CDAE 170 Solar Building Strategies Class #7 Oct. 18, 2003 Gary Flomenhoft BSME, MAPP, CEE Research Associate Gund Institute, SNR.

Slides:

Advertisements

Similar presentations

Solar House Project APES 2014.

Advertisements

Oslo, Norway Latitude: 59° 54' 36" N Longitude: / 10° 45' 00" E.

Q5- U-Value 2010 HL 5. (a) Calculate the U-value of an uninsulated external solid concrete wall of a dwelling house built in the 1950s given the following.

9a. Home Heating Systems.

Passive Solar Houses Heat using the sun with little or no use of other energy sources

Greenhouse Structural Components

Design with the Sun: Solar Design. How much energy comes from the Sun? The sun provides about 1000 watts per square meter at the Earth's surface in direct.

Passive solar systems for building renovation

Chapter 5: Designing for Heating and Cooling 5.1 Organizing the problem a) Fenestration How much is optimum for the building? What should the form of the.

Passive House Seminar for Professionals from the Building Sector.

Energy, Environment and Buildings B FLOATING STUDENT RESIDENCE Evelyne Hornblower Yan Claprood April 2005.

Lecture 7: Building Modeling Questions Material prepared by GARD Analytics, Inc. and University of Illinois at Urbana-Champaign under contract to the National.

CDAE 106 Renewable Energy Workshop PV System Integration Gary Flomenhoft BSME, MAPP, CEE Research Associate Gund Institute, SNR.

Lecture 9 Solar Heating – Ch. 6 Solar Heating Today Domestic Water Heating Passive Solar Space Heating Active Solar Space Heating Thermal Energy Storage.

CDAE 170 Solar Building Strategies Class #8 Oct. 25, 2004 Gary Flomenhoft BSME, MAPP, CEE Research Associate Gund Institute, SNR.

Solar Resource CDAE106 Gary Flomenhoft, BSME, MPP, CEE Research Associate, Gund Institute, SNR.

PASSIVE SOLAR HEATING PHYS 471 SOLAR ENERGY I Presented by: Gülten KARAOĞLAN Instructor: Prof. Dr. Ahmet ECEVIT

Autonomous Solar Strategies Sept. 13, Gary Flomenhoft, BSME, MPP, CEE Research Associate, Gund Institute, SNR.

By Emmi Miller and Jenny Sulouff

Passive Heating. Uses the energy from the sun to keep occupants comfortable without the use of mechanical systems.

Walls. Apply knowledge of thermal mass and insulation with passive design strategies to reduce the energy needed by active systems.

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.

Smart energy in Europe. Heat losses and gains Termografhy of a building.

Passive Solar House A passive solar house is heated by the sun’s energy.

Passive and Active Solar Models 8 th Grade Enrichment Fall, 2012.

Windows Do not open or close all windows and doors at the same time. Optimise the ventilation by experimenting with opening different windows instead.

PASSIVE SOLAR DESIGN. Design Techniques

Precedent Analysis arc 572 UT Solar Decathlon 2009 BLOOMhouse University of Texas at Austin I 2007 ARCHITECTURE I INTERIOR I TECHNOLOGY I SOCIETY architecture.

MAIN ENTRANCE SOUTH EAST VIEW NORTH EAST VIEW.

Solar insulation principle By Arun Suvendrarajah EM10B.

Conservation and Environmental Design and Construction

Drill: How many times would an average car’s tires turn during a drive from downtown Baltimore to downtown Washington, DC? [What would you need to know?

Foundation Plan Layout

Chris mccain Wayne biddy. The sun is a medium sized star that radiates energy from nuclear fusion reactions in its core. The small fraction of energy.

Passive Design in the Pacific Environment Passive Design in the Pacific Environment PASSIVE DESIGN FOR THERMAL COMFORT IN A TROPICAL ENVIRONMENT Neil Purdie.

Riga Technical University Institute of Heat, Gas and Water technology OFFICE BUILDING NIGHT COOLING POTENTIAL IN BALTIC REGION RENARS MILLERS, ALEKSANDRS.

Solar Insulation Techniques Jacob Chandler. Purpose of Solar Insulation solar principles in architectural design used to absorb and retain solar energy.

My My House Plan My House Plan By Hannah Rundle. Rooms My door faces the north. One bedroom is on east and the other bedroom is on the west. My bathroom,

Zero Energy Home’s Features and Appliances Interior and Exterior Features: Roofing Insulation Windows Energy Saving Appliances.

1 Energy Efficient Housing. 2 Why construct energy efficient structures? Bottom Line !!! Money It may save up to 60% of the cost to heat/cool the structure.

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.

A New Language Shining the Light on Passive Solar Features and Retrofit Possibilities.

Some Pointers for your assignment..  Passive solar heating is defined as using solar energy incident on windows, skylights, greenhouses, clerestories,

Building Envelope. Physical separator between interior and exterior spaces – Walls – Floors – Roofs – Fenestrations (any opening in the structure) – Doors.

Solar Energy Home Tour A preview to our local field trip.

Your Inspection Business Name Goes Here. Your contact information goes here.

CDAE 170 Solar Building Strategies Class #11 Nov. 17, 2003 Gary Flomenhoft BSME, MAPP, CEE Research Associate Gund Institute, SNR.

Solar Gain The ultimate free lunch!. Some Basics Why do we need to heat our homes? –Living rooms21 o C –Bedrooms18 o C –Staircases & halls16 o C.

Passive Solar Heating and Design Definition: Heating of a building without Mechanical Means By Michael Mak.

Day 2 Part 2 Technician’s Guide & Workbook for Home Evaluation and Performance Improvement.

PASSIVE SOLAR DESIGN ALTERNATIVE ENEGRY SOURCES.

PASSIVE SOLAR DESIGN TECHNIQUES

Passive Solar Design Elements

Passive Solar Energy By: David Jung.

GREEN BUILDING MODEL Prashant Motwani (13MST0021)

Passive Solar system BY: MD.RUMAN 11131AA010.

Graduation Project 2 Redesigning a Villa

FLOATING STUDENT RESIDENCE

Zero Energy Homes Goal: Regulate Heat Transfer

Prepared by: Joshima V.M.

Passive Solar Heating Dan DeVries.

Thermal Impact of Different Interior Finishing Materials on Energy Consumption YOGESH JATAV

Typical Building Orientations

Why we need to calculate heating load ?

Minuteman Vocational Technical Regional High School Progress

Design With the Sun: Solar Design

Passive Solar passive solar

Presentation transcript:

CDAE 170 Solar Building Strategies Class #7 Oct. 18, 2003 Gary Flomenhoft BSME, MAPP, CEE Research Associate Gund Institute, SNR

Review of Glazing-Chiras Window glazing: South glass: 7-12% of floor footage North glass: <=4% East glass: <=4% West glass: <=2%

Direct Gain Principles-Kachadorian 1.East, South and West glass should be 10-20% of total exterior heated wall area 2.Peak supplied February day increase in solar slab temperature should be 8 degrees.

Review of Indirect Gain Thermal Mass-Chiras (Thermal storage or Trombe wall) Vented Trombe wall

Sunspace

Skylight

OVERHANG

OVERHANG p.107 ( L = Length of Projection H = Height of window opening L = H / F44º latitude: F=

SHADING

Vapor Barrier

INSULATION VALUES

Review of Direct Gain Thermal Mass-Chiras Sun-tempered = 7% of floor footage. Incidental mass takes care of it (sheetrock, framing, furniture) >7% glazing needs extra mass. MASS THICKNESS 4-6” DIRECT FLOOR MASS: Each square foot of glazing over 7% x 5.5 or INDIRECT FLOOR MASS: glazing >7%sq.ft. x 40 or DIRECT or INDIRECT WALL MASS* in solar room: glazing >7% x 8.3 *Not everyone agrees

Review of Indirect Gain Thermal Mass-Chiras (Thermal storage or Trombe wall) MATLDENSITYTHICKNESS CONCRETE CONCRETE BLOCKS CLAY BRICKS LT WEIGHT CONCRETE MASONRY ADOBE

ENERGY COSTS