Energy-efficiencyand sustainability by smart solar shadings Energy-efficiency and sustainability by smart solar shadings.

Slides:



Advertisements
Similar presentations
You have been given a mission and a code. Use the code to complete the mission and you will save the world from obliteration…
Advertisements

Circle Theorems Bingo!. Use any 9 of these numbers 105 o 240 o 55 o 14 o 65 o 50 o 90 o 45 o 60 o 40 o 110 o 155 o 15 o 74 o 120 o 12 o.
© Oxford University Press 2009 Quit Part 7 Global warmingAre humans responsible? 7.2What is the normal global distribution global distribution pattern.
The Pay Me Game.
/4/2010 Box and Whisker Plots Objective: Learn how to read and draw box and whisker plots Starter: Order these numbers.
SOLANOVA - Symbiosis for Sustainability Human Needs Human Needs Resource Efficiency Resource Efficiency Solar Supply Solar Supply Andreas Hermelink | Coordinator.
1 1  1 =.
1  1 =.
2 pt 3 pt 4 pt 5 pt 1 pt 2 pt 3 pt 4 pt 5 pt 1 pt 2 pt 3 pt 4 pt 5 pt 1 pt 2 pt 3 pt 4 pt 5 pt 1 pt 2 pt 3 pt 4 pt 5 pt 1 pt ShapesPatterns Counting Number.
School Shop. Welcome to my shop. You have 10p How much change will you get? 7p 3p change.
Photovoltaic Solar Energy
Environmental Controls I/IG
Saving Energy, Timer & Automation Best Design Course 30 Minutes Test 10 Minutes TIS Training Program 2012, Rev 1.1
Formulas.
Why are the temperatures in our houses increasing? Lisa French Victoria University of Wellington (MBSc) and BRANZ Supervisors: Michael Donn, VUW & Nigel.
Problem 2.8 An object whose mass is 1 lb has a velocity of 100ft/s. Determine the final velocity in ft/s. if the kinetic energy of the object decreases.
Solar House Project APES 2014.
ORDER OF OPERATIONS LESSON 2 DAY 2. BEDMAS B – Brackets E – Exponents D – Division from left to right M – Multiply from left to right A – Add from left.
Low Cost, High Innovation Efficiency in the Built Environment Brandon Fletcher, CFA Co-Founder Green Analytics.
Saving Energy In Schools Okehampton College - Devon.
1 © GDC Group Heat Solutions. Source; House Hold budget survey (2004/2005) Irish Heating Market.
Residential Light Fixtures ENERGY STAR ® Specifications Additions to Specs Pierrette LeBlanc, Office of Energy Efficiency June 4, 2008.
Combined Heat and Power plants – carbon AND cost saving? Daman Ranby – Director Ashley Allsop – Head of Sustainability.
Energy Savings Impacts of the Advanced Energy Design Guide: Small Office Buildings Bing Liu, P.E. Research Engineer Pacific Northwest National Laboratory.
Webinar Control The forgotten option in retrofitting Energy led retrofitting of dwellings 04 september2013 Wouter Borsboom*, Leo Bakker*, Ivo Opstelten.
Area of triangles.
8 2.
PV in glazed facades Thermal indoor climate Søren Østergaard Jensen Industry and Energy Teknologisk Institut.
A/C Final Project: Design Builder
Lecture-6 Thermal Design-2 Dr. Tahir Izhar
Start. 5a - 5 = 7a - 19 A. 7 B. 16 C. -7 D. None of these.
Let’s take a 15 minute break Please be back on time.
Bottoms Up Factoring. Start with the X-box 3-9 Product Sum
Let’s Add! Click the cloud below for a secret question! Get Started!
Presented to: By: Date: Federal Aviation Administration Passive Fire Protection for Lithium Battery Shipments ICAO FAA Fire Safety
© 2006, François Brouard Case Real Group François Brouard, DBA, CA January 6, 2006.
Comparison of Horizontal Blind with Vertical Blind © 2012 cbllind.com.
Utilization And Removal Of Heat Present Inside The House By Different Means Made By : Puneet Gupta Roll Number: 04HARBISO0906 School : Bright Scholar Senior.
N ATURAL L IGHTING Christina McHugh Building Services EngineeringDublin Institute of Technology.
Chapter 6 part 2 Passive Solar Space Heating
Carbon Management Steering Board 7 th October 2011 Library Solar Window Film CARBON MANAGEMENT BOARD – October 2011.
Human factor. Five sence [ Natural factor ] Mouse Eye Noise Ear Skin _Mouse,Eye,Ear,Noise,Skin Active factor.
Tinted Windows By Mark Thompson, Owen Carlson, Spencer Smith.
 Solar power is a form of energy that uses the worlds biggest energy source…the sun!
Bradley Turner Fins Overhangs Louvers Awnings.
Architecture. Importance of Orientation Placement of the home on the lot is just as important as the house. The house’s main length should face north.
Passive solar design Use of the natural movement of heat and air to maintain comfortable temperatures, operating with little or no mechanical assistance.
Passive Solar House A passive solar house is heated by the sun’s energy.
Team 3 Matthew Baxter Abby Dixon Rob Hines Ashley Rosenthal.
A New Solar Cooker Concept: Remy & Francis Modelling & Simulation: Jonas Realization: Remy & Jonas.
Heating of the Earth's Atmosphere F Juneau, AK 70 0 F Los Angeles, CA 86 0 F Manaus, Brazil 83 0 F Buenos Aires, Argentina How can you explain the.
By: Stacia Smart.  Heated by liquid or air in solar energy collectors.  Collect and absorb solar radiation.  Transfer solar heat directly to the.
Oliver Fisher 8.6. Passive solar uses eaves to block and let in natural heat from the Sun. In summer the sun has a higher orbit so the angle of the rays.
Passive House Seminar for Professionals from the Building Sector.
Section 10.3 Using Heat. Heating System Heating Systems: Def. p Work can be done to increase temperature. Example of this is when you rub your.
9. THERMAL MASS  Thermal mass is a measure of a material's capacity to absorb heating or cooling energy. Materials such as concrete or bricks are highly.
 On average, home heating uses more energy than any other system in a home  About 45% of total energy use  More than half of homes use natural gas.
Active Solar Water Heating Alyssa D’Addezio and Nicole Ramsey.
Reducing Energy Usage DLA Strategic Materials 2016 Hard copies of this document may not be the current version. Refer to the “I Am The Key” to verify the.
Solar Panels Manufacturers in Dubai
Climate and Architecture Dr. Abdelrahman Elbakheit
Technology in Architecture
Energy The ability to do work.
Solar Insulation Principles
Technology in Architecture
Technology in Architecture
2 GREEN PRACTICES IN NEW HOME DESIGN TEMPLATE 1.
Technology in Architecture
Technology in Architecture
History of Architecture Second Lecture
Presentation transcript:

energy-efficiencyand sustainability by smart solar shadings Energy-efficiency and sustainability by smart solar shadings

energy-efficiencyand sustainability by smart solar shadings 4 cases, 1 solution: Avoiding expensive Energy by using Solar energy SummerWinter Day We have to keep out the solar energy: We need solar shading We collect the solar energy; well-being by internal glare- shields Night We control visual contact with the outside by internal or external shadings We reduce energy-losts by internal and extarnal shadings SmartSolarShading

energy-efficiencyand sustainability by smart solar shadings Angle of insolation 60° Solarconstant 1200 Watt/hqm Decreasefactor by the angle: ca. -40% Summerday Without smart Solar shadings >40°C

energy-efficiencyand sustainability by smart solar shadings Summerday with Smart Solar Shadings Sun-protection Glare shield reduction of indoor temperature up to 12° discharge of air-condition up to 85% Savings up to 10/sqm window Angle of insolation 60° Solarconstance 1200 Watt/sqm Decrease-factor by the angle: ca. 50%

energy-efficiencyand sustainability by smart solar shadings Inclination angle 30° Solarkonstance1200 Watt/sqm Decrease by angle Only 25% Winterday With Smart Solar Shadings Solar impact reduces heat- energy up to 14 liters oil a year Important: internal glare-shield Not external sun-protection Glare shield

energy-efficiencyand sustainability by smart solar shadings Winter- night without Smart Solar Shadings Average: 2 W/s*(Ti-Te)

energy-efficiencyand sustainability by smart solar shadings Winter- night with Smart Solar Shadings Heat- protection Reduction of energy- transmission up to 60%

energy-efficiencyand sustainability by smart solar shadings Let us catch the sun!

Feedback: Privacy Policy Feedback
Do Not Sell My Personal Information
About project: SlidePlayer Terms of Service

© 2024 SlidePlayer.com Inc. All rights reserved.