Solving the Heat Equation in Next-Gen Battery Systems: Why Cold Plate Design Is the Quiet Workhorse of EV Innovation.

The EV and energy storage industries are charging ahead, literally. With batteries getting more powerful, charge rates accelerating, and packaging space shrinking, thermal management is no longer a background concern. It's now a defining engineering challenge. more...

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Choosing the Right Bond: How Baknor's Advanced Joining Techniques Optimize Liquid Cold Plate Performance for EVs and Energy Storage

Baknor, a leader in thermal management solutions, utilizes a variety of manufacturing and joining methods to produce high-performance liquid cold plates tailored for specific applications. For mechanical engineers, understanding the nuances of these joining methods, laser
welding, friction stir welding, and vacuum brazing, is key to selecting the optimal thermal solution. more...

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Extruded Liquid Cold Plates for Cooling Batteries and Power Electronics in EVs and Energy Storage

Within the family of liquid cold plate manufacturing techniques, extruded cold plates represent a cost-effective, structurally robust, and scalable option. While not as geometrically flexible as stamped/brazed or roll-bonded plates, extruded designs are a workhorse solution, especially when the thermal design allows for relatively straightforward internal flow paths. more...

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Roll-Bonded vs. Machined Cold Plates: Trade-offs for Engineers

This article examines these two approaches side-by-side, with a focus on engineering decision making for EV batteries, power electronics, energy storage, and data centers. more...

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Comparative Analysis of Extruded vs. Stamped and Brazed Liquid Cold Plates for EV and Energy Storage Applications.

Thermal management in electric vehicles (EVs) and energy storage systems (ESS) is a critical design consideration, directly impacting performance, safety, and longevity. As power densities increase and packaging constraints tighten, passive cooling methods often fall short. Liquid cooling has emerged as the preferred solution for high-power applications due to its superior heat removal capabilities and scalability. more...

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Comparative Analysis of Roll Bonded vs. Stamped and Brazed Liquid Cold Plates for EV and Energy Storage Applications

Among liquid cooling technologies, cold plates are the backbone of thermal regulation in battery packs, power electronics, and inverter systems. This article provides a detailed comparison between stamped and brazed cold plates and roll bonded cold plates, guiding engineers and decision-makers toward optimal thermal solutions based on performance, cost, and application-specific requirements. more....

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Power Density: The Growing Challenge in Modern Data Centers

Skyrocketing power demands from AI, cloud platforms, and edge computing are pushing data centers to their limits, with racks now exceeding 50 kW. Traditional air-cooling systems are buckling under the strain, creating electrical and thermal chaos. Enter liquid-cooled busbars, a game changing solution for efficient power delivery and heat management. Discover how Baknor’s cutting-edge thermal engineering is revolutionizing data centers. more...

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Liquid-Cooled Busbars for High-Power Data Centres: Optimizing Thermal Performance, Reliability, and Space Efficiency

Discover how liquid-cooled busbars improve thermal performance, reliability, and space efficiency in modern high-power data centres .more...