Solar Home Design and Thermal Mass
|
|
- Gwendolyn Barton
- 6 years ago
- Views:
Transcription
1 Solar Home Design and Thermal Mass Solar Home Design And Simulation of Thermal Mass Stefan Fortuin
2 Papers Renewable Energy System Design Renenwable En Conversion Devices Energy Policy Greenhouse Science and Policy Source:
3 Five Solar Thermal Principles See document design for the sun!! 1. Heat Gain Heat gain refers to the heat accumulated from the sun: Solar-thermal-heat is trapped using the greenhouse effect. The ability of a glazing surface to transmit short wave radiation and reflect long wave radiation is known as the greenhouse effect. 2. Heat Transfer Heat is transferred by conduction or convection. Convection: hot portions of a liquid or gas will rise and cold portions above it will sink. Conduction rate of heat transfer has to do with the conductivity of the medium and the temperature differences. 3. Heat Storage Heat transfer to a storage medium can be maximized with the aid of a multi tank heat storage vault system. 4. Heat Transport Heat transport from solar collector to heat storage vault. In cold climates it is important to separate the heat collection area from heat storage area. Closed loop systems use a circulator pumps to transport heat from sun to storage vault. Warm climates use simple batch heaters, water tanks enclosed inside glazed boxes. 5. Heat Insulation A solar home is worthless without adequate insulation: About R25 in the walls and R35 in the roof/ceiling area. Heat storage vaults and heat transport tubing should also be well insulated. Sunrooms must be isolated from living quarters with doors or drape to prevent heat loss at night. Source:
4 Energy End-use in NZ Houses Source: BRANZ 1998, Conf. paper NO.57
5 Energy End-use in NZ Houses Source: BRANZ 1998, Conf. paper NO.59
6 Energy-wise Renewables 11 Passive Solar Design for NZ Homes: Since solar energy is free, why aren t many more homes in New Zealand designed to use passive solar principles to provide space [or water] heating? Source: EECA
7 Seasonal Sun Path Source: EECA: Energy-wise Renewables 11: Passive Solar Design for New Zealand
8 Solar Room Orientation Source: EECA: Energy-wise Renewables 11: Passive Solar Design for New Zealand. Adapted from David Pearson s The New Natural House Book.
9 Parameters Reflection (%) Thermal Mass Thermal Conductance (K-Value) Source: EECA/Waitakere CC: Design for the Sun
10 Solar Heat Gain Radiation Conduction Convection Source: EECA/Waitakere CC: Design for the Sun
11 Solar Heat Gain Checklist Ensure that north windows will allow direct sun onto thermal mass for 6 hours on a sunny winter s day, Given the right combination with insulation and thermal mass, the area of northfacing glazing should be about 10-20% of the house s floor area. (You can calculate the area using EECA s Energy Wise Design for the Sun manual to balance the rate of heat loss (dependent on insulation) with thermal mass and local climate) Windows on east or west walls would ideally be 2-5 % of total floor area. On a south wall windows should be the minimum necessary for adequate ventilation and light. Consider the use of clerestorey windows (above the roofline) to bring sun and light into south-facing rooms. For a complex house design, or on a south-facing slope, consider a mix of passive solar systems, using direct, indirect and isolated heat gain where each is appropriate. Eaves or other overhangs prevent overheating by the high summer sun. The average window works well with a mm overhang, while glass doors require mm depending on wall height and orientation. Be very careful with the design of a conservatory. It is likely to overheat in summer unless you build in ventilation and shade, and on winter nights it could leak heat massively if it cannot be sealed off from the rest of the house. The value of a conservatory is in the quality of living space it offers. Ensure that it is also thermally efficient, not a thermal drain. Source: EECA/Waitakere CC: Design for the Sun
12 Solar Heat Gain Checklist In Pictures Source: EECA/Waitakere CC: Design for the Sun
13 Solar Heat Storage Checklist Choose or create site conditions suitable for a solid concrete floor for solar heat storage. The floor offers the best opportunity for thermal and economic performance. A large thermal mass may slow down morning heating up, and too little mass does not store sufficient energy. So choose the correct size of thermal mass. It is possible to calculate your requirement exactly by balancing it with the solar gain and insulation of the house. Alternatively you can use the rules-of thumb that follow. A concrete floor slab should be about 100 mm thick, exposed to direct sunlight, dark in colour,.and insulated underneath. A masonry wall (e.g. brick, concrete, block, etc) should be 100 to 150mm thick, and insulated on the outside. Avoid covering up thermal mass floors with carpet because it reduces the rate of heat absorption. In places where you will be sitting with your feet on the floor you can use rugs for comfort. Avoid air cavities in thermal mass (e.g. fill concrete block cavities). Avoid thermal mass walls in shady areas unless they are well insulated. They will lose too much heat to the outside, without giving the benefit of absorbing the sun s heat. Internal thermal mass walls are better than external as they don t lose heat to the outside at night. However external walls will usually get more sun and offer the most practical solution. A thermal wall of half height will offer some thermal storage while still allowing a view. Make a thermal mass wall into a feature wall. Build it with ornamental stone, artistic earth, patterned bricks, etc. Large Day/Night temperature fluctuations may require active intervention twice a day to maximize passive systems. Source: EECA/Waitakere CC: Design for the Sun
14 Source: EECA/Waitakere CC: Design for the Sun Solar: Active
15 Solar: Active Trombe Wall Thermal Chimney Source:
16 Thermal Mass & Insulation Hot Box Test Envelope configurations: Insulation (I) Thermal Mass (M) Insulation - Thermal Mass (IM) Thermal Mass - Insulation (MI) Th. Mass - Insulation Th. Mass (MIM) Insulation Th. Mass - Insulation (IMI) Insulation Thermal Mass Source: roofs and walls
17 Thermal Mass & Insulation Source: EECA/Waitakere CC: Design for the Sun
18 Thermal Mass & Insulation: Example of Central Thermal Mass Source:
19 Day/Night Influence of Thermal Mass
20 Basics of Building Insulation Vapor barrier Some insulation products absorbing moisture can easily loose up to 50% of its thermal efficiency. Radiation 65% to 80% of all energy that goes from the warm side to the cold side of a wall assembly, summer and winter, is radiant heat. Eflective products, on the other hand, stop approximately 70 % of all radiant heat by reflecting up to 97% of the radiant heat rays. Conduction Stagnant air is a better insulation than any solid material Conventional thermal insulation does not stop heat rays; but rather, will absorb them and transfer heat. Thus, mineral wool and other thermal insulation will only slow down the transfer of heat. Convection/Ventilation Air Changes per Hour (ACH) The number of times one house volume of air leaks through the house in one hour. Test: (de)pressurize a house with ablower to a pressure difference of 50 Pascals and then measure the flow through the blower. Measure the internal air volume of the house and divide.
21 Energy Storage Options
22 Energy Generation Options
23 Advanced Materials Aerogel (foamed glass) Thermal conductivity W/m.K ( % air) (0.024 W/m.K for Air) (0.04 W/m.K for fibre glass/wool) Phase Change Materials (PCM) Hydrides (liquid-solid) Fatty acids and esters (liquid-solid) paraffin (liquid-solid) Used in Wallboard!
24 Phase Change Material
25 Phase Change Wallboard Source:
26 Next: Read: Energy-wise Design for the sun Manual Design a house (architect) Model the House using ALF 3 Determine Renewable Energy supply at the Site Evaluate performance Remodel (iterate)
27 BRANZ ALF 3 ALF 3 Software, Manual, House Insulation Guide Adopted as Compliance Method for NZBC Clause H1 Energy Efficiency Demonstrate the effect of varying: Insulation (loss) Location and Size of Windows (gain) Thermal Storage
28 Source: BRANZ No 51 Annual Loss Factor 3 (ALF)
29 Problems / Limitations Thermal Performance (Utilizable gain) depends on: Requirements of the occupants / design / materials (pre-build) Behaviour of the occupants (post-build) Ventilation, air-tightness Heating schedule intermittent heating favours light weight building, not high thermal mass Available resources / Renewable energy Climate Effective Thermal Mass
30 Source: BRANZ No 51 Effect of Thickness
Chapter 7. Passive Solar Contents
Chapter 7. Passive Solar Contents 7.1 Introduction 7.2 Types of Passive Solar Systems 7.3 Advantages and Disadvantages 7.4 General Design Principles 7.5 Design Information for Direct System 7.6 Design
More informationUnderstanding thermal mass
1 THERMAL MASS The contents of this fact sheet explain the effect of thermal mass and provide guidelines for its location and extent. Summer and winter effects of thermal mass and the relationship with
More informationAttached Solar Greenhouse Plans for a solar heated greenhouse attached to your home
Attached Solar Greenhouse Plans for a solar heated greenhouse attached to your home Designed and built by New Mexico landscape architect John Mosely for his own Santa Fe home. The solar greenhouse shown
More informationTHERMAL MASS CHAPTER 6. Understanding thermal mass. Seasonal effects of thermal mass
CHAPTER 6 THERMAL MASS mud brick concrete block brick The contents of this chapter explain the effect of thermal mass and provide guidelines for its location and extent. Summer and winter effects of thermal
More informationBuilding Code requirements for house insulation
Building Code requirements for house insulation Homes in New Zealand must have adequate insulation, so you need to make sure they have the right level of thermal resistance (R-value) for their location.
More informationSenior Design Project for UNO. Design of the International Studies Building: An Environmental Analysis
Senior Design Project for UNO Design of the International Studies Building: An Environmental Analysis Design Intent Implement Passive & Active design strategies in order to make the building: More Energy
More information3C.1 Passive Solar Design National Sustainable Building Advisor Program
3C.1 Passive Solar Design National Sustainable Building Advisor Program Pablo La Roche PhD Passive Cooling But first. Strategies to Reduce Overheating Minimize Conductive Heat Flow Strategies to minimize
More informationAM-55, AM-56) B U I L D I N G P A R T N E R S H I P S F O R E N E R G Y S E C U R I T Y
Nearly zero-energy building and components of the DIRECTIVE on energy performance of buildings 2010/31/EU Albin Zsebik, PhD, CEM Improving university curricula in the areas of a) energy efficiency in the
More informationProject name Gentoo Retrofit Bid 1 Project summary Refurbishment of 2no. Semi Detached houses using Passivhaus principles
http://lowenergybuildings.org.uk Project name Gentoo Retrofit Bid 1 Project summary Refurbishment of 2no. Semi Detached houses using Passivhaus principles Project Description Projected build start date
More information&OLPDWH#)#&ORXGV## 6RODU#WKDW#:RUNV#
&OLPDWH#)#&ORXGV## 6RODU#WKDW#:RUNV# Where you choose to live will determine, in large part, where your home energy dollars are spent. In much of the U.S., the simple solar strategies outlined here will
More informationRadical POTENTIAL!! COMFORT ZONE WHAT IS IT? WHAT DOES IT HAVE TO DO WITH GREEN BUILDING + ZERO CARBON?
Radical POTENTIAL!! COMFORT ZONE WHAT IS IT? WHAT DOES IT HAVE TO DO WITH GREEN BUILDING + ZERO CARBON? Where is your Comfort Zone? This famous illustration is taken from Design with Climate, by Victor
More informationFigure 1: Uncovered and covered PVT collectors
Low energy cooling of buildings with radiative cooling using hybrid PVT collectors Ursula Eicker, Antoine Dalibard, Simon Büttgenbach, Sebastian Fiedler, Jan Cremers University of Applied Sciences HFT
More informationSOLAR GREENHOUSES Calling a greenhouse solar is somewhat redundant, since all greenhouses are solar heated to some extent. The greenhouse itself
SOLAR GREENHOUSES Calling a greenhouse solar is somewhat redundant, since all greenhouses are solar heated to some extent. The greenhouse itself traps the heat each day, as anyone who has been inside a
More informationPassive Solar Energy Primer. Arizona Solar Center. Revised: 2015
Passive Solar Energy Primer Arizona Solar Center Revised: 2015 The sun s energy is an incredible bounty. The energy contained in solar rays make their way through our filtering atmosphere and is critical
More informationTIPS FOR ENERGY SAVING IN OLD AND NEW HOMES
TIPS FOR ENERGY SAVING IN OLD AND NEW HOMES NOTE: The following information is intended as a rough guide only to improving efficiency of home energy use, and hence to reducing greenhouse gas emissions.
More informationSolar Oven. Curriculum Levels 5-6 Science. Activity Description
Solar Oven Curriculum Levels 5-6 Science Activity Description Students will make a solar oven to investigate how solar energy can be harnessed for heating and to learn about how heat is transferred and
More informationINCREASE THE VALUE AND COMFORT OF YOUR HOME. Saving Energy, Saves Money. and lower monthly costs with energy efficiency features.
The 'Energy II Demand-side management - Public awareness campaign project is funded by the European Union INCREASE THE VALUE AND COMFORT OF YOUR HOME and lower monthly costs with energy efficiency features.
More informationPASSIVE SOLAR DESIGN. Substainable Architecture DESIGN PROJECTS M - ARCH: DONATA BIGAZZI
PASSIVE SOLAR DESIGN Passive solar Design makes use of natural energy flows as the primary means of harvesting solar energy. Passive solar systems can provide space heating, cooling load avoidance, natural
More informationThe case for research
The case for research In recent years there has been growing world-wide concern for energy conservation, the reduction of greenhouse gases and sustainability. In Australia, it is estimated that 39% of
More informationPassive Solar Systems
Passive Solar Systems Content Passive Solar Systems Passive Solar Heating Passive Solar Cooling Night Sky Radiation Time Lag Cooling Thermal Mass Earth Cooling Daylighting Passive Solar Systems Passive
More informationPASSIVE HOUSE. is a building, which doesn t need an active type of heating. Dr. Ing Mihail Stancu
PASSIVE HOUSE is a building, which doesn t need an active type of heating Dr. Ing Mihail Stancu PASSIVE HOUSE 1991 Darmstadt, dr. Wolfgang Feist THERMAL BILANCE THERMAL LOSES - Transmission thermal losses
More informationPASSIVE SOLAR WALL INTEGRATED WITH A LATENT STORAGE LAYER
PASSIVE SOLAR WALL INTEGRATED WITH A LATENT STORAGE LAYER Paolo PRINCIPI Prof. Eng. 1 Roberto FIORETTI Dr. Eng. 2 Department of Energetica, Università Politecnica delle Marche, Ancona, Italy 1 p.principi@univpm.it,
More informationPassive Solar Designs for Northwest Homes
Passive Solar Designs for Northwest Homes Written by Jack Brautigam EB1859e Solar heating systems are generally divided into two categories, active and passive. Active systems use collectors, pumps, or
More informationCost-Benefit Analysis of Dwelling Retrofit Options
Cost-Benefit Analysis of Dwelling Retrofit Options The objective was to study the thermal behaviour of the existing house and suggest cost effective improvements. Over recent years the energy efficiency
More informationThermal Control in Buildings by John Straube (updated )
building science.com 2006 Building Science Press All rights of reproduction in any form reserved. Building Science Digest 011 Thermal Control in Buildings 2006-11-02 by John Straube (updated 2011-12-12)
More information2006 Building Science Press All rights of reproduction in any form reserved.
building science.com 2006 Building Science Press All rights of reproduction in any form reserved. Building Science Digest 011 Thermal Control in Buildings 2006-11-07 by John Straube Abstract: Providing
More informationComplying with insulation requirements for houses in Northland
Complying with insulation requirements for houses in Northland Many houses in Northland will comply with the Building Code clause H1 Energy Efficiency without needing double glazing, due to the warmer
More informationCHAPTER 1 INTRODUCTION
1 CHAPTER 1 INTRODUCTION In the past, researchers were interested in reducing the cost of energy and save the depleting fossil fuels. However, recently, the motivation has changed from these goals towards
More informationSunspace Design Basics
SOLAR CENTER INFORMATION NCSU Box 7401 Raleigh, NC 27695 (919) 515-3480 Toll Free 1-800-33-NC SUN Sunspace Design Basics Anyone who lives in a home with a sunspace will tell you that the sunspace is the
More informationExperimental Study to Evaluate the Performance of Iraqi Passive House in Summer Season
Journal of Energy and Power Engineering 9 (2015) 386-392 doi: 10.17265/1934-8975/2015.04.008 D DAVID PUBLISHING Experimental Study to Evaluate the Performance of Iraqi Passive House in Summer Season Ghanim
More informationThermal Mass. How to Use This Booklet
Thermal Mass The use of thermal mass in passive solar houses is conceptually simple: mass materials, such as brick or concrete, store and later release heat energy entering through the passive aperture
More informationWhat is Sustainable Design?
What is Sustainable Design? Part Three: The Basic Principles of Passive Design Terri Meyer Boake BES, BArch, MArch, LEED AP Associate Director School of Architecture University of Waterloo Past President
More informationEnergy loss through glazing (windows) is the largest and most variable loss in buildings and has major implications on energy consumption and peak
Energy loss through glazing (windows) is the largest and most variable loss in buildings and has major implications on energy consumption and peak heating and cooling loads 2009 Buildings Industry Data
More informationCREATIVE SPACES INFORMATION PACK THREE SUSTAINABLE DESIGN
SUSTAINABLE DESIGN The information contained in this presentation is for general information purposes only and it is intended that there will be strictly no commercial gain from its production. The content
More informationCREATIVE SPACES 2013 INFORMATION PACK THREE SUSTAINABLE DESIGN
SUSTAINABLE DESIGN The information contained in this presentation is for general information purposes only and it is intended that there will be strictly no commercial gain from its production. The content
More informationEnergy Technology & Conservation. Week_05. Instructor: Mr. Adnan Qamar. Mechanical Engineering Department
1 Energy Technology & Conservation Week_05 Instructor: Mr. Adnan Qamar Mechanical Engineering Department 2 Lecture Contents Solar Air Heaters Energy Efficient Buildings Crop Driers Space Cooling Water
More informationcarbon-neutral architectural design Pablo La Roche CRC Press Taylor & Francis Croup Boca Raton London NewYork CRC Press is an imprint of the
carbon-neutral architectural design Pablo La Roche CRC Press Taylor & Francis Croup Boca Raton London NewYork CRC Press is an imprint of the Taylor fit Francis Group, an informs business Contents Preface
More informationGLASS SELECTION GUIDE
GLASS SELECTION GUIDE www.metrotech.co.nz GLASS SELECTION The Glass Selection Flow Chart should be used in conjunction with the Selection Sheets and Section 11.1.2 of the Catalogue and Reference Guide
More informationPassive Solar Design for Homes
TEACHER OVERVIEWUNIT OF STUDY NO. No. 13 Passive Solar Design for Homes For Grades 6, 7 and 8 OVERVIEW In this unit students will learn about using the right type of materials in a home that conserves
More informationLecture 3: Utilization of Passive Solar Technology
Lecture 3: Utilization of Passive Solar Technology http://www.cs.kumamoto-u.ac.jp/epslab/apsf/ Lecturers: Syafaruddin & Takashi Hiyama syafa@st.eecs.kumamoto-u.ac.jp hiyama@cs.kumamoto-u.ac.jp Time and
More informationPrinciples of Green Architecture
Principles of Green Architecture Administration of Building and installation By Dr. Arash Ghandchi December 12-13, 2017 1 Sustainable Architecture Sustainable Architecture is Architecture that seeks to
More informationEnergy Resources. Assosciate Professor
Energy Resources Dr. Fahad Noor Engr. Adnan Qamar Assosciate Professor Lecturer f.noor@uet.edu.pk adnan@uet.edu.pk Lecture Contents Solar Air Heaters Energy Efficient Buildings Crop Driers Space Cooling
More informationTransient Performance Analysis of a Model Building Integrated with a Trombe-Wall
Proceedings of the 7th IASME / WSEAS International Conference on HEAT TRANSFER, THERMAL ENGINEERING and ENVIRONMENT (HTE '9) Transient Performance Analysis of a Model Building Integrated with a Trombe-Wall
More informationFULL YEAR PERFORMANCE SIMULATION OF A DIRECT-COOLED THERMAL STORAGE ROOF (DCTSR) IN THE MIDWEST
FULL YEAR PERFORMANCE SIMULATION OF A DIRECT-COOLED THERMAL STORAGE ROOF (DCTSR) IN THE MIDWEST Richard C. Bourne Davis Energy Group, Inc. 123 C Street Davis, CA 95616 and Dr. Bing Chen Passive Solar Research
More informationHomesol Passive House Design Process
Homesol Passive House Design Process Passive Houses are residential, commercial and institutional buildings in which a comfortable temperature can be achieved year round with a 75% 85% reduction in energy
More informationSapporo Net-Zero Energy Home Hokkaido, Japan. Description. Setting. Super E Canadian Member. Super E Japanese Member. Super E Case Study
Sapporo Net-Zero Energy Home Hokkaido, Japan Description The first Super E net-zero energy house was built by the oldest Super E partnership. Tsuchiya Two-by and K. Ito and Associates constructed the very
More informationPassive Solar Building Design Guidelines and Recognition Program
Passive Solar Building Design Guidelines and Recognition Program EXHIBIT B December 2006 Proposal Prepared by City of Santa Barbara Community Development Department Purpose of These Guidelines These guidelines
More informationCOPYRIGHTED MATERIAL. Contents Overview WHAT'S IN THE SWL PRINTED WHAT'S IN THE SWL ELECTRONIC I NAVIGATION 20 VIII DETAILED DESIGN STRATEGIES E.
WHAT'S IN THE SWL PRINTED I NAVIGATION 20 SWL Printed Contents SWL Electronic Contents Additional Navigation Methods II USING SUN, WIND & LIGHT 50 Buildings and Energy Use Design Decision Chart for Net-Zero
More informationSome Considerations in Passive Solar Design
W m ENERGY FACTS Cooperative Extension Service Michigan State University Extension Bulletin E-1727 August 1983 FILE: 18.861 Some Considerations in Passive Solar Design By Bob Ofoli Agricultural Engineering
More informationCHAPTER 1: OVERVIEW OF ENERGY EFFICIENT CONSTRUCTION
Chapter 1: Overview of Energy Efficient Construction 1 CHAPTER 1: OVERVIEW OF ENERGY EFFICIENT CONSTRUCTION Chapter 1 is a quick reference guide that discusses the key components and features of energy
More informationThe surface receives about 47% of the total solar energy that reaches the Earth. Only this amount is usable.
Solar Energy: The Ultimate Renewable Resource Bhavik Shah What is Solar Energy? Originates with the thermonuclear fusion reactions occurring in the sun. Represents the entire electromagnetic radiation
More informationBUILDING DESIGN AND THERMAL INERTIA: WHEN, WHY, WHERE
Int. Journal for Housing Science, Vol.34, No.4 pp. 221-231, 2010 Published in the United States BUILDING DESIGN AND THERMAL INERTIA: WHEN, WHY, WHERE R. Albatici, S. Penasa Department of Civil and Environmental
More informationResidential Energy Code Update
Residential Energy Code Update www.phrc.psu.edu August 28 th, 2018 Brian Wolfgang Provider # 60114115 PPP ID: 1562 Description On May 1, 2018, the PA Uniform Construction Code (PA UCC) Review and Advisory
More informationComfort. Warm, Radiant. in the Sand. Floor heating systems that store the sun s energy in sand offer warmth through the cloudy winter.
Warm, Radiant Comfort in the Sand Floor heating systems that store the sun s energy in sand offer warmth through the cloudy winter. By Bob Ramlow I magine slashing your heating bills by at least half and
More informationSOLAR ENERGY Utilization
SOLAR ENERGY Utilization ENGS-44 Sustainable Design Benoit Cushman-Roisin 17 April 2018 Recapitulation 1. We know how much energy the sun provides as a function of - latitude of location - orientation
More informationGreat Homes Checklist - Passive Solar Design. Energy Center fact sheet 4/2006
Great Homes Checklist - Passive Solar Design Energy Center fact sheet 4/2006 A good passive solar house requires more than just a good design and quality construction. It requires that the plan and the
More informationFUNDAMENTALS OF SOLAR ENERGY
FUNDAMENTALS OF SOLAR ENERGY by Radiantec Company What is Solar Energy? What is the Sun? The sun is a star, not much different from the billions of others in the universe. The main difference to us is
More informationTHERMAL ANALYSIS AND THE ADMITTANCE METHOD
Front Page Articles About Log In THERMAL ANALYSIS AND THE ADMITTANCE METHOD BY DR. ANDREW J. MARSH ISSN: 1833-7570. Issue No. 100,26 December 2005. The aim of this article is to explain how the CIBSE Admittance
More informationEXPERIENCES WITH LOWEX PCM CHILLED CEILINGS IN DEMONSTRATION BUILDINGS
EXPERIENCES WITH LOWEX PCM CHILLED CEILINGS IN DEMONSTRATION BUILDINGS T. HAUSSMANN, P. SCHOSSIG, L. GROSSMANN Fraunhofer ISE, Heidenhofstraße 2, Freiburg, 79111, Germany +49 (0)761/4588-9000, thomas.haussmann@ise.fraunhofer.de
More informationPassiveDesign.org. Principles of Passive Design
PassiveDesign.org Principles of Passive Design About: This handout contains the information from the Principles of Passive Design topic pages on passivedesign.org. Name:... Principles of Passive Design
More informationDesigning and Testing for Airtight Construction:
JOHN RAHILL, Partner BLACK RIVER DESIGN, ARCHITECTS MONTPELIER, VT Designing and Testing for Airtight Construction: Simplified details and mid construction testing are the keys to success OUTLINE A. Defining
More informationQ-Air unique selling propositions in detail
Q-Air unique selling propositions in detail Afraid of sitting at the window in winter? Q-Air offers a U value so low that there can be no perceptible cold air movement at the panoramic window even in coldest
More informationHeat is a type of and is therefore measured in (J). Temperature is a measure of how much energy an object has. It is measured in degrees ( C).
Lesson 1: Revision of S2 Heat Heat and Temperature Heat is a type of and is therefore measured in (J). Temperature is a measure of how much energy an object has. It is measured in degrees ( C). Heat energy
More informationProject Description. Projected build start date 03 May 2010 Projected date of occupation 06 Aug
http://lowenergybuildings.org.uk Project name Retrofit - Appledore, Ashford Project summary The key project approach is to develop a solution that uses complementary technologies and techniques, and primarily
More informationSingle family low energy house, Herselt, Belgium
PROJECT SUMMARY Retrofit of a century old land-house into a single family low energy house. SPECIAL FEATURES House meets Universal Design criteria. ARCHITECT S. Corten OWNER Verbruggen-Jennes Single family
More information1 Exam Prep Florida Building Code-Energy Conservation Edition Tabs and Highlights
1 Exam Prep Florida Building Code-Energy Conservation- 2014 Edition Tabs and s These 1 Exam Prep Tabs are based on the Florida Building Code-Energy Conservation-2014 Edition. Each 1 Exam Prep tabs sheet
More informationBuilding Envelopes 101
Session: Foundation Building Block 1 Building Envelopes 101 Diana Hun, PhD Oak Ridge National Laboratory August 9, 2016 Rhode Island Convention Center Providence, Rhode Island US Primary Energy Consumption
More informationARPAN JOHARI. Architect. 13/08/10 AW Design. Ahmedabad
ARPAN JOHARI. Architect THERMAL MASS Thermal mass (or thermal capacitance) is defined as the ability of a body to store heat THERMAL MASS Thermal mass is also known as Fabric Energy Storage, FES (The Concrete
More informationModeling and Simulation of Energy Use and Indoor Thermal Environment of Highly-Insulated Buildings
Modeling and Simulation of Energy Use and Indoor Thermal Environment of Highly-Insulated Buildings Laurent Georges Energy and Process Engineering Department, Norwegian University of Science and Technology
More informationThermal Characteristics of a Vernacular Building Envelope
Thermal Characteristics of a Vernacular Building Envelope Priyanka Dhar, M.Tech. Department of Energy, Tezpur University, Tezpur, 784028, Assam, India Pallavi Borah, M.Tech. Department of Energy, Tezpur
More informationSolar Power. Technical Aspects and Environmental Impacts. 6 th March 2011 Sustainable Energy Options (UAU212F) - University of Iceland
Solar Power Technical Aspects and Environmental Impacts 1 Solar Power 1. Introduction 2. Passive Solar Energy utilization 3. Solar Thermal Heat Utilization 4. Solar thermal power plants 5. Photovoltaic
More information362: Indoor climate control effect of AAC panels as determined by house model measurements and simulations
PLEA 8 th Conference on Passive and Low Energy Architecture, Dublin, 22 nd to 24 th October 8 362: Indoor climate control effect of AAC panels as determined by house model measurements and simulations
More informationPassive Solar Energy Design And Materials (Energy Technology Review) By J.K. Paul
Passive Solar Energy Design And Materials (Energy Technology Review) By J.K. Paul Basking in the Sun Do the Math - University of - Of course a number of engineering challenges surround clever passive solar
More informationPASSIVE HEATING STRATEGIES. Ball State Architecture ENVIRONMENTAL SYSTEMS 1 Grondzik 1. Natural Solar
PASSIVE HEATING STRATEGIES Ball State Architecture ENVIRONMENTAL SYSTEMS 1 Grondzik 1 Natural Solar Nature does not rely on fragile pumps, & fans, arrays of gauges & dials, or elaborate tracking collectors
More informationProject Description. Projected build start date 19 Apr 2010 Projected date of occupation 30 Sep
http://lowenergybuildings.org.uk Project name LB Greenwich - How low can we go? Project summary Our project has sought to produce a retrofit solution which is practical to build, easy to run and maintain,
More information"Innovation on High Ground"
Arch 463 ECS Fall 2017 1 Name Quiz #4 "Innovation on High Ground" South façade. For this problem you are a teaching assistant. You re trying to understand the new RMI headquarters building so that you
More informationUnit 7 Overview of Solar Thermal Applications
ELTR 1223 Survey of Renewable Energy Technology Unit 7 Overview of Solar Thermal Applications REEC 120 Sustainability and Renewable Energy Source: Use Policy This material was developed by Timothy J. Wilhelm,
More information5 social row houses (Wachtebeke)
5 social row houses (Wachtebeke) 1. OVERVIEW PROJECT SUMMARY - Year of construction: 1971 - Renovation: 2012 - Building typology: Social housing SPECIAL FEATURE - Demolition of facade brick & adding 30
More informationuse Solar thermal for hot water production
use Solar thermal for hot water production DESIGN STRATEGIES sustainable HOT WATER SOLUTIONS SOLAR HOT WATER Production of domestic hot water by converting direct sunlight into thermal energy through use
More informationPassive Solar Heating - Principles & Calculations
PDHonline Course E274 (3 PDH) Passive Solar Heating - Principles & Calculations Instructor: Harlan H. Bengtson, Ph.D., PE 2012 PDH Online PDH Center 5272 Meadow Estates Drive Fairfax, VA 22030-6658 Phone
More informationApplications of ECOTECT and HEED in building energy analysis - Case study: A typical tube house in Hanoi
Applications of ECOTECT and HEED in building energy analysis - Case study: A typical tube house in Hanoi (1) Wei-Hwa Chiang (2) Nguyen Ngoc Tu (3) Jian Sheng Huang (1)whch@mail.ntust.edu.tw (2)M9602806@mail.ntust.edu.tw
More informationProject Description. Projected build start date 01 Mar 2010 Projected date of occupation 31 May Aberdare, Rhondda Cynon Taff, Wales
http://lowenergybuildings.org.uk Project name Self Heating Social Housing- the zero carbon retrofit Project summary The target for this project is to create the first UK PassivHaus retrofit using low/zero
More informationTHERMAL MASS IMPACT ON ENERGY PERFORMANCE OF A LOW, MEDIUM, AND HEAVY MASS BUILDING IN BELGRADE
S447 THERMAL MASS IMPACT ON ENERGY PERFORMANCE OF A LOW, MEDIUM, AND HEAVY MASS BUILDING IN BELGRADE by Bojan V. ANDJELKOVIĆ *,a, Branislav V. STOJANOVIĆ b, Mladen M. STOJILJKOVIĆ b, Jelena N. JANEVSKI
More informationuse Solar thermal for hot water production DESIGN APPROACHES
use Solar thermal for hot water production DESIGN APPROACHES GLUMAC DESIGN APPROACHES sustainable HOT WATER SOLUTIONS S SOLAR HOT WATER Production of domestic hot water by converting direct sunlight into
More informationENERGY SAVING INNOVATION IN CHINESE TRADITIONAL BUILDINGS. L. Zhu Nanjing University of Technology China
Int. Journal for Housing Science, Vol.33, No.1 pp. 35-43, 2009 Published in the United States ENERGY SAVING INNOVATION IN CHINESE TRADITIONAL BUILDINGS L. Zhu Nanjing University of Technology China ABSTRACT
More informationProject Description. Projected build start date 02 Aug 2010 Projected date of occupation 03 Dec
http://lowenergybuildings.org.uk Project name Hounslow Council Passivhaus Retrofit - and the development of a decision making matrix Project summary The house is a 3-bedroom semi-detached single-family
More informationTHERMAL MASS IMPACT ON ENERGY PERFORMANCE OF A LOW, MEDIUM AND HEAVY MASS BUILDING IN BELGRADE
Andjelković, V., B.et. al.: Thermal Mass Impact on Energy Performance of A Low, Medium and Heavy S507 THERMAL MASS IMPACT ON ENERGY PERFORMANCE OF A LOW, MEDIUM AND HEAVY MASS BUILDING IN BELGRADE by Bojan
More informationWelcome to this continuing education seminar. This is the second of three parts of the Building Enclosure Fundamentals series.
Welcome to this continuing education seminar. This is the second of three parts of the Building Enclosure Fundamentals series. 1 3 6 8 There are several reasons why thermal control is very important:
More information1.0 - PRODUCT DESCRIPTION
1.0 - PRODUCT DESCRIPTION Suitable for use in residential, multi-residential, commercial, and industrial buildings Halo offers a range of rigid foam sheathing products each designed to seal and insulate
More informationPassiv Haus Institut. Certification as "Quality Approved Passive House" Criteria for Non-Residential Passive House Buildings
Passiv Haus Institut Dr. Wolfgang Feist Rheinstr. 44/46 D-64283 Darmstadt www.passiv.de Certification as "Quality Approved Passive House" Criteria for Non-Residential Passive House Buildings Passive Houses
More informationG R E E N L I V I N G
G R E E N L I V I N G 2MOVING FROM 5 TO 6 STAR Introduction The mandatory 6 Star domestic housing regulations have been added to the Building Code of Australia 2010. These regulations are expected to take
More informationPart 1 Review Questions on material covered in Midterms I & II
1 Arch 463 ECS Fall 2001 Name FINAL 40 Multiple Choice Questions Part 1 Review Questions on material covered in Midterms I & II 1. Passive systems for environmental control A. can enhance human comfort
More informationSolar Nova Scotia CANADIAN SOLAR HOME DESIGN MANUAL. for anyone wanting more than a suntan!
Solar Nova Scotia CANADIAN SOLAR HOME DESIGN MANUAL for anyone wanting more than a suntan! CONTENTS 2 ACKNOWLEDGEMENTS 3 CONTENTS 4 SOLAR CLIMATE RANKINGS 5 INTRODUCTION 7 the solar basics 8 about this
More information1 Exam Prep Prov Module: Thermal and Moisture Protection Questions and Answers
1 Exam Prep Prov Module: 27203-13 Thermal and Moisture Protection Questions and Answers 1. The R-value is a measure of the ability of a material to. A. Resist the passage of moisture B. Resist heat conduction
More information10 tips from your Architect
10 tips from your Architect Within the context of the national week of Energy Efficiency, in collaboration with the Energy Efficiency Management Office, the Mauritius Association of Architects offers you
More informationInternational Journal of Mechanical Engineering and Technology (IJMET), ISSN 0976 ENGINEERING AND TECHNOLOGY (IJMET)
6340(Print), INTERNATIONAL ISSN 0976 6359(Online) Volume JOURNAL 3, Issue 2, May-August OF MECHANICAL (2012), IAEME ENGINEERING AND TECHNOLOGY (IJMET) ISSN 0976 6340 (Print) ISSN 0976 6359 (Online) Volume
More informationPassive House Project documentation
Passive House Project documentation Architecture: CadViz: Building physics: ehaus, Cyril Vibert Building Services: ehaus, Cyril Vibert Craftsperson: ehaus A compact two level family home with 4 bedrooms
More informationInflector Solar Shades Radiant Heat Barrier
Inflector Solar Shades Radiant Heat Barrier www.inflectoraustralia.com.au Inflector Solar Shades Developed from NASA technology WHAT ARE INFLECTOR SOLAR SHADES? Inflector Solar Shades are a unique, energy
More informationSemi-detached house in De Pinte, Belgium
PROJECT SUMMARY Retrofit of a semi-detached house from the 50 s towards passive house standard. SPECIAL FEATURES Passive house standard Ecological design ARCHITECT Alexis Versele Architecten vennootschap
More informationENERGY STAR Qualified Homes National Program Requirements, Version 3.0
Qualifying Homes The following homes are eligible to earn the ENERGY STAR: Single-family homes; Units in multi-family buildings that are three stories or less; Units in multi-family buildings that are
More information