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Forum di prova - Solar Dryer Breakdown Data by Application
zhouyueyue - 29 Set 2019 08:06:16
Oggetto: Solar Dryer Breakdown Data by Application
New LED Printed Circuit Boards Technology Offer More Efficiency
Posted by sinkpad on December 7th
, 2015


If you are involved in the LED industry, you will concur that the issue of energy transfer has been a great setback. The lack of fast and efficient heat transfer from the LED into the atmosphere in the Printed Circuit Board (PCB) technology available has contributed to frustrations among manufacturers. Unlike a light bulb where heat is conducting directly into the atmosphere, LEDs require a more complicated system.


The conventional MCPCB technology has a slow heat transfer rate at only 1-5 Wm.k. The fact that high temperatures can lead to self-destructive medium and high power LEDs has been the main problem. In the conventional technology
, several mediums are needed to conduct heat into the atmosphere. The low thermal conductivity and high thermal resistance substances used in this shorter technology leads to lower LED life.


The solution to all these problems lies in providing a direct thermal path in the transfer of heat into the atmosphere. The elimination of a dielectric layer in the new LED printed circuit boards offers better thermal performance in MCPCBs. By reducing LED junction temperatures using a high thermal conductivity substrate base material, your LEDs will have an increased life, more reliability and higher cost-efficiency. Users will also enjoy more brightness when they use their LEDs.


There are still more benefits for using a direct thermal path circuit board. Your LEDs will have more lumens per LED meaning they save money for the users. There will also be reduced fixture costs and the fact that no design changes are needed for your products
, makes this technology an invaluable input for your bottom-line. The direct thermal path technology is ideal for a wide range of products including high bright and high power LED.


The new technology is available with both copper and aluminum base metal. With transfer rates of 210.0 Wm.K for the aluminum based PCBs and 385.0 Wm.k. for copper based PCBs, it is obvious that conventional PCBs are the future for LED printed circuit boards. The whole world is looking for energy efficiency and this technology enables your LED Company to be in the vanguard of this campaign.


There is no gainsaying the need for better thermal performance in your LEDs. By eliminating the high thermal resistance mediums, your LEDs will perform better and you should use this to promote your brand. You can also leverage the reduced costs to sell your LEDs at a lower price
, which again earns you more sales. For more information please explore Outlook of Global Solar Dryer Market 2018-2025

by Roy · December 26, 2018


Press Release 鈥?26 Dec 2018


Research and Development News —


. .


Latest Update “Global Solar Dryer Market Insights, Forecast to 2025” with Industries Survey | Global Current Growth and Future.


‘ ‘


Solar dryersare devices that usesolar energyto dry substances
, especiallyfood.
The Solar Dryer market was valued at xx Million US$ in 2017 and is projected to reach xx Million US$ by 2025, at a CAGR of xx% during the forecast period. In this study, 2017 has been considered as the base year and 2018 to 2025 as the forecast period to estimate the market size for Solar Dryer.


This report presents the worldwide Solar Dryer market size (value
, production and consumption), splits the breakdown (data status 2013-2018 and forecast to 2025), by manufacturers
, region, type and application.


This study also analyzes the market status, market share
, growth rate, future trends, market drivers
, opportunities and challenges, risks and entry barriers, sales channels
, distributors and Porter’s Five Forces Analysis.


. .


鈥?Get Sample Report_ ;repid=1929908


‘ ‘


The following manufacturers are covered in this report:


– Radha Solar


– Steelhacks Industries


– NRG


– TESOMA GmbH


– Shri Industry


– Taylormade Solar Solutions



Solar Dryer Breakdown Data by Type


– Direct Type


– Indirect Type



Solar Dryer Breakdown Data by Application


– Individual


– Commercial



Solar Dryer Production by Region


– United States


– Europe


– China


– Japan


– Other Regions



Solar Dryer Consumption by Region


– North America


– United States


– Canada


– Mexico


– Asia-Pacific


– China


– India


– Japan


– South Korea


– Australia


– Indonesia
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