As a global provider specializing in high-current interconnect technology, RHI showcased power connection and thermal management products designed for high-density computing and AI data centers. These included rack busbars, power busbars, and OCP ORv3 rack busbars, delivering reliable and efficient power transmission for data center power distribution systems and server racks.
2026-10-15 14:14:06 Silin Wu 7
When bending copper busbars, the bending radius R is closely related to the busbar thickness. Selecting an appropriate bending radius helps prevent cracking and deformation during the bending process.
2026-08-19 14:47:22 Silin Wu 64072
In new energy manufacturing, copper busbar performance depends on material purity, alloy composition, and temper. Hard temper provides higher strength, soft temper offers better formability, and semi-hard temper provides a balance of strength and flexibility. Special treatments can further meet specific application requirements. Understanding these material differences helps optimize custom busbar design, processing, and cost.
2026-08-19 14:42:23 Silin Wu 32155
The C&I energy storage industry is moving beyond simple equipment deployment. As electricity markets evolve and profitability models change, the future of energy storage will depend on intelligent operation, system integration, and lifecycle value optimization. From virtual power plants to customized electrical connection solutions, every part of the value chain is being redefined. This article explores the key trends shaping C&I energy storage in 2026 and the technologies enabling the next generation of energy systems.
2026-08-14 14:59:52 Silin Wu 61
Bolt loosening in busbar connections is a key reliability concern in high- and low-voltage power distribution systems, increasing contact resistance and causing localized overheating or electrical failures. The issue is driven by multiple factors, including material properties, thermal cycling, preload loss, and vibration stresses. RHI provides customized copper and aluminum busbar solutions to enhance connection reliability and service life.
2026-07-29 10:17:03 Silin Wu 113
The future of EVs is not just about bigger batteries—it's about smarter engineering. Copper-aluminum transition busbars enable meaningful weight reduction without compromising performance, helping automakers improve efficiency, lower costs, and accelerate the transition toward more sustainable electric mobility.
2026-07-17 09:51:58 Silin Wu 251
The growth of generative AI is rapidly increasing data center power density, pushing traditional low-voltage systems beyond their limits. As AI rack power approaches 1MW and GPU energy demand continues to rise, 800V HVDC is becoming the preferred power architecture for next-generation AI infrastructure. With higher efficiency, lower copper usage, improved reliability, and stronger support for high-density computing, 800V HVDC is reshaping modern data center power distribution and driving demand for advanced busbar and power interconnection solutions.
2026-05-20 13:39:27 Silin Wu 295
By 2026, competition in the NEV industry is increasingly driven by battery technology innovation. From LFP and sodium-ion batteries to semi-solid-state and all-solid-state systems, the industry is entering a new phase of diversified energy development.
2026-05-11 16:57:51 Silin Wu 123
