Andere Kunden interessierten sich auch für
![Smart networks optimization of self-consumption energy]( "Smart networks optimization of self-consumption energy")
Smart networks optimization of self-consumption energy51,99 €![Creation of energy-efficient building envelope]( "Creation of energy-efficient building envelope")
Creation of energy-efficient building envelope39,99 €![Synergy of Smart Techniques for Development of Energy Efficient Campus]( "Synergy of Smart Techniques for Development of Energy Efficient Campus")
Synergy of Smart Techniques for Development of Energy Efficient Campus29,99 €![Development of energy effective civil engineering]( "Development of energy effective civil engineering")
Development of energy effective civil engineering23,99 €![Behavior, Comfort, and Energy Consumption]( "Behavior, Comfort, and Energy Consumption")
Behavior, Comfort, and Energy Consumption44,99 €![The Impact of Building Morphology on Energy Consumption]( "The Impact of Building Morphology on Energy Consumption")
The Impact of Building Morphology on Energy Consumption38,99 €![Eco-ways for generating and reducing the energy loss in skyscrapers]( "Eco-ways for generating and reducing the energy loss in skyscrapers")
Eco-ways for generating and reducing the energy loss in skyscrapers53,99 €
Getting light into the building entity in a clever way is an important stride to designing energy efficient buildings. Learning how to use daylighting, in an efficient way while having control will reduce energy demands in buildings and also and facilitate a good visual comfort for users especially in a developing country like Nigeria where most trade fare take place using artificial lighting which increases operational cost. Most Expo/Exhibition tend to use artificial lighting because proper daylighting design has not integrated into the building. This study identify different daylighting techniques that will reduce operational cost and at the same time, create a good visual experience. Literature on daylighting were studied, in which the advantages of daylighting in buildings were identified, different daylighting techniques and system were examined and various ways daylighting can reduce operational cost. The research methods adopted where exploratory case study, experimentation, visual survey of the various features inclined to the research work. Quantitative data collection method where adopted through personal observation /field survey, sketches, photographs and case study.