Rhyton Thermal Potting Adhesive with Thermal Conductivity from 1 to 4 W/m·K, Helping PV Inverter Dissipate Heat with Stable Performance


By the growing global demand for renewable energy, the photovoltaic industry is developing rapidly. Photovoltaic inverters, as one of the core components of solar photovoltaic power generation systems, play a key role in the conversion of solar energy and electrical energy. The main heat dissipation components of photovoltaic inverters are IGBTs and inductors. Especially the IGBT, the core component of inverters, generates a large amount of heat during operation that will heat the power device die, increasing the junction temperature.
According to statistics, every time the temperature of electronic components increases by 2℃, its reliability drops by 10%. When the temperature rises to 50℃, its lifespan is only 1/6 of that at 25℃. If this heat cannot be released in a timely and effective manner, it will affect the performance of the device, thereby reducing the reliability of the system and even damaging the device. Therefore, electronic components must be effectively dissipated to ensure reliable operation of the devices. In the manufacturing and operation process of photovoltaic inverters, an important material, thermal potting adhesive, is playing a role that cannot be ignored.
Advantages of applications in photovoltaic
First, seal of heat dissipation systems:
In the heat dissipation of photovoltaic inverters, thermal potting adhesive is widely applied in the filling between Inverter inductor, IGBT and shell. By using thermal potting adhesive, it can effectively reduce the internal temperature of the equipment, improving the stability and reliability of the equipment.
Second, seal of electrical connections:
In electrical connections, thermal potting adhesive is widely applied to seal the gap between plug and socket, to ensure the safety and stability of circuit. By using thermal potting adhesive, it can effectively improve electrical performance and reliability of the equipment.
Thirdly, protection for control system:
In the control system of photovoltaic inverters, thermal potting adhesive is widely applied to protect control circuit boards and components from the effects from external environment and mechanical forces. By using thermal potting adhesive, it can effectively improve reliability and stability of the equipment.
Fourthly, protection from moisture and water:
Thermal potting adhesive also has functions of moisture-proof and waterproof protection that it can effectively prevent the intrusion of moisture and other harmful substances, and protect the circuits and components inside the photovoltaic inverter from damage.
Fifthly, increasing structural strength:
Thermal potting adhesive can also increase the structural strength of photovoltaic inverters, and improve the earthquake resistance and impact resistance.
Rhyton two-parts silicone thermal potting adhesive is a composite material based on silicone material. It can be cured at room temperature or heated to accelerate curing. Liquid before curing that has certain fluidity, it can better flow into every gap for potting. After curing, it can reliably protect components over a wide range of temperature and humidity changes for a long time. It has certain characteristics such as earthquake resistance, dustproof, and UV resistance. After encapsulation, it can not only help photovoltaic inverter dissipate the heat but also protect it, making the inverter's working performance more stable.
Product characteristics:
Strong fluidity: it can fill small gaps well and is not prone to bubbles. Viscosity can be selected from 4000 to 20000 cPs, meeting different needs.
Anti-powder-settling: unique formula design of Rhyton has excellent anti-powder-settling performance.
High and low temperature resistance: It can be used for a long time in an environment with a high temperature of 160℃ or a low temperature of -50℃.
Thermal conductivity: thermal conductivity can be selected from 1 to 4 W/m·K, It can improve the stability and service life of the equipment.
Strong weather resistance: it has aging resistance, strong electrical insulation performance and waterproof, able to adapt to various harsh environments for a long time.
Easy to operate: you can adjust its curing time to the temperature, that forms a soft silicone rubber elastomer after curing.
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本文由玄子转载自Rhyton Official Website,原文标题为:Thermal potting adhesive: the right-hand helper of PV inverter,本站所有转载文章系出于传递更多信息之目的,且明确注明来源,不希望被转载的媒体或个人可与我们联系,我们将立即进行删除处理。
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Thermal Interface Materials for String Inverter
String inverter is a PV string (1-5kW) through an inverter, grid-connected at the AC end. It adopts modular design, which is not affected by each other, reduces the impact of mismatch between PV modules and inverters, and increases the power generation efficiency. String inverters are mainly used for small and medium-sized rooftop photovoltaic power generation systems, small ground power stations.
Colltech半导体元件材料解决方案
德聚 - THERMAL GREASE,芯片封装粘合剂,硅酮灌封胶,SILICONE POTTING GEL,CHIP PACKAGE ADHESIVE,散热膏,N-SIL 8340,N-SIL 8341,N-SIL 8636,EW 6728,N-SIL 8170,N-SIL 8172,N-SIL 8051,EW 6505CL,SEMICONDUCTOR COMPONENTS,半导体元件,IGBT,ASIC,发光二极管,MINI LED,MEMS,LED,N.专用集成电路,专用集成电路;专用芯片;澳大利亚证券和投资委员会,微机电系统,迷你LED
Application of Interface Materials in New Energy Vehicles
As the new energy vehicle market explodes in growth, there is also a large demand for various high-performance interface materials. This article introduces the applications of interface materials in new energy vehicles, and recommends solutions of thermal conductive materials, absorbing materials, adhesive materials etc. from Rhyton.
不带铜底板IGBT功率模块的散热设计
不带铜底板的IGBT模块已经成为模块封装发展的一个趋势,本文通过大量仿真及实验数据,介绍了Vincotech公司推出的预涂高性能导热硅脂服务对模块散热的改善效果。
为什么现在大多数厂商在LLC中,选择的开关管是MOS而不是IGBT?
目前市场上的充电桩普遍都是用MOS管,而使用MOS管的最主要的原因就是它的开关损耗低,造成这一结果的原因是IGBT关断时都有拖尾电流,而MOS管没有,这样导致MOS的关断损耗远低于IGBT的关断损耗.而LLC中,在特定负载条件下,可以让MOS的开通损耗下降到几乎为0,所以就可以让整体开关损耗非常低,而IGBT仍然要考虑关断损耗,所以LLC中目前大多还是用的MOS。
锐腾荣耀入选三星级上云企业,开启数字化新征程!
2024年8月7日,苏州市2024年度首批省三、四星级上云企业拟认定名单公示。全市共计714家企业入选三星级上云企业160家企业入选四星级上云企业,锐腾新材料制造(苏州)有限公司成功入选三星级上云企业。
苏州电视台深度访谈锐腾新材料,不断探索新材料领域的前沿技术致力于为客户提供更优质的服务与解决方案
作为苏州高性能材料的领军企业, 锐腾凭借出色表现收获众多客户的青睐,同时还获得当地政府与交通银行的大力支持,均表示会为锐腾的下阶段扩产建设提供政策扶持和资金支持!这无疑为锐腾的未来发展注入了强大的动力,相信在这股动力的推动下,锐腾必将在新材料领域开辟出更为广阔的天地。
IGBT模块的损耗特性是什么?
IGBT元件的损耗总和分为:通态损耗与开关损耗。开关损耗分别为开通损耗(EON)和关断损耗(EOFF)之和。
锐腾荣获“2023年度科技创新先进企业”荣誉称号,将继续加大科技创新投入,不断提升企业核心竞争力
2024年3月6日,吴中经开区优化营商环境暨经济高质量发展大会召开。会上,锐腾荣获本次“2023年度科技创新先进企业”荣誉称号。本次荣获“2023年度科技创新先进企业”荣誉称号,是吴中区政府对锐腾创新能力的高度认可,更是对公司未来发展的巨大鼓励,未来,锐腾将继续加大科技创新投入,不断提升企业核心竞争力,为行业发展和社会进步做出更大的贡献。
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