- 200+
- Dedicated Staff Members
- 3000+
- Square Meters
- 5
- Advanced Production Lines
- 5000+
- Battery Units Per Month
Our Company
Behind every KNS battery is a team of passionate professionals. We employ over 200 dedicated staff members, including:
3 professors with decades of experience in electrochemistry and materials science,
20+ research engineers focused on next generation battery technologies.
Power your next-generation applications with our high-performance battery solutions, including High Energy-Density Batteries, High Voltage UAV Batteries, and High-Discharge C Rate Drone Batteries designed for longer flight time, stronger output, and maximum reliability.
If you have special requirements or need customization, we are open to hearing your ideas.
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Artur Mosquera
"KNS batteries have significantly extended the flight time of our drones. Reliable performance and excellent support!"
Expertly Designed for Performance and Trust.
Expert R&D Team
Led by professors and supported by 20+ engineers, our team drives continuous innovation in advanced battery technology.
Advanced Production Capacity
With a 3,000㎡ facility and 5 production lines, we ensure stable, high-volume output of over 5,000 units per month.
Integrated Quality Control
Close collaboration between R&D, production, and QC guarantees consistent performance and reliable product quality.
Focused Industry Expertise
Specializing in UAV power solutions, we deliver cutting-edge solid-state batteries for longer flight time and safer operations.
Our Factory
Our facility spans over 3,000 square meters and is equipped with 5 advanced production lines, capable of producing more than 5,000 battery units per month.
Oct. 05, 2026
High Energy Density Lipo Battery from China Supplier for UAV
For professional UAV operators, the trade-off between payload capacity and flight endurance is a constant operational struggle. Traditional power sources often fall short, forcing a choice between heavier batteries that reduce agility or lighter ones that cut missions short. The KNS 270Whkg 27,000mAh 22.2V 6S solid-state lithium-ion battery pack is engineered to break this compromise by leveraging advanced solid-state electrolytes to maximize energy density without adding unnecessary bulk. By shifting from liquid to solid-state technology, this power solution addresses the critical needs of industrial inspection, mapping, and cargo logistics.
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Oct. 01, 2026
Top High Performance rc battery manufacturer china for UAVs
Selecting a reliable rc battery manufacturer china requires a deep understanding of the trade-offs between energy density, safety, and cycle life. For professional UAV operators, the battery is not merely a component but the primary limiting factor for mission success, directly affecting flight duration and payload capacity. This guide examines the technical criteria necessary to evaluate high-capacity power solutions for industrial drones. The shift toward semi-solid state technology represents a significant leap over traditional Lithium Polymer LiPo cells. By integrating advanced electrolyte structures, manufacturers can now achieve higher Whkg ratios while mitigating the inherent risks of thermal runaway.
READ MORE DETAIL
Oct. 05, 2026
High Energy Density Lipo Battery from China Supplier for UAV
For professional UAV operators, the trade-off between payload capacity and flight endurance is a constant operational struggle. Traditional power sources often fall short, forcing a choice between heavier batteries that reduce agility or lighter ones that cut missions short. The KNS 270Whkg 27,000mAh 22.2V 6S solid-state lithium-ion battery pack is engineered to break this compromise by leveraging advanced solid-state electrolytes to maximize energy density without adding unnecessary bulk. By shifting from liquid to solid-state technology, this power solution addresses the critical needs of industrial inspection, mapping, and cargo logistics.
Oct. 01, 2026
Top High Performance rc battery manufacturer china for UAVs
Selecting a reliable rc battery manufacturer china requires a deep understanding of the trade-offs between energy density, safety, and cycle life. For professional UAV operators, the battery is not merely a component but the primary limiting factor for mission success, directly affecting flight duration and payload capacity. This guide examines the technical criteria necessary to evaluate high-capacity power solutions for industrial drones. The shift toward semi-solid state technology represents a significant leap over traditional Lithium Polymer LiPo cells. By integrating advanced electrolyte structures, manufacturers can now achieve higher Whkg ratios while mitigating the inherent risks of thermal runaway.
Sep. 29, 2026
Factors Influencing the Price of Lithium Batteries for UAVs
Understanding the price of lithium batteries involves more than just looking at a price tag; it requires an analysis of energy density, discharge rates, and the total cost of ownership over a batterys lifecycle. For high-performance UAV and industrial applications, the cost is a reflection of the chemistryranging from standard LiPo to advanced solid-state lithium-ion solutions. Many procurement managers and drone operators struggle to balance the upfront expense of high-capacity packs with the operational need for extended flight times and safety. As the industry shifts toward higher Whkg ratings, the pricing dynamics are being reshaped by innovations in solid-state technology.
Sep. 28, 2026
Industrial UAV Power and Customized Solid State Battery Guide
The transition toward solid-state energy storage marks a pivotal shift in industrial power, particularly for high-demand aerial and robotic systems. Unlike traditional liquid-electrolyte cells, solid-state technology replaces volatile components with stable solid materials, effectively eliminating the risk of leakage and thermal runaway. This article examines the technical requirements and deployment strategies for implementing a customized solid state battery in professional UAV and AGV environments. For industrial operators, the primary challenge has always been the trade-off between energy density and safety. Traditional LiPo batteries often suffer from swelling and fire risks when pushed to their limits in heavy-lift scenarios.
Sep. 22, 2026
Top 10 Delivery Drone Battery Supplier Highlights Reliable Battery Solutions for Autonomous Delivery Systems
As the global drone industry continues to expand, professional UAV exhibitions and advanced energy technology events have become important platforms for manufacturers, system integrators, and international buyers to discover the latest innovations.