This article develops a unique, extensive design of daylight lighting for daylight to address code and more. The policy of home lighting design for most homes these days: let the daylight with qualifications be maybe not too much, not too little, depends on where, depending on how, when, depends on what it shines etc. It is about a daylight schedule.
Home lighting design code: IRC 303.1 is an effective and round option for daylight design, at least in the bedroom, the “glass pane” should be at least 8% of the surface area of this room. (CABO - tougher, fewer exceptions). [Please note that this presentation has no direct connection with emergency egress.]
Home daylight? Who knows. The author had “exactly, right” reactions to “it’s not so important here” to “what are you talking about” from the creation of an author with jurisdiction. If we consider others at all, it will be for sleeping areas, this is just my expectation.
AGGREGATE EYES
To begin with, the term aggregated glazing area - another indefinite one - is interpreted as translucent surface glass, transparent plastic, etc., A, but not the associated frame, sash, mounts, pruning, and the like. What Marvin Windows and Doors define as “Lite”, Pella as “Visible glass”, Loewen as “Open glass area”, etc.
Please note: please, if some people were not interested in these surface areas, the big players in the windows would not work in print. This custom designer designer is interested.
MAIN MONEY SCHEDULE FOR DESIGN KIDS
The daylight home lighting schedule or lighting schedule reaches four ends.
First, it determines the proportion of the area of sinter glazing to the inner surface area in each large living space, including living quarters, halls, walk-in closets, office space for workshops and laundry, etc., Garage (a), etc.
Secondly, it compares the actual total glazing area with the calculated target code point for each large space and represents the difference either in square feet of the glazing area or, more likely, as a percentage of the target glazing area — the latter seems more convenient to understand.
Thirdly, he selectively makes assumptions, indications and definitions about the importance of the aspects of daylight, as designers deserve statements.
Fourth, it makes it possible to identify persistently dark spaces or parts of spaces far enough away from a natural source of light to be considered illuminated or not penetrating a natural source of light, for example, a space significantly from daylight from a covered porch, an exceptionally deep inner space.
The structure of the schedule is a table of several columns. On the left, let's: a give space; its surface area is in square feet; 8% of this surface area is in square feet; the total glass area of this space in square feet (usually up to one decimal place); arithmetic and percentage difference between 8% and the total degree of glazing; and comments as needed. Comments may include, among other things, modulation, dark, compatible with the code (for sleeping areas), etc.
Home lighting experts set certain limits on the amount of daylight that can enter space. These limitations can be found, for example, in “The Basics of Lighting Design” by Mark Karlen and James Beña, John Wiley & Sons, Inc., 2004, p.34 and “Interior Lighting for Designers”. 4th edition by Gary Gordon, John Wiley & Sons, Inc ..., 1957, p.53ff. While this daylight analysis for daylight analysis may be judicial, considering the appropriate adjustment of natural light is, in the opinion of the author, deserving attention as a proactive constructive warning about convenience and safety.
In the schedule of design of daylight at home, there are several basics or starting materials for analyzing the design of the house - only 16.
1. In itself for natural light, in the orientation of the compass at home and, possibly, its adjustment and in the personal assessment of penetration and adequacy in day spaces.
2. Ventilation as a cross-check of quality control during cross-descent of sleeping areas and more occupied premises, as well as calibration and indicative placement of both supplies and returns.
3. UV Invasion Indicator, where it can be defined as less welcomed, and its power is reduced.
4. Natural heat indicator for professional attention HVAC and various design tools reduce.
5. Determine the brightness of daylight, especially in areas such as stairs, where the glare is safety.
6. Qualification to comply with the code of the total glazing area of the spatial surface in the sleeping areas, especially more problematic in such spaces in the structures with half of the standard on L2.
7. Guide for artificial lighting through, in particular, environmental lighting and lighting control.
8. The final cross-check of the size of the window and door and space on the facades, the scheduler and the window schedule (and possibly the door schedule).
9. Excellent perspective on the effects of external design for internal functionality, occasionally leading to design changes from marginal to large.
10. Guide to increasing layers in rooms with low daylight.
11. Guide to continuous rating of service in low and low daylight rooms.
12. Guidance on resizing attenuation.
13. Guide to changing the location of the projection.
14. Motivation in single-storey deep spaces with external coatings for penetration into these covers with niches on the roof, sunscreen, skylight, glued, etc.
15. Motivation in single-storey deep spaces with or without external coatings for adding clusters and light wells using roof windows and other design modifications.
16. Motivation, especially in plot constructions, must necessarily include dormer windows, skylights, fluorescent tubes, cluster buildings, light wells and other design configurations for projection.
Comment: Please note that the recent elimination of major errors to ensure convenient and safe selection of the size and placement of windows, the composition of external doors, lamps and light-reflecting and absorbing functions may be a correction of expenses and physical inconvenience in the future.
