Daylighting, Modeling and Building Automation

This year, the National Passive Solar Conference, which is in its 38th year, will feature two broad themes that explore passive architecture and building technology – “Emerging Architecture & Passive Building Technology” and “Daylighting, Modeling & Building Automation.” Each track offers insight into state-of-the-art in solar and sustainable building research and practice.

Wednesday, April 17

8:30-10:00 AM Daylighting Quality + Quantity

Presenters: Ihab Elzeyadi, Esther Hagenlocher, Yingying Liu, Ulrike Passe

More details on each presenter/presentation below.


The right light: a comparative field assessment of daylighting quality and visual comfort inside leed-rated elementary schools.

Authors: Ihab Elzeyadi, Shane Oneil
Presenter: Ihab Elzeyadi, Ph.D. , m.sc., Barch., Leed ap,  Architecture, University of Oregon, Eugene


Color reflectivity in daylit spaces: How color reflectivity affects experience and performance

Authors and Presenter: Esther Hagenlocher,University of Oregon, Eugene


Study on daylight usage design: perception of shadows visual comfort

Authors: Yingying Liu, Alison Kwok
Presenter: Yingying Liu, Master of Architecture, University of Oregon, Eugene


Evaluating the integration of passive solar & daylight performance: a study based on design modeling & post-occupancy monitoring results

Authors: Isabelle Leysens, Shan He, Ulrike Passe
Presenter: Ulrike Passe, Dipl.-Ing., Architecture, Iowa state university, Ames

1:30-3:00 PM Daylighting Design

Presenters: Karen Kensek, Noureddine Zemmouri, Yue Liu, Christoph Konradi

More details on each presenter/presentation below.


Zoning for daylight availability: Effects of siting and form of a proposed office building on daylight harvesting potential of neighboring buildings

Authors: Myoboon Hur, Ralph Knowles, Karen Kensek, Douglas Noble
Presenter: Karen Kensek, University of Southern California, Los Angeles, CA; Speakers presenting at Forum:  Sara Bronin, Alicyn Henkhaus, Karen Kensek, Catherine Roussel, AIA, John Reynolds, FAIA, Edna Shaviv


A study of optimization of the light shelf system in hot and arid zones.

Author: Safa Daich, Noureddine Zemmouri
Presenter: Noureddine Zemmouri, Architecture, Doctorate, University of Biskra, Algeria


Comparison of five window shade strategies

Authors: Karen Kensek, Yue Liu
Presenter: Yue Liu, University of Southern California, Los Angeles


Using physical experiment for predicting hourly daylight quantity in architectural spaces with upward-facing apertures

Authors: Jianxin Hu, Christoph Konrad, Wayne Place
Presenter: Christoph Konradi, B.a, m.archNC State University, Raleigh, NC

3:30-5:00 PM Climate, Design, and Green Building Standards

Presenters: Ash Ragheb, Stephen Dent, William Chandler, Cedric Du Montier, Petra Liedl

More details on each presenter/presentation below.


Metrics for buildings or building of metrics: a comparison of environmental footprint of the traditional vs. the renewable in medical offices

Author and Presenter: Ash Ragheb, Ph.D., Architecture, Lawrence Technological University, Southfield, MI


The shading imperative

Author and Presenter: Stephen Dent, School of Architecture & Planning, University of New Mexico


Nasa prediction of worldwide energy resource high resolution meteorology data for sustainable building design

Authors:William Chandler, Paul Stackhouse, James Hoell, David Westberg, Taiping Zhang,
Presenter: William Chandler, B.S., Marine Science, Southampton College, Hampton, VA


The adaptive façade in architecture: Assessment of energy and lighting potential of movable insulation panels

Authors: Cedric Du Montier, Andre Potvin, Claude Demers
Presenter: Cedric Du Montier, M.arch, m.sc.arch., Grap University Laval, Quebec City, Quebec, Canada


Interactive ClimateTool for Early Phases of Building Design

Author and Presenter: Petra Liedl, Ph.D., School of Architecture, Department of Civil, Architectural and Environmental Engineering, University of Texas, Austin

Thursday, April 18

8:30-10:00 AM Forum – Optimization of Roofing Systems for Daylighting

Presenter: Ladan Ghobad, North Carolina State University, Raleigh

Forum Topic:  Optimization of Roofing Systems for Daylighting

Overview of the roofing system concepts (Wayne Place)

  • Lighting philosophy
    • Quantity
    • Quality
    • Psychological issues
  • Thermal philosophy
  • Structure
  • Systems integration
  • System configurations

Radiance lighting simulations (Ladan Ghobad)

  • Average illuminance on the task surface
  • Variations in illuminance on the task surface

Comparison of Radiance predictions and experimental illuminance measurements (Christoph Konradi)

Predictions of annual lighting electricity savings based on DaySim (Ladan Ghobad)

Annual lighting simulations based on experiments (Jianxin Hu)

Whole building energy analysis using EnergyPlus (Ladan Ghobad)

Overall energy optimization of Roofing Systems for Daylighting (Ladan Ghobad)

Brief summary of results:

An investigation has been made of potential lighting electricity reductions and associated thermal impacts of replacing electric light with daylight admitted through rooftop glazing. Horizontal apertures on flat roof (skylights) and vertical apertures facing in two opposite directions (roof monitors) are examined in a prototype office building. A computer simulation tool that integrates lighting simulation and energy simulation called DIVA-for-Rhino has been used. Building operation costs are calculated as a function of aperture to floor area so that the optimum roof daylighting design could be identified. The results indicate that rooftop glazing contribute to savings in building operation if a modest amount of glazing is used in the roof. The design implications of the results are discussed and important parameters that influence the rooflit building operation costs will be outlined.

1:30-3:00 PM Forum – Solar Access & Zoning

Authors: Karen Kensek, Alicyn Henkhaus
Presenters: Alicyn Henkhaus, University of Southern California, Los Angeles; Sara Bronin, Alicyn Henkhaus, Karen Kensek, Catherine Roussel, AIA, John Reynolds, FAIA, Edna Shaviv

Abstract: Architects choose how to incorporate sunlight into their designs, often for day-lighting or renewable energy. However, future access to the sun is often controlled by the decisions of other architects building on neighboring sites. Solar access zoning, one method of protecting solar rights, ensures that a building does not shade its neighbors for a specified time period each day. A solar envelope represents the largest volume that satisfies the conditions of solar access for the building’s neighbors. This does not imply that a building within the envelope’s spatial limitations is an energy-efficient design. Rather, when applied to adjacent lots, solar access zoning guarantees that each lot receives enough sunlight to take advantage of passive and active solar design strategies. The geometry of the solar envelope is relatively difficult to calculate; it depends both on spatial relationships between the sites, and on the daily and seasonal path of the sun. Solar envelopes can be constructed as physical models with a heliodon or generated by various digital tools. Each tool reflected the current technology of the time, and the progression of modeling environments has made many obsolete. As CAD has evolved into building information modeling (BIM) in the architecture profession, it is useful to consider the advantages of solar envelope generation within a BIM program. A plug-in to revit architecture (written in c# for the revit api) was developed to generate solar envelopes; the integration with BIM facilitates the analysis and use of solar envelopes in design.

3:30-5:00 PM Passive Conference Ignite!

Presenters: Troy Peters, Troy Peters, Troy Peters, Franziska Amacher, Drew Gillett, Antonia Dinatale, Kelly Ryan, Dominique Doberneck, Troy Peters, Troy Peters, Scott Burger

More details on each presenter/presentation below.


Technical translations

Authors and Presenter: Troy PetersWentworth Institute of Technology, Boston, MA


Modeling comfort for passive solar savings 

Authors and Presenter: Troy PetersWentworth Institute of Technology, Boston, MA


Its complicated: choosing the best type of glazing for a passive solar building

Authors and Presenter: Troy PetersWentworth Institute of Technology, Boston, MA


Net Zero Two Family – A renovated building in a dense old urban neighborhood in Metro Boston – THE DAVIS HOUSE – The Architect’s Perspective

Authors and Presenter: Franziska Amacher, AMACHER & ASSOCIATES, Architects, Cambridge, MA


Net Zero Two Family – A renovated building in a dense old urban neighborhood in Metro Boston – THE DAVIS HOUSE – The Engineer’s Perspective

Authors and Presenter: Drew Gillett, Solar Engineers Bedford, NH


The renewable energy and ecological design department’s solar garage at green mountain college

Authors:  Antonia Dinatale, Steven Letendre
Presenter: Antonia Dinatale, Green Mountain College, Poultney, VT


The SEED Library

Authors: Kelly Ryan, Bethany Drab, Travis Creighton, Adam Phoebe 
Presenter: Kelly Ryan, Penn State University, University Park, PA


Heliodon: a hands-on daylighting educational tool

Authors: Dominique Doberneck, Kara Knechtel,
Presenter: Dominique Doberneck, Architecture, Pennsylvania State University, State College, PA


Smartphone and Daylight

Authors and Presenter: Troy PetersWentworth Institute of Technology, Boston, MA


 Teaching zero-net energy design in a non studio setting

Authors and Presenter: Troy PetersWentworth Institute of Technology, Boston, MA


Plane of array irradiation comparison of measurement to modeled: a case study at the Philadelphia navy yard

Authors: Scott Burger, Lucas Witmer, Jeffrey Brownson
Presenter: Scott Burger, Pennsylvania State University, State College, PA

 

Friday, April 19

8:30-10:00 AM Building Performance Modeling and Monitoring

Presenters: Andrea Martinez, Alfredo Fernandez-Gonzaez,  Alexandra Rempel, N.L Panwar

More details on each presenter/presentation below.


Comparing building performance trends in three energy simulation programs

Authors: Karen Kensek, Andrea Martinez, Tyler Tucker, Sukreet Singh
Presenter: Andrea Martinez
Affiliations: University of Southern California 


Development of a design tool to simulate the thermal performance of direct gain passive solar systems using tmy3 data

Author and Presenter: Alfredo Fernandez-Gonzalez, Natural Energies Advanced Technologies Laboratory, University of Nevada, Las Vegas, NV


Oregon sunspace redesign / build: new priorities for thermal mass

Authors: Alexandra Rempel, Alan Rempel, Ken Gates, Barbara Shaw
Presenter: Alexandra Rempel, M.arch., Ph.D., Environmental Studies Program, University of Oregon, Eugene
Affiliations: University of Oregon, Eugene, Oregon; Ken Gates Construction, Eugene, Oregon; Barb Shaw Management, Eugene, Oregon


Mathematical modeling and experimental validation of naturally ventilated greenhouse for vegetable crop production in Indian climate

Authors: N.L. Panwar, S.C. Kaushik, Surendra Kothari 
Presenter: N.L. Panwar, M.Tech, Centre for Energy Studies, Indian Institute of Technology
Affiliations: Centre for Energy Studies, Indian Institute of Technology, New Delhi, India, Department of Renewable Energy Engineering, College of Technology and Engineering, Maharana Pratap University of Agriculture and Technology, Udaipur, Rajasthan, India

1:30-3:00 PM Controls, Building Automation and User Interface

Presenters: Siva Patibandla, Ihab Elzeyadi, Cheol-Soo Park, John Tandler, Tighe Lanning

More details on each presenter/presentation below.


ASU-UNM solar decathlon 2013 shade house: Combining passive and active solar designs with architecture

Author: M. Montoya, J. Dellis, H. Beauchamp, Olga Lavrova (Ph.D., Electrical and Computer Engineering, University of New Mexico, Albuquerque), K. Yu, J. Washington, A. Taqi, J. Cribbs, P. Horton, M. Fraser
Presenter: Siva Patibandla
Affiliations: University of New Mexico, Albuquerque, NM; Arizona State University, Tempe, AZ


People + buildings: a dialogue – Assessing the application of occupants engagement in positive energy behaviors in buildings

Author:Ihab Elzeyadi, McCall Woods
Presenter: Ihab Elzeyadi, Ph.D. M.Mc., Barch., Leed AP, Architecture, University of Oregon, Eugene


Performance optimization of indoor environment control systems

Authors:Jang-won Chung, Cheol-soo Park (Ph.D., Department of Architectural Engineering, Suwon, Gyeonggi, Republic of Korea
Presenter: Cheol-Soo Park, Sungkyunkwan University, Suwon, Republic of Korea


Combined daylighting and thermal control in commercial buildings

Author and Presenter: John Tandler, BSME, MSME, MBC Ventures, Skylouver Systems, Arvada, CO


Designing for the human factor: economizer efficacy and the consideration of the user

Author:Tighe Lanning, Karen Kensek, Tim Kohut, Joon-ho Choi
Presenter: Tighe Lanning, The University of Southern California, Los Angeles
3:30-5:00 PM Emerging Architecture Forum- The Mythic Modern: Mythology, Ecology and Technology…The Spirit of Place

This session explores less the technical “how” or the “what” about passive solar design, but more so the “why”. Why does solar architecture still drive the hearts and minds of our clientele and the population as a whole when it does so little of the heavy lifting? Why does the yearning for nature always overwhelm us more than the nuts and bolts, especially for winning commissions? How is it that the mythical aspect of the sun can command so much allure Where else can architects search for such powerfully persuasive poetics? The heart of the talk is that vanishing cultural poetics is a far greater cry for architects and without understanding the mythical modern aspects missing today, ideas like passive solar will fade into their own sunsets.