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This Concept Map, created with IHMC CmapTools, has information related to: A2, Automatic daylight control Lighting control Potential saving compared to manual operation 3- Automatic light (occupancy controlled, dependent on brightness) 20 % reduction, Building Systems High consumption of energy in Lighting Lighting accounts for 20% of all electrical energy usage. It is very important that drive to reduce energy consumption, lighting has attracted a lot of attention., Energy saving and efficiency Aims Only use the amount of energy actually required, Only use the amount of energy actually required Problems Building Systems High consumption of energy in, Heating / Cooling control Cooling using automatic blind control Potential saving compared to manual operation 1- Automatic blind control (louvre adjustment dependent on position of the sun and occupancy controlled constant lighting control). high efficiency 33 % reduction, Only use the amount of energy actually required Problems Only use energy when it is required, Lighting accounts for 20% of all electrical energy usage. It is very important that drive to reduce energy consumption, lighting has attracted a lot of attention. Solutions Automatic occupancy detection ( auto - manual ) on / auto off, Automatic daylight control Lighting control Potential saving compared to manual operation 4- Automatic light (occupancy controlled, not brightness controlled). less efficiency 13 % reduction, Automatic daylight control Lighting control Potential saving compared to manual operation Automatic occupancy detection ( auto - manual ) on / auto off, Heating / Cooling control Cooling using automatic blind control Potential saving compared to manual operation 2- Automatic blind control (louvre adjustment dependent on position of the sun) 28 % reduction, What Problems Exist of intelligent building Karam Mustafa Al-Obaiai P-RM0044/09 ???? Assignment 3, Lighting accounts for 20% of all electrical energy usage. It is very important that drive to reduce energy consumption, lighting has attracted a lot of attention. Solutions Automatic occupancy detection ( auto - manual ) on / dimmed, Ventilation / Air conditioning control Control Room or exhaust or supply air humidity control, Energy saving and efficiency Aims Only use energy when it is required, Automatic daylight control Lighting control Potential saving compared to manual operation 1- Automatic light (occupancy controlled constant lighting control with automatic blind control [louvre adjustment dependent on position of the sun]). high efficiency 40 % reduction, Building Systems High consumption of energy in HAVC system HVAC (heating, ventilation and air conditioning) refers to the equipment, distribution network and terminals that provide heating, ventilation and/or air conditioning to a building HVAC accounts for 40% to 60% of the energy used in commercial and institutional buildings, and 12% to 15% in industrial facilities. This represents an opportunity for substantial energy savings using technologies and design concepts., Heating / Cooling control Cooling using automatic blind control Potential saving compared to manual operation 3- Automatic blind control (dependent on external lighting) 26 % reduction, HVAC (heating, ventilation and air conditioning) refers to the equipment, distribution network and terminals that provide heating, ventilation and/or air conditioning to a building HVAC accounts for 40% to 60% of the energy used in commercial and institutional buildings, and 12% to 15% in industrial facilities. This represents an opportunity for substantial energy savings using technologies and design concepts. Solutions Heating / Cooling control, Heating / Cooling control Control Indoor temperature control of distribution network water temperature, Heating / Cooling control Control Total interlock between heating and cooling control (dependent on HVAC system)