Tempe, Arizona (PRWEB) June 21, 2010
Thermal management solutions for high power inverters used in electric vehicle, solar and wind turbine applications require advanced liquid cooling systems that have low thermal resistance, minimal pressure drop and exceptional reliability. Indeed, wind energy inverters in the megawatt output range are currently making their way into the marketplace. To deliver solutions suitable for these systems requires not only exceptional technology, but the capacity to produce quality product in high volume is equally important.
MaxQ Technology (Tempe, AZ) and and Sapa Extrusions Fabricated Components division, located in Portland, OR, have formed an alliance to deliver state of the art aluminum cold plate solutions to the ever growing power conversion industry. MaxQ Technology has positioned itself as a technology leader in the design, simulation and fabrication of liquid cooled cold plates by applying Friction Stir Welding joining technology and MaxQ Technology’s patent pending Q-CHILL™ internal fin and fluid routing design approach. Emphasizing the mutual optimization of thermal resistance and pressure drop, MaxQ Technology has developed reliable solutions for power converters ranging from 60 Kilowatts up to 2 Megawatts, capable of rejecting up to 50KW of heat. Developing designs that support all leading Insulated Gate Bi-polar Transistor (IGBT) power modules from manufacturers such as Infineon, Powerex, ABB, and Semikron, MaxQ Technology is well poised to be the industry leader in large scale cold plate products.
Sapa is one of the original developers of the patented Friction Stir Welding technology and will be providing MaxQ Technology with the critical production capability, supply chain infrastructure and quality assurance needed to be a leader in the high power inverter market. Sapa’s extensive aluminum extrusion, machining and fabrication capabilities facilitate lower production cost structures that enable competitive pricing and consistent quality. Sapa’s global presence allows MaxQ Technology to participate in the US as well as Asian and European markets without limitations.
Memo Romero, president of MaxQ states that “The partnership with Sapa provides MaxQ Technology the global supplier presence needed to provide solutions around the world. We could not be more pleased with this agreement.”
About MaxQ Technology
MaxQ Technology is the industry leader in providing high performance thermal solutions and power electronic packaging. By combining sound engineering principles with innovative design, MaxQ Technology has developed unmatched thermal performance and quality with their proprietary Q-CHILL™ cold plate technology. Targeting the power conversion market, MaxQ Technology stands poised to deliver thermal solutions and address interdependent thermo-mechanical issues in power electronic systems.
MaxQ Technology’s Q-CHILL™ line of standard cold plates can be sourced through Richardson Electronics (http://www.rell.com). For more pricing information, availability and custom cold plate solutions, please contact Joe Martinez at (877) 804-0284. Updated information is also available at http://www.maxqtechnology.com.
About Sapa Group
Sapa is an international industrial group which develops, manufactures and markets value-added profiles, profile-based building systems and heat-exchanger solutions in the lightweight material aluminum. The Sapa Group is organized into five business areas; Building System, Heat Transfer, Sapa Profiles North America, Sapa Profiles Europe and Sapa Profiles Asia. Sapa Group generates sales of 3.3 B USD and has 13,000 employees.
About Sapa Fabricated Components
The Fabricated Components division, based in Portland, Oregon, produces a wide range of high quality, value-added products and engineered solutions. Products include high-end mountain bike frames, architectural products and precision fabrication for a wide variety of industries. For more information about Sapa, please contact Alyssa Stibolt, Marketing Manager at (503) 802-3454. Information is also available on Sapa’s website at http://www.sapagroup.com/us/profiles.