custom UAV battery development—from concept design to prototype verification and mass production. Pknergy provides cell selection, structural design, BMS integration, thermal management optimization, and complete engineering support to ensure your drone achieves maximum efficiency and reliability.
With strict quality control and advanced manufacturing, Pknergy delivers high‑energy, high‑power, and high‑stability UAV battery solutions tailored to your mission requirements.
Product Range
Semi‑Solid‑State BatteriesHV HRP High Density Pouch PackHigh Voltage Power Pack Ultra High Rate UAV BatteryCylindrical UAV Battery
Semi‑Solid‑State Batteries:Higher Safety & Longer Endurance for UAV Applications
Enhanced Safety: Semi‑solid electrolyte significantly reduces thermal runaway risk, offering superior puncture resistance and stability for industrial UAV missions.
Higher Energy Density: Delivers longer flight time and improved endurance, ideal for mapping drones, logistics UAVs, and long‑range inspection platforms.
High Power Output: Supports high‑rate discharge for heavy‑load takeoff, FPV acceleration, and demanding aerial operations.
Wide Application Compatibility: Suitable for industrial drones, agriculture UAVs, security drones, logistics drones, and high‑performance FPV systems.
High Rate Pouch UAV Battery:Lightweight Power Designed for High‑Performance Drones
Ultra‑Thin & Lightweight: Slim pouch structure reduces weight and fits compact drone layouts for maximum efficiency.
High Burst Output: Delivers strong instant power for takeoff, acceleration, and demanding high‑rate flight maneuvers.
Enhanced Safety Protection: Multi‑layer safety design improves thermal stability and minimizes risks during high‑current discharge.
Flexible Integration: Easily customized for various UAV platforms including FPV, industrial drones, and compact aerial devices.
High Voltage Power Pack for UAV: Engineered for Extreme Output and Lightweight Flight
High Voltage Output: Higher voltage platform delivers stronger power and improved efficiency for heavy‑duty UAV operations.
High Rate Discharge Performance: Supports intense high‑current output for rapid acceleration, climbing, and long‑range flight tasks.
Enhanced Thermal & Safety Design: Reinforced multi‑layer protection ensures stable performance under continuous high‑power discharge.
Lightweight Flexible Pouch Structure: Thin and adaptable pouch design fits compact UAV layouts and enables custom pack configurations.
Ultra High Rate UAV Battery: Extreme Power Output for High‑Performance Drone Applications
Instant High‑Power Discharge: Engineered for ultra high current output, delivering explosive acceleration and strong burst power for demanding UAV missions.
Lightweight Pouch Structure: Slim and flexible pouch design reduces weight and fits compact drone layouts, maximizing flight efficiency and maneuverability.
Enhanced Thermal Stability: Reinforced safety structure ensures stable operation under extreme discharge conditions, maintaining reliability during high‑load flights.
Optimized for FPV and Industrial UAVs: Ideal for FPV racing drones, industrial inspection UAVs, and platforms requiring ultra high rate performance with lightweight power.
14.8V 5000mAh LiPo Battery
14.8V 3000mAh LiPo Battery
14.8V 2510mAh LiPo Battery
Cylindrical UAV Battery Reliable High‑Power Energy for Industrial Drone Platforms
High‑Power Output: 21700 and 18650 cylindrical cells deliver stable high‑current discharge for inspection, mapping, and security UAV missions.
Long Cycle Life: Durable Li‑ion chemistry ensures extended lifespan, supporting frequent flights and long‑term industrial operation.
Enhanced Safety Structure: Built with robust protection design for improved thermal stability and reliable performance under demanding flight conditions.
Compact & Versatile Integration: Optimized cylindrical format fits various UAV layouts, enabling flexible pack design for industrial and commercial drone systems.
50.4V 5000mAh 9C
21.6V 5000mAh 9C
43.2V 5000mAh 9C
Prototyping
Pknergy provides custom lithium battery prototyping services, offering solutions that include cell selection, structural design, BMS integration, and manufacturing optimization tailored to your project requirements. We provide rapid prototyping with a focus on performance, compatibility, and safety, enabling you to expedite product development.
Software & BMS Solution
Pknergy’s intelligent BMS solutions offer real-time monitoring, SOC/SOH evaluation, and overcharge, overdischarge protection. With mobile app and web platform support, customers can remotely track battery status and optimize energy use, ensuring efficient operation and minimal downtime.
Mass Production & Quality Control
We utilize automated production lines, offering both small-batch prototyping and large-scale production. Our products undergo rigorous testing according to ISO quality standards and safety certifications (e.g., UN38.3, IEC62133, UL), guaranteeing long-term reliability while reducing maintenance costs.
Structural Design & Certification Support
Pknergy specializes in custom battery enclosures, modules, and thermal management solutions, designed to meet high safety standards and energy density requirements. Our solutions comply with UN38.3, UL, and IEC certification standards, ensuring that products meet regulatory requirements and industry safety standards.
What Our Clients Are Saying About PKNERGY
We needed a reliable lithium-ion battery pack for our industrial monitoring device. Pknergy offered a custom solution that fit perfectly in size and voltage, with great cycle life. Since deployment, our device runs longer and more consistently. Their engineering team was very helpful throughout the process.
Our wearable medical device required an ultra-thin and lightweight power source. Pknergy’s custom lithium polymer battery pack exceeded our expectations. It offers stable output and fits our compact design perfectly. Their fast communication and technical knowledge made the project smooth and efficient.
Our equipment operates in sub-zero environments, and regular batteries failed frequently. Pknergy provided a custom low-temperature lithium battery pack that works reliably at -30°C. Since switching, downtime has been eliminated. Their technical support was excellent, and delivery was on time.
Steps to Custom Battery Process
Requirement Analysis
Initial Consultation: Discuss project needs with the client, including voltage, capacity, size, shape, temperature requirements, and application scenarios.
Feasibility Study: Evaluate the technical feasibility and initial design requirements based on the client’s specifications.
Feasibility Study: Evaluate the technical feasibility and initial design requirements based on the client’s specifications.
01
Solution Design
Preliminary Design Proposal: Develop an initial design that aligns with the client’s requirements, outlining battery chemistry, configuration, BMS (Battery Management System), and protective measures.
Technical Review: Present the proposed solution to the client, allowing for feedback and refinement.
Prototype Design Confirmation: Finalize the design blueprint, including detailed electrical, thermal, and mechanical aspects.
Technical Review: Present the proposed solution to the client, allowing for feedback and refinement.
Prototype Design Confirmation: Finalize the design blueprint, including detailed electrical, thermal, and mechanical aspects.
02
Prototype Development
Prototype Production: Assemble a sample battery pack based on the finalized design, integrating the selected battery cells, BMS, and casing.
Testing and Validation: Conduct performance testing, safety testing, and environmental testing to ensure the prototype meets the specified criteria.
Testing and Validation: Conduct performance testing, safety testing, and environmental testing to ensure the prototype meets the specified criteria.
03
Client Feedback and Adjustments
Prototype Review: Present the prototype to the client for functional evaluation and feedback.
Design Adjustments: Make necessary design modifications based on client feedback and additional testing results.
Design Adjustments: Make necessary design modifications based on client feedback and additional testing results.
04
Mass Production Preparation
Production Planning: Plan for large-scale production, including raw material procurement, manufacturing process setup, and quality control measures.
Final Testing: Perform a series of rigorous tests to ensure the battery packs meet safety and performance standards, as well as any regulatory requirements.
Final Testing: Perform a series of rigorous tests to ensure the battery packs meet safety and performance standards, as well as any regulatory requirements.
05
Mass Production
Batch Manufacturing: Initiate the large-scale production of the customized battery packs while maintaining strict quality control.
Quality Inspection: Perform continuous quality checks throughout the production process to ensure consistency and compliance with client specifications.
Quality Inspection: Perform continuous quality checks throughout the production process to ensure consistency and compliance with client specifications.
06
Delivery and After-Sales Support
Packaging and Delivery: Package the battery packs safely and arrange for timely delivery to the client.
Technical Support: Provide after-sales technical support, including installation guidance, usage training, and maintenance services.
Feedback Loop: Collect client feedback after deployment to improve future custom battery solutions.
Technical Support: Provide after-sales technical support, including installation guidance, usage training, and maintenance services.
Feedback Loop: Collect client feedback after deployment to improve future custom battery solutions.
07
What We Can Provide
Pknergy is a trusted expert in UAV battery innovation. We focus on next‑generation drone power systems, offering semi‑solid‑state batteries, high‑rate LiPo packs, cylindrical UAV cells, ultra‑high‑rate FPV batteries, and high‑voltage high‑rate soft‑pack solutions engineered for demanding aerial applications.
Our UAV battery lineup supports industrial inspection drones, logistics UAVs, agricultural spraying drones, mapping drones, security surveillance platforms, and high‑performance FPV racing drones. Each battery is designed for long endurance, high power output, superior safety, and stable performance under harsh operating environments.
We specialize in custom UAV battery development—from concept design to prototype verification and mass production. Pknergy provides cell selection, structural design, BMS integration, thermal management optimization, and complete engineering support to ensure your drone achieves maximum efficiency and reliability.
With strict quality control and advanced manufacturing, Pknergy delivers high‑energy, high‑power, and high‑stability UAV battery solutions tailored to your mission requirements.
Product Range
Semi‑Solid‑State BatteriesHV HRP High Density Pouch PackHigh Voltage Power Pack Ultra High Rate UAV BatteryCylindrical UAV Battery
Semi‑Solid‑State Batteries:Higher Safety & Longer Endurance for UAV Applications
Enhanced Safety: Semi‑solid electrolyte significantly reduces thermal runaway risk, offering superior puncture resistance and stability for industrial UAV missions.
Higher Energy Density: Delivers longer flight time and improved endurance, ideal for mapping drones, logistics UAVs, and long‑range inspection platforms.
High Power Output: Supports high‑rate discharge for heavy‑load takeoff, FPV acceleration, and demanding aerial operations.
Wide Application Compatibility: Suitable for industrial drones, agriculture UAVs, security drones, logistics drones, and high‑performance FPV systems.
High Rate Pouch UAV Battery:Lightweight Power Designed for High‑Performance Drones
Ultra‑Thin & Lightweight: Slim pouch structure reduces weight and fits compact drone layouts for maximum efficiency.
High Burst Output: Delivers strong instant power for takeoff, acceleration, and demanding high‑rate flight maneuvers.
Enhanced Safety Protection: Multi‑layer safety design improves thermal stability and minimizes risks during high‑current discharge.
Flexible Integration: Easily customized for various UAV platforms including FPV, industrial drones, and compact aerial devices.
High Voltage Power Pack for UAV: Engineered for Extreme Output and Lightweight Flight
High Voltage Output: Higher voltage platform delivers stronger power and improved efficiency for heavy‑duty UAV operations.
High Rate Discharge Performance: Supports intense high‑current output for rapid acceleration, climbing, and long‑range flight tasks.
Enhanced Thermal & Safety Design: Reinforced multi‑layer protection ensures stable performance under continuous high‑power discharge.
Lightweight Flexible Pouch Structure: Thin and adaptable pouch design fits compact UAV layouts and enables custom pack configurations.
Ultra High Rate UAV Battery: Extreme Power Output for High‑Performance Drone Applications
Instant High‑Power Discharge: Engineered for ultra high current output, delivering explosive acceleration and strong burst power for demanding UAV missions.
Lightweight Pouch Structure: Slim and flexible pouch design reduces weight and fits compact drone layouts, maximizing flight efficiency and maneuverability.
Enhanced Thermal Stability: Reinforced safety structure ensures stable operation under extreme discharge conditions, maintaining reliability during high‑load flights.
Optimized for FPV and Industrial UAVs: Ideal for FPV racing drones, industrial inspection UAVs, and platforms requiring ultra high rate performance with lightweight power.
22V1300mAh LiPo Battery
44.4V1650mAh LiPo Battery
Cylindrical UAV Battery Reliable High‑Power Energy for Industrial Drone Platforms
High‑Power Output: 21700 and 18650 cylindrical cells deliver stable high‑current discharge for inspection, mapping, and security UAV missions.
Long Cycle Life: Durable Li‑ion chemistry ensures extended lifespan, supporting frequent flights and long‑term industrial operation.
Enhanced Safety Structure: Built with robust protection design for improved thermal stability and reliable performance under demanding flight conditions.
Compact & Versatile Integration: Optimized cylindrical format fits various UAV layouts, enabling flexible pack design for industrial and commercial drone systems.
21700 50.4V 5000mAh 9C
21.6V 3.6V 5000mAh 9C
21700 43.2V 5000mAh 9C
Prototyping
Pknergy provides custom lithium battery prototyping services, offering solutions that include cell selection, structural design, BMS integration, and manufacturing optimization tailored to your project requirements. We provide rapid prototyping with a focus on performance, compatibility, and safety, enabling you to expedite product development.
Software & BMS Solution
Pknergy’s intelligent BMS solutions offer real-time monitoring, SOC/SOH evaluation, and overcharge, overdischarge protection. With mobile app and web platform support, customers can remotely track battery status and optimize energy use, ensuring efficient operation and minimal downtime.
Mass Production & Quality Control
We utilize automated production lines, offering both small-batch prototyping and large-scale production. Our products undergo rigorous testing according to ISO quality standards and safety certifications (e.g., UN38.3, IEC62133, UL), guaranteeing long-term reliability while reducing maintenance costs.
Structural Design & Certification Support
Pknergy specializes in custom battery enclosures, modules, and thermal management solutions, designed to meet high safety standards and energy density requirements. Our solutions comply with UN38.3, UL, and IEC certification standards, ensuring that products meet regulatory requirements and industry safety standards.
What Our Clients Are Saying About PKNERGY
We needed a reliable lithium-ion battery pack for our industrial monitoring device. Pknergy offered a custom solution that fit perfectly in size and voltage, with great cycle life. Since deployment, our device runs longer and more consistently. Their engineering team was very helpful throughout the process.
Our wearable medical device required an ultra-thin and lightweight power source. Pknergy’s custom lithium polymer battery pack exceeded our expectations. It offers stable output and fits our compact design perfectly. Their fast communication and technical knowledge made the project smooth and efficient.
Our equipment operates in sub-zero environments, and regular batteries failed frequently. Pknergy provided a custom low-temperature lithium battery pack that works reliably at -30°C. Since switching, downtime has been eliminated. Their technical support was excellent, and delivery was on time.
Steps to Custom Battery Process
Requirement Analysis
Initial Consultation: Discuss project needs with the client, including voltage, capacity, size, shape, temperature requirements, and application scenarios.
Feasibility Study: Evaluate the technical feasibility and initial design requirements based on the client’s specifications.
Feasibility Study: Evaluate the technical feasibility and initial design requirements based on the client’s specifications.
01
Solution Design
Preliminary Design Proposal: Develop an initial design that aligns with the client’s requirements, outlining battery chemistry, configuration, BMS (Battery Management System), and protective measures.
Technical Review: Present the proposed solution to the client, allowing for feedback and refinement.
Prototype Design Confirmation: Finalize the design blueprint, including detailed electrical, thermal, and mechanical aspects.
Technical Review: Present the proposed solution to the client, allowing for feedback and refinement.
Prototype Design Confirmation: Finalize the design blueprint, including detailed electrical, thermal, and mechanical aspects.
02
Prototype Development
Prototype Production: Assemble a sample battery pack based on the finalized design, integrating the selected battery cells, BMS, and casing.
Testing and Validation: Conduct performance testing, safety testing, and environmental testing to ensure the prototype meets the specified criteria.
Testing and Validation: Conduct performance testing, safety testing, and environmental testing to ensure the prototype meets the specified criteria.
03
Client Feedback and Adjustments
Prototype Review: Present the prototype to the client for functional evaluation and feedback.
Design Adjustments: Make necessary design modifications based on client feedback and additional testing results.
Design Adjustments: Make necessary design modifications based on client feedback and additional testing results.
04
Mass Production Preparation
Production Planning: Plan for large-scale production, including raw material procurement, manufacturing process setup, and quality control measures.
Final Testing: Perform a series of rigorous tests to ensure the battery packs meet safety and performance standards, as well as any regulatory requirements.
Final Testing: Perform a series of rigorous tests to ensure the battery packs meet safety and performance standards, as well as any regulatory requirements.
05
Mass Production
Batch Manufacturing: Initiate the large-scale production of the customized battery packs while maintaining strict quality control.
Quality Inspection: Perform continuous quality checks throughout the production process to ensure consistency and compliance with client specifications.
Quality Inspection: Perform continuous quality checks throughout the production process to ensure consistency and compliance with client specifications.
06
Delivery and After-Sales Support
Packaging and Delivery: Package the battery packs safely and arrange for timely delivery to the client.
Technical Support: Provide after-sales technical support, including installation guidance, usage training, and maintenance services.
Feedback Loop: Collect client feedback after deployment to improve future custom battery solutions.
Technical Support: Provide after-sales technical support, including installation guidance, usage training, and maintenance services.
Feedback Loop: Collect client feedback after deployment to improve future custom battery solutions.
07
