|
| About Trinity Thermal Systems |
Trinity Thermal Systems was founded in 2003 by David Anderson, Mark Glover, and Matt Anderson to develop and manufacture thermal energy storage (TES) products that easily and inexpensively work with small to mid-sized air conditioning systems. Conventional TES systems are well established and have been in use for over 80 years. Conventional TES systems are economical on buildings over 100,000 square feet, but this technology does not work with smaller unitary air conditioning systems that most of us use. IceCycle is Trinity's patented and proven TES technology that provides clean, efficient, and affordable off-peak cooling for homes and small to midsize businesses.
Trinity has invested significant time and money to develop a simple, practical, and reliable product that is very flexible and can be adapted to the many applications and preferences found in commercial and residential air conditioning applications. Much care has been taken to address the issues of dependability, up front cost, and aesthetics. Trinity has developed several unique and proprietary features for its IceCycle products to maximize the value of IceCycle and to make its use seamless and reliable for consumers. Key patents and patent claims protect IceCycle.
Trinity has rigorously tested IceCycle through field demonstrations with the National Rural Electric Cooperative Association, Austin Energy, First Electric Cooperative in Arkansas, and the Rural Electric Cooperative in Oklahoma. Trinity continually bench and field tests IceCycle products. Trinity is a 'Lean-Six Sigma' firm and manufactures its products under these high standards.
Trinity continues to research and invest in the development of additional clean energy technologies and new applications for IceCycle technologies. Trinity's vision and driving principle is to significantly contribute to improving the environment for all our families and for future generations.
|
|
|
IceCycle is a trademark of Trinity Thermal Systems.
All rights reserved worldwide.
|
|