This publication offers design, specification, and installation guidance for lighting control appropriate for K-12 educational facilities. It features applications that illustrate the best control practices for a variety of spaces, facilitating lighting control design and application. Each best practice meets the provisions of relevant energy…

How to reduce energy use while improving the quality of your lighting. (Author)

The second in a series of articles on low pressure sodium lighting concentrates on its use in schools for safety and security lighting. (Author/MLF)

Relighting classrooms with peripheral lighting fixture layouts increases the room's illumination level, reduces glare, and increases the uniformity of desktop illumination. (Author/MLF)

Efficiency, lower operating costs, and flexibility are only a few of the reasons why total-electric facilities encompass the range of education from elementary schools to university buildings. (Author)

Considerations for a classroom lighting system include the quality of the system in terms of improved seeability, operating efficiency, and energy savings. (Author/MLF)

The effects of classroom lighting methods on activity level, achievement, visual acuity/fatigue, and health of nonhandicapped and handicapped students are reviewed. Effects of different levels of illumination on behavior also are discussed. Methodological deficiencies and lack of replication have resulted in few tenable conclusions. (Author/CL)

Reviews the established effects of light on the human organism and concludes that sunlight simulating environmental lighting in schools will result in greater student and teacher comfort, health, and increased performance and/or working capacity. (Author/MLF)

Illumination levels should vary throughout a school, and new lower-wattage lamps can help cut energy costs. (Author)

Installation of a new metal halide lighting system at an old athletic high school stadium serving the Red Lion School District in Pennsylvania made night games possible. Community members raised funds for the installation. Because of increased attendance, the district made a $10,000 profit. Provides facts and figures on the stadium lighting. (MLF)

Details the dramatic changes in school lighting. Describes how lighting will be more closely integrated into the "smart" school building of tomorrow and how lighting systems will evolve with schools as technology changes. Claims that direct/indirect lighting systems will serve computer users as well as reduce energy and maintenance costs. (RJM)

The aims of this document are: (1) to enable school and college administrators to brief their architects on appropriate provision of lighting, and (2) to enable lighting designers to check that the criteria they apply are consistent with good current practice. The scope is restricted to learning and study activities and associated circulation.…

Poor lighting conditions in classrooms result not only from low intensity light but also from too high intensity light, an uneven distribution of light, and glare. Since visual tasks in a classroom constitute 62 percent of a student's time in school, suggestions are made of ways lighting conditions can be improved. The principles and…

The same form of lighting will not be effective in all areas of a school facility. Factors to be considered include physical and psychological effects, visual requirements, and cost. A chart illustrates type of lamp, output/energy ratio, light "quality," and applications. (MLF)

Provides information to identify and implement the key characteristics which contribute to an efficient and comfortable visual display unit (VDU) lighting installation. Areas addressed include VDU lighting requirements, glare, lighting controls, VDU environment, lighting retrofit, optical filters, and lighting recommendations. A checklist to…