Epoxy Power Coating Insulated Busbars
In the current era of rapid development of new energy industries such as electric vehicles (EV), photovoltaics (PV), and solar energy, the safety, efficiency, and stability of power transmission have become the core demands for engineering design and project implementation. Epoxy Power Coating Insulated Busbars, as key power transmission components, provide reliable power distribution and connection solutions for new energy systems through the precise combination of epoxy powder coating and high-quality conductors. Our products focus on the core pain points in the field of new energy, and become the preferred partner for global professional purchasers and engineering customers through rigorous material selection, advanced manufacturing processes, and customized engineering services.
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Product Introduction
At the core of electric vehicle powertrains and megawatt level photovoltaic inverter systems, every smooth transmission of current begins with a critical decision - choosing a conductive solution that can withstand both extreme electrical stress and environmental erosion simultaneously. Our Epoxy Power Coating Insulated Busbars system is designed for high power density applications, deeply integrating the excellent conductivity of copper materials with the all-weather protection capability of epoxy resin insulation layers, providing a zero compromise power distribution architecture for new energy projects.
product advantages
space optimization
In electric vehicles and photovoltaic devices, space is often limited, and Epoxy Power Coating Insulated Busbars provides a compact and streamlined solution for electrical connections. Its design allows for efficient utilization of available space, enabling the integration of renewable energy systems in different environments.
01
high conductivity
Copper busbars are commonly used as the core conductor material in Electroplating and Powder Coating Busbars, with excellent electrical conductivity. This feature ensures minimal power loss during energy transmission, thereby optimizing the overall efficiency of new energy applications.
02
Resistant to environmental factors
The insulation material used in Busbar Insulation Coating Powder can prevent environmental factors such as moisture, temperature fluctuations, and exposure to chemicals. Even under challenging working conditions, this improves the durability and lifespan of electrical infrastructure in electric vehicles and photovoltaic systems.
03
Customizable design
Copper Busbars at Coating can be customized according to the specific requirements of electric vehicle manufacturers and solar installers. They come in various shapes, sizes, and configurations, and can be seamlessly integrated into different vehicle designs and solar panel arrays.
04
Application Fields
EV Battery Pack and Electric Drive System
Application scenarios: Busbar Coating Powder are used for connecting power battery modules, PDU (High Voltage Distribution Unit), BDU (Battery Breakout Unit), and motor controllers.
Engineering problem solved: In the narrow space of the battery pack, the electrical clearance is extremely limited. Our spraying process can precisely control the thickness of the insulation layer at the micrometer level, saving 30% -50% of installation space compared to traditional sleeves. Meanwhile, the excellent high and low temperature resistance (-40 ℃ to+125 ℃) ensures the insulation reliability of the vehicle in extreme weather conditions, preventing insulation layer aging and cracking caused by cold and hot cycles.
PV inverters and combiner boxes
Application scenarios: string inverters, internal busbars of centralized inverters, DC combiner boxes.
Engineering problem solved: Photovoltaic power plants are usually deployed outdoors, in deserts or coastal areas, facing strong ultraviolet radiation, high humidity and salt spray corrosion. The epoxy powder coating of Insulation Coating Busbar has excellent chemical corrosion resistance and UV resistance, which can effectively prevent electrochemical corrosion of copper bars in humid environments, greatly extending the service life of photovoltaic power plants and reducing operation and maintenance costs.
ESS and Industrial Distribution
Application scenarios: Large energy storage containers, industrial frequency converters, high and low voltage switchgear.
Engineering problem solved: In response to the insulation risk caused by high voltage series parallel connection of energy storage systems, our Powder Coated Busbar provides a withstand voltage test guarantee of up to several thousand volts. Its dense coating surface also has a "self-cleaning" effect, making it difficult to adsorb dust and conductive particles, which is crucial for preventing high-voltage creepage.
Our Certifications
Between the surging current of photovoltaic modules and the surging energy of energy storage batteries, Xiamen Apollo Stamping Welding Technology Co., Ltd. has built a quality moat with global certification and exclusive patents. Our Epoxy Power Coating Insulated Busbars have not only obtained ISO 9001:2015 international certification (currently applying for IATF16949 automotive industry international quality certification system), but also redefined the precision and reliability of new energy components with three core patented technologies.
contact us
Our company can provide professional product solutions and support direct technical communication with engineering teams to ensure the reliability of products in practical applications. Welcome to contact us.
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