"Connect to Thrive, Power Your Drive."
Founder & CEO of Wellgo
Ken is the visionary and driving force behind Wellgo’s success. With a deep passion for technology and a commitment to innovation, Ken founded Wellgo in 2013, setting out to revolutionize battery connection solutions for industries worldwide.
Ken brings over 10 years of experience in engineering and manufacturing, with a focus on battery technology and electrical connections. Before founding Wellgo, he held key positions in [mention any notable previous companies or industries], where he developed a keen understanding of advanced materials and manufacturing processes.
Ken's Linkedin ProfileOur Production Process
Wellgo Battery
Precision-Crafted Copper-Nickel Busbars for Battery Assemblies
Our copper-nickel composite busbars are engineered for maximum conductivity and durability, ideal for large lithium battery packs. Wellgo's advanced welding techniques ensure each busbar provides stable connections and superior energy transfer.
Wellgo Battery
Customized Aluminum Busbars for Power Efficiency
Wellgo’s aluminum busbars offer lightweight, corrosion-resistant solutions for battery packs, designed to enhance power distribution. Our customized approach ensures each busbar fits precisely, improving efficiency and prolonging battery life in demanding applications.
Precision Manufacturing and High-Quality Battery Connections
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High-Quality Copper-Nickel Battery Busbars
Learn MoreWellgo’s copper-nickel composite busbars are engineered for superior conductivity and longevity, ideal for high-demand battery applications such as electric vehicles and energy storage.
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Customized Laser Cutting Solutions
Learn MoreWellgo’s skilled technicians use advanced laser cutting software to deliver customized designs, meeting unique requirements for each battery connection solution.
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Advanced Laser Cutting for Precision Components
Learn MoreOur cutting-edge laser cutting technology ensures high precision in shaping nickel and copper battery connectors, providing consistent quality and fit.
Latest News
Tout afficher-
Practical Optimization Strategies for Lithium B...
This article presents real-world strategies to optimize lithium battery busbar design. It covers case studies, common mistakes, and proven engineering tips to improve safety, efficiency, and reliability in EVs and...
Practical Optimization Strategies for Lithium B...
This article presents real-world strategies to optimize lithium battery busbar design. It covers case studies, common mistakes, and proven engineering tips to improve safety, efficiency, and reliability in EVs and...
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Key Considerations for Busbar Configuration in ...
This article outlines the core principles of busbar design in lithium battery systems, focusing on current capacity, thermal control, material choice, and safety. It compares copper vs. aluminum and offers...
Key Considerations for Busbar Configuration in ...
This article outlines the core principles of busbar design in lithium battery systems, focusing on current capacity, thermal control, material choice, and safety. It compares copper vs. aluminum and offers...
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Battery Busbar Design Failures: 10+ Deadly Mist...
In the rapidly evolving sectors of electric vehicles (EVs), aerospace, and consumer electronics, ensuring battery safety is paramount. A critical yet often overlooked component in this equation is the battery...
Battery Busbar Design Failures: 10+ Deadly Mist...
In the rapidly evolving sectors of electric vehicles (EVs), aerospace, and consumer electronics, ensuring battery safety is paramount. A critical yet often overlooked component in this equation is the battery...
