The proposed Pulsed Variable Flow Rate (PVFR) technology pulses the active cooling fluid to achieve a lower overall energy consumption of cooling systems but does not compromise on cooling performance. There is no statistically significant difference in cooling performances offered by PVFR when compared with the best Variable Flow Rate (VFR) profile. Although further research is needed to develop the technology for applications in other key market areas, PVFR's efficacy has been validated through academic publications and peer-review.

Increasing cooling efficiency ensures that indirect greenhouse gas emissions are reduced in industrial/commercial applications, thus helping countries to transition to a low emission economy and help respective governments meet its stated carbon emission reduction goals.

Due to the economic impacts caused by the COVID disruption, InfuseAI has expanded its operations into optimizing business intelligence reporting. InfuseAI is currently working on gene...
The proposed Pulsed Variable Flow Rate (PVFR) technology pulses the active cooling fluid to achieve a lower overall energy consumption of cooling systems but does not compromise on cooling performance. There is no statistically significant difference in cooling performances offered by PVFR when compared with the best Variable Flow Rate (VFR) profile. Although further research is needed to develop the technology for applications in other key market areas, PVFR's efficacy has been validated through academic publications and peer-review.

Increasing cooling efficiency ensures that indirect greenhouse gas emissions are reduced in industrial/commercial applications, thus helping countries to transition to a low emission economy and help respective governments meet its stated carbon emission reduction goals.

Due to the economic impacts caused by the COVID disruption, InfuseAI has expanded its operations into optimizing business intelligence reporting. InfuseAI is currently working on generating useful business insights from unstructured data through the use of entropy-based algorithms. This will prove useful to identify inefficiencies in business operations.
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Nidhi Gowdra CEO A PhD candidate specializing in deep learning and certified professional professional from multiple fortune 50 companies