Thermally-Activated Technologies

Other Technologies

Thermal Energy Resource and Value Assessment
If thermal energy technologies are to play a greater role in meeting the nation's energy needs and if waste heat resources are to be used more intensively, a better understanding is needed of thermal energy flows in the utility, industrial, district energy and buildings sectors, along with a taxonomy for classifying thermal energy resources, and methods (and markets) for gauging the economic value. Assessing the value of thermal energy involves (1) compiling accurate and timely statistics on thermal energy flows, (2) developing an economic analysis methodology for estimating the value of thermal energy, and (3) assessing thermal energy utilization opportunities using the second law of thermodynamics as a screening tool for matching the "quality" of heat to end-use applications and services.

In parallel, there is a need to create linkage and standards between CHP system integrators and thermally activated technology manufacturers. Thermally activated technology manufacturers need to understand the CHP market, its requirements and potential to move forward with essential research leading toward mass market CHP solutions.

Sensors and Controls
A review of commercially available TAT sensor and control technologies and previous industry experience is planned to assess needs for future integrated TAT equipment.

If you have any questions or comments regarding this section or the CHP Technologies Program in general, please contact us.