How can sufficient ventilation be achieved indoors? Validating the effectiveness of CO2 sensing poles!
This document presents the results of visualizing indoor ventilation conditions. The purpose of this experiment is to find solutions to the question of how sufficient ventilation can be achieved indoors. We measured the changes in CO2 concentration in various parts of the room under ventilation conditions with doors and windows open, assuming the number of people in the classroom was 1/6 or 1/4 of the capacity. We also verified the effectiveness of the CO2 sensing pole in the ventilation state visualization system and published the results. We encourage you to read it. [Contents] ■ Significance of the experiment ■ Standards regarding CO2 concentration ■ Availability of CO2 concentration sensors on the market ■ Experiment details ■ Changes in CO2 concentration indoors with all windows and doors closed (calculated values) *For more details, please refer to the PDF document or feel free to contact us.
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Our company is engaged in "motion capture," "displacement measurement for structural testing," "behavior measurement related to automotive parts," "robot control/robot behavior analysis," "RC/floor slab/steel dimension measurement," "poka-yoke," "work analysis," and "application software development." Additionally, we will continue to actively engage in various energy businesses, such as operational gas cogeneration and fuel cells, which are expected to become increasingly active in the future. We will strive to be recognized as a company that can provide total coordination from environmental verification to installation, meeting our clients' needs and ensuring their satisfaction. We are also committed to strengthening collaboration between industry, academia, and government, and we aim to expand high-level projects that contribute to society.
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