AirPower is a proposed energy technology built around a different way of looking at atmospheric air, compression, heat and power generation. Because the concept brings together Electricity, cooling, water and heat recovery, there are plenty of questions worth asking.
Here are answers to some of the most common questions.
AirPower is a proposed energy technology concept based on the high-level compression of atmospheric air. The concept explores how compressed air and heat can be used within a hybrid heat engine and heat-driven power cycle to potentially produce useful energy and other outputs.
The concept is intended to explore the production of Electricity, heating, ventilation, air conditioning and fresh water from an integrated system. The client materials describe these as potential benefits of the proposed technology.
At a high level, the concept uses atmospheric air that is compressed to create a higher-level heat source. That heat is intended to drive a heat engine using a hybrid power cycle. Some details of the proposed power-output process are considered proprietary and are not publicly disclosed.
No. AirPower is currently a concept in development. The next stages include engineering work, thermodynamic modeling, research, testing and validation. The purpose of these steps is to determine how the proposed system performs in practice.
AirPower is being explored as more than a source of electricity. Its proposed approach brings power generation together with cooling, ventilation, heat utilization and potential fresh-water production. The concept also explores feedback loops in which heat produced by an application could potentially be returned to the system.
Data Centers are one of the proposed application areas. The concept describes a potential feedback loop in which AirPower provides electricity, cooling and ventilation to a data center, while heat generated by the data center could potentially be returned to AirPower for use within the proposed energy cycle.
The concept proposes that heat from industrial applications could potentially become part of the feedback loop. An example provided in the source material is an iron foundry, where heat produced during operations could potentially be fed back into the power-generation process.
The proposed system includes potential Atmospheric Water Generation as an additional output. The concept materials describe fresh-water production as one of the potential benefits of the technology. Actual water production would depend on system performance and environmental conditions and requires technical validation.