Product Name
Low Inductance Laminated Copper Busbar, High Frequency Flexible Copper Laminated Connector for Energy Storage and PV Inverter System
Product Introduction
Low inductance laminated copper busbar is professionally optimized for new energy high-frequency power electronic equipment. The compact multi-layer overlapping lamination structure effectively reduces loop inductance, suppresses high-frequency voltage spikes and current interference, and solves the heating and instability problems of traditional busbars in high-frequency switching scenarios. Adopting high-purity oxygen-free copper foil lamination molding, the product has ultra-low resistivity and excellent large-current load capacity. Equipped with high-temperature flame-retardant insulation materials, it can operate stably for a long time under high-load and high-frequency working conditions. We support exclusive customization for energy storage, photovoltaic and EV charging equipment to meet high-precision new energy power connection standards.
Product Applications
1. Solar photovoltaic inverters and wind power converter equipment
2. Energy storage battery packs and energy storage cabinet internal connection
3. EV DC fast charging pile high-frequency power modules
4. Data center high-power power supply and PDU equipment
5. Industrial high-frequency rectifier and power electronic conversion equipment
Technical Specifications
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Item
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Technical Parameter
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Raw Material
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OFHC Oxygen-free Copper Foil (Cu ≥ 99.95%)
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Core Performance
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Ultra-low inductance, anti high-frequency interference
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Surface Treatment
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Thick tin plating / silver plating (high-frequency conductivity enhanced)
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Insulation Material
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High-temperature flame retardant polymer insulation
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Working Temperature
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-40℃ ~ 125℃
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Applicable Current
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200A – 6000A customizable large current
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High-frequency Performance
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Stable switching operation, low high-frequency loss
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Certification
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CE, RoHS, ISO9001, New energy industry standard
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Key Advantages
1. Unique overlapping lamination structure greatly reduces system inductance and improves high-frequency equipment stability.
2. Oxygen-free copper material minimizes high-frequency heat loss and improves overall energy efficiency of new energy equipment.
3. High-temperature flame-retardant insulation layer resists aging and breakdown under long-term high-load operation.
4. Compact structure saves cabinet space and optimizes internal layout of inverters and energy storage cabinets.
5. Professional new energy customization experience, matching global mainstream new energy equipment standards.
Global Market Applications
This low-inductance laminated copper busbar is mainly supplied to high-end markets in Europe, North America and Australia. It is widely applied in global photovoltaic power generation, wind energy conversion, industrial & household energy storage projects and electric vehicle charging infrastructure. It meets strict international new energy safety standards and is recognized by global new energy system integrators.
Global Industrial Power Connection Platform
We focus on high-precision power connection solutions for global new energy and high-frequency power electronics industries. We provide personalized structural optimization, sample testing and stable mass delivery services for global customers. We help new energy enterprises reduce equipment failure rate, lower energy consumption and enhance core product competitiveness in the global market.
Product packaging
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Low Inductance Laminated Copper Busbar Images
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