 | 1 | initial version |
How should I setup a glazing system in E+ to model an electrochromic glazing system? The glazing should be "clear" when the solar heat gains are low, and "dark" when the heat gains are high. Additionally, the glazing's "darkness" should be variable such that the interior spaces can still maintain the daylighting setpoints (i.e. glazing properties are controlled by daylighting sensor).
| | 2 | retagged |
How should I setup a glazing system in E+ to model an electrochromic glazing system? The glazing should be "clear" when the solar heat gains are low, and "dark" when the heat gains are high. Additionally, the glazing's "darkness" should be variable such that the interior spaces can still maintain the daylighting setpoints (i.e. glazing properties are controlled by daylighting sensor).
| | 3 | retagged |
How should I setup a glazing system in E+ to model an electrochromic glazing system? The glazing should be "clear" when the solar heat gains are low, and "dark" when the heat gains are high. Additionally, the glazing's "darkness" should be variable such that the interior spaces can still maintain the daylighting setpoints (i.e. glazing properties are controlled by daylighting sensor).
