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Tag: thermal management

Arizona Home Cooling Tips – Insulation Basics To Help You Save on AC Expenses

Cambo 626 - Thermal Image

Cost-Efficient Arizona Home Cooling, The Benefits of Customized Thermal Management

Installing new thermal empowered insulation in your home’s roof, slab, and walls remains among the most cost-efficient methods for reducing the long-term expenses associated with home heating and cooling. Furthermore, the cost savings of additional installed home insulation goes much further than a reduction in your home’s yearly energy consumption. It also helps reduce your yearly air conditioning maintenance bills.

Installing additional R-value to the building envelope of a new construction project is always more cost-efficient than reworking an already finished job. However, even the owners of a home already aged and lived in can find new methods for increasing the existing insulation R-values.

The following tips presented by American Cooling and Heating are designed to help Arizona homeowners learn how to best prevent energy waste on heating and cooling expenses.

The Process of Functional Air Conditioning Differs From Home To Home

No two structures are crafted completely alike. Therefore thermal management must be applied according to the home and the environmental circumstances. Determining what works best at your house can be confusing. So let’s review the various types of thermal insulation, starting with a fundamental look at how heat flow affects home cooling as well as home heating. Herein are some of the benefits that you can gain via additional home insulation.

Understanding airflow:

Hot and cold always seek a natural balance. This means that on the inside of your home, warm air tends to flow toward the cooler spaces. This natural neutralizing effect derives through three distinct processes:

  • Conduction – Heat transfers from object to object, thus an attic that lacks sufficient insulation enables exterior heat to transfer into A/C cooled interior of your home
  • Convection – Heat rises, thus a ceiling without adequate installed insulation permits interior heat to rise into the attic
  • Radiant Heat – Objects that acquire heat will also release that heat, thus a home with radiant barrier windows is easier to cool than a home that lacks such additional preventive measures.

Installed insulation and radiant barriers are designed to keep heat from flowing through the external building envelope of your home. Standard fiberglass insulation is an example of conductive resistance. Tinted windows and duel-pane windows are based upon radiant heat resistance. In the winter these thermal management construction techniques reduce the total heat lost due to external seepage. In the summer these same construction techniques help keep exterior heat from invading your interior air-conditioned comfort zone.

Radiant Barriers, The Cheap and The Expensive

Radiant barriers are used to reflect heat away from your home interior. Some of the radiant thermal management processes offer inexpensive solutions that can be installed by the homeowner. Other radiant barrier solutions such as upgrading your windows to thermal efficient windows can be costly but not excessively expensively. Still other radiant barrier solutions, such as installing a metal roof system, can be very expensive and should only be considered in the event that you are already required to replace your home’s roofing system. The process can include installing a:

  • Ventilated metal roof systemBy Jason Dale (Own work) [CC BY-SA 3.0 ( or GFDL (], via Wikimedia Commons
  • Ventilation strip along the roof of your home
  • Radiant barrier exterior paint
  • Special sheathing
  • Attic foil
  • Solar screens on the windows
  • Internal windows shades
  • Window film
  • AND More.

Radian barrier home installation techniques can help you curb the invasive Arizona summer heat that so often catapults your home air conditioning energy consumption into a costly upward spiral. Always measure the cost or installation versus the gain in energy savings. You should also weigh in on the value of a comfortable Arizona living environment. Great installed Arizona A/C equipment can only overcome so many shortcomings in installed home insulation and radiant protection. You need to find the balance.

R-Value, The Core In Thermal Management

When describing material effectiveness at managing thermal energy, U.S. manufacturers talk R-values. The greater the R-factor of a given material, the more effective the material’s thermal management properties. Typically the R-value changes according to material thickness. You should also understand that some contractors talk in terms of R-value of a single component of your wall while other contractors talk in terms of the total R-factor as a sum of the components that make up the wall or the attic. The distinction should be obvious so make sure that you and your contractor speak the same R-value language.

Remember: The efficiency of your home’s building envelope may be determined by the weakest link in the R-factor.

Tip: The R-value of glass ranges from 1.4 to 5. Even the best gas filled windows make poor walls.

Factors to consider when determining what you need in material R-value and Radiant factor:

  • Typical Arizona climate for your area
  • The family budget
  • Importance of internal air quality
  • Material life cycle versus the original cost of installation and materials
  • Whole home versus partial home insulating requirements
  • AND… Your installed cooling and heating system.

Arizona Repair or Replace Air Conditioning TroubleshootingAmerican Cooling and Heating provides superior 24/7 Arizona home cooling HVAC services. We are here to help you reap the best benefits available out of your Arizona Air Conditioning system. For additional information, visit our website at

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Data Center and HVACR technology Research and Development By Emerson

Arizona Liebert CRAC Precision Cooling UnitsFor Data Center and More, Advanced Thermal Management Technology In The Works

For data center managers, the struggle to combine efficiency, simplification, and reliability into a single point of focus seems a daily challenge. Finding solutions to thermal management in a complex infrastructure of integrated racks, enclosures and power switches can be time consuming and even overwhelming. Thus enters the Emerson thermal management research center collaboration between Emerson precision cooling resources and the University of Dayton School of Engineering.

Scheduled to go live on campus at the University of Dayton in 2015, the new Emerson thermal management research center is expected to allocate 38,500 square feet to the task of alleviating problems in five primary areas of HVACR technology:

  • Data center cooling
  • Food service operations
  • Light commercial building cooling
  • Residential connected homes
  • AND Supermarket refrigeration.

The $35 million Emerson Innovation Center – currently tagged Helix – is scheduled to employ 30 to 50 research personal and their associated staff members. By collaborating with the University of Dayton School of Engineering, Helix hopes to introduce new innovation into the HVACR management solution process. But it’s not just about new cooling technology. Expect this collaborative effort to focus on intelligent controls, thermal management technologies and all other aspects that drive the dynamics of modern data centers, food services, and more.

Data Center Specifics

Emerson plans to dedicate focused research space to each of the defined HVACR market centers. However, the Emerson Network Power division is set to handle the basics of the data centers module. The goal is simple:

  • Improve data center energy efficiency
  • Maximize data center free cooling processes and techniques.
  • Optimize data center cooling technology
  • Protect data center mission-critical processes.

The Emerson R&D facility will be driven by two primary forms of Emerson technology: 1) Liebert ICOM intelligent cooling, and 2) DSE-pumped refrigerant economization. By combining free air-cooling technology in a non-tradition manner, Emerson sets focus on an economizer model that avoids introducing outside air into the environment of the data center.

About Emerson Network Power

As a business division of Emerson (NYSE-EMR), Emerson Network Power crafts equipment designed to protect and optimize the mission-critical infrastructure within communication networks, data centers, industrial complexes, and the healthcare industry. Emerson Network Power products and services include:

  • AC Power/UPS
  • DC Power
  • Fire Pump Controllers
  • Data Center Infrastructure Management
  • Racks and Integrated Solutions
  • Thermal Management
  • AND More.

About the University of Dayton School of Engineering

With over 100 years in the fields of education and research, the University of Dayton School of Engineering has learned how to effectively merge integrate theory and practical application into a single engineering learning process. The school trains complete professionals and sets the focus on life-long benefits for the student and society. The School of Engineering’s vision is both far reaching and simple: 1) Be the preeminent engineering school for engineering students who have a desire for transformational learning experiences and 2) preserve the beliefs and convictions of a comprehensive Catholic and Marianist engineering school while remaining fully open to people of all faiths as well as to people of no faith.

Service For Liebert Precision Cooling Products

Liebert Precision Cooling Systems In Arizona

American Cooling and Heating provides full-service installation, repairs and support for Liebert CRAC precision cooling equipment throughout Chandler AZ, Gilbert AZ, Glendale AZ, Mesa AZ, Peoria AZ, Scottsdale AZ, Tempe AZ, And All Other Phoenix Areas.

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