Promoting thermoelectric technology to mitigate global climate change
P&N is a growing technology company focused in the provision of a complete line of thermal management solutions, including thermoelectric modules, thermoelectric assemblies and related customized services. With 3M pcs TEM (thermoelectric modules) manufacturing capacities to achieve vertical integration and cost-effective goals. Moreover, 30K Sets TEA (thermoelectric assemblies) per year’s capacity can be provided. All products are RoHS and REACH compliant and meet unique compliance standards, such as Telcordia, MIL-STDs, TS16949.
P&N is committed to providing Optimal Cost-effective products to customers, and the persistent pursuit of 100% Customer Satisfaction and Continuous Improvement.
P&N Technology (Xiamen) Co., Ltd.
ADD: 5/F Xinfei Building 28th Xiangming Road, Torch (Xiang'an)Hi-tech Zone, Xiamen Fujian China, Postcode: 361101
P&N Tech in Europe
Phone:+49 906 7069310-1
Address: Joseph-Gaensler-Strasse 10, 86609 Donauwoerth, Germany.
To add your own entry:
> create account > login > create content > create ZTlink
Generate Thermoelectric DC Electricity From Oil and Gas Production Equipment Waste Heat.
EVERREDtronics is established on the belief that offering the world high effiency energy saving products and solutions, and we focused on manufacturing,research,inovating and trade of: A. Thermoelectric or Peltier Modules, like Thermoelectric Generators(convert waste heat to electricity directly), TEC and thermoelectric materials, TiBe pellets or ignots; B. LEDs and LEDs products; C. Solar PV panel, solar cell, Solar charge regulator; D. Embeded control system: SOLAR ENERGY CONTROLLER; SECURITY INSPECTION;WIRELESS COMUNICATION
Premium TE modules supplier worlwide.
700 000 cycles serial TE modules. Ferrotec Nord reached 700 000 cycles and above for cycling modules in serial production. It is a most significant figure in the market.
Special Heatsink for Thermoelectric Elements
FluxTeq is a relatively new and innovative heat flux sensor / transducer manufacturer located in the United States. Our PHFS thin-film heat flux sensor product line is extremely cost effective compared to any other manufacturers worldwide.
The PHFS heat flux sensor product line utilized a temperature differential thermopile that was designed to be very thin to minimize thermal resistance of the sensor itself while still maintaining a high sensitivity. The size, shape and design of the PHFS sensors can be easily customized to fit your specific application. Our PHFS-09e sensor was designed with a large area to measure & characterize heat flux through a bigger space and also features very high sensitivities that are ideal for low heat flux applications such as building envelope studies.
The PHFS heat flux sensors can be used with our inexpensive data acquisition and logging systems to measure signals from the sensors and record the data to a computer or memory card. We sell a complete packaged R-value / U-value measurement system that can determine the thermal resistance of a material by measuring heat flux and temperature differential across the material simultaneously.
Recently, FluxTeq introduced a new heat flux sensor product, the HTHFS-01 is a heat flux sensor that can be used in extremely harsh environments withctanding temperatures up to 1000 degrees C.
Look at our website for more information about our products: www.FluxTeq.com
Thermoelectric pages of the Fraunhofer Institute for Physical Measurement Techniques IPM in Freiburg, Germany
Our company has made effort to research and develop cooling devices without use CFC "Thermoelectric peltier modules".
Previous thermoelectric modules were too expensive to apply extensive range of uses.
Now we can stably supply lower cost and high-performance thermoelectric modules, which our Japanese-Chinese joint company Qinhuandao Fulianjing Electric Co., Ltd. in China Hebei province produces.
Welcome to the Project Galileo Home Page! Check out our extensive collection of images and data from Jupiter, read a brief introduction to the mission.
Gentherm's Climate Control SeatTM technology is the first to offer both cooling relief from extreme heat in addition to fast heating comfort in severe cold. The heart of the CCS system is a solid-state Thermo-Electric Device.
GENTHERM 5462 Irwindale Ave. Irwindale California 91706 Tele: (626) 815 7400 Fax: (626) 815 7401Send comments firstname.lastname@example.org
Materials for manufacturing thermoelectric products: Bismuth Telluride (Bi2Te3) ingots and wafers
Global Thermoelectric is the world's largest supplier of thermoelectric generators (TEGs) and one of the world's leading suppliers of remote power systems since 1975.
Global's TEGs are:
Global will provide complete turnkey systems including Gas Pressure Reduction Systems, vapourizers, cathodic protection interfaces, batteries, panels, all other custom and peripheral equipment, and all testing, installation and commissioning. Global also enters into OEM relationships with other manufacturers who incorporate Global's power units into their products.
Please explore our site to see more on TEGs and Global's services.
<p>This book has been superseded by the 8/18 publication of Reframing Thermoelectric Fundamentals Within A Temperature-Dependent Context--an offering with much expanded content. This new work covers bulk material properties in far greater detail and demonstrates how temperature dependency leads to stability in TE systems. Readers are treated to one of the most thorough discussions of TE operation to be found in the literature base.
A fresh look at thermoelectric theory and the powerful impact of temperature dependency:
It seems like temperature dependency is largely treated as an inconvenient nuisance within thermoelectric (TE) theory. It is just one more obstacle that gets in the way of easier calculations. However, in Reframing Thermoelectric Fundamentals Within A Temperature Dependent Context, 30+ year TE veteran Michael Spry reveals how the codependency between thermal gradients and material properties, is the central fulcrum for bringing stability to TE systems. Rather than relying upon simple system-level averages or estimates for analysis, Spry uses innovative computer models to converge upon thermal gradients which deliver balanced energy levels throughout TE elements. The graphic profiles that are produced, show how loading and transport levels change hand-in-hand between material junctions. There is no more pretense that single effective property values can capture the energy interactions along the length. Most importantly, this leads to far more intuitive conceptual frameworks for TE operation and the property manifestations which make it possible. In the end, Reframing Thermoelectric Fundamentals . . . offers one of the most thorough treatments of thermoelectric theory to emerge in the history of TE science, surpassing a number of legacy works in its groundbreaking coverage. As a bonus, it also provides detailed descriptions of the algorithms which stand behind the computer models. Meticulous study of this book will substantially heighten the understanding of both neophytes and veterans in the field as the author breaks down and reshapes our view of TE operation. With nearly 200 pages of analysis and over 300 graphs and illustrations, the book provides a useful road map to the future of thermoelectrics. Introductory-priced to encourage readership--offered at the cost of a single technical paper or journal article--this book should not be missed by anyone who wants to work in the field.
This volume brings together the theoretical content from Reframing Thermoelectric Fundamentals For Greater Understanding, with new chapters offering practical guidance on designing practical thermoelectric (TE) systems. This is must reading for design engineers who are seeking a thorough treatment of TE technology. In addition to in-depth coverage of critical TE theory, this new book provides an exploration of basic electrical circuits, heat sinks, the nature of thermal loads, use of TE design utilities, and temperature control. Also contains appendices with algorithms for computer modeling of material properties.
Currently, HTRD has commercialized two products, a thermoelectric bottled water cooler/heater and a water cooler equipped with a water purifier.
Articles, links and general info on heat sinks, CPU cooling water coolers and more.
Hi-Z Technology power generating modules complete generators and systems advanced thermoelectric materials.
Manufacturer of thermoelectric modules and thermoelectric sub-assemblies
ICT2020 has been CANCELLED for health and safety reasons.
Become an ITS Sponsor
Please report broken links, missing images, missing attachments, slow response time, or the like using our Contact page here. Any details help improve our website! Thanks!
Post Your Announcement Here