Volume 1: Commercial Technologies: Design and Operation

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Back to: 1992 Summer Study Volume 1 Commercial Technologies: Design and Operation

Volume 1: Commercial Technologies: Design and Operation

Panel 1 Overview 1.xi
Leslie K. Norford and James Braun

Saving Commercial HVAC Energy By The Ton 1.1
Robert C. Bishop and David J. Houghton, Competitek

Enhanced Thermal Storage that Saves Energy 1.7
James L. Block, Burr Engineers, Inc.

A Water-Ballasted Lifetime Energy Saving Roof System: Demonstration Project 1.13
Richard C. Bourne and Marc A. Hoeschele, Davis Energy Group

ACT ² Pilot Project: Results to Date from the Pilot Demonstration Building 1.27
Grant J. Brohard, Pacific Gas and Electric Company

Resource Efficiency in Building Rehabilitation: A Case Study of the Use of
Appropriate Technology in Older Office Buildings 1.39
Robert J. Corbett, Barbara A. Miller, Valori S. Mourich, Hans H.
Haumberger, Cathy M. Casebolt, Rich Jarvis and Mike W. Harrison,
National Center for Appropriate Technology

Explaining Differences Between DSM Predictions and Actual Savings for
Fluorescent Lighting Systems 1.43
Robert G. Davis, Rensselaer Polytechnic Institute

Choosing the Optimum Fenestration in Commercial Buildings 1.45
Charles N. Eley Jr. and Erik P. Kolderup, Eley Associates

Peak Power Reduction Potential for Radiant Cooling Systems 1.57
Helmut E. Feustel, Lawrence Berkeley Laboratory

Lighting Industrial Facilities: An Untapped Source of Energy Savings 1.67
John Freeman, Elena Gryadovkina and Sandra A. Raitz, Ontario Hydro
Erik Haites and Paul Parfomak, Barakat and Chamberlin, Inc.

Environmentally Responsive Daylighting/Passive Cooling Design for Buildings in
Hot/Arid Regions 1.75
José R. García-Chávez, CONACYT, Universidad Autónoma Metropolitana

Energy Conservation In Existing Buildings Using High Performance Pyrolytic
Low-E Glass 1.81
Peter F. Gerhardinger and Ann M. Flagg, Libbey-Owens-Ford Co.

The Potential of Electric Load Reductions Obtained in Hot Humid Climates from
Office Buildings Using Efficient Electric Lighting, High Performance Glazings,
and Daylighting 1.89
Christian Gueymard and Ross McCluney, Florida Solar Energy Center

Relighting for Energy Efficiency and Productivity 1.101
Louis Harris, U.S. Department of Energy
Charles W. Purcell, Pacific Northwest Laboratory

An Energy Responsive Building Application for New Commercial Construction 1.103
Curt Hepting, ERG International, Inc.

Technology Assessment in Support of Pilot New Commercial Building Demand-Side
Management Program 1.113
Michael J. Holtz, C. Edward Hancock, Peter C. Jacobs and David R.
Roberts, Architectural Energy Corporation
Robert D. Westby, National Renewable Energy Laboratory
Jane L. Finleon, Public Service Company of Colorado

Natural Energy Public Library--Design to Reality 1.123
Nigel P. Isaacs and Michael R. Donn, Victoria University

Guidelines for the Classification of Indoor Climate and of Air Distribution Systems 1.133
Lennart Jagemar, Chalmers University of Technology
Ulf Rengholt, Swedish Society of Heating and Air-Conditioning Engineers

Guidelines for Energy Simulation of Commercial Buildings 1.137
Michael B. Kaplan, Kaplan Engineering
Phoebe Caner, Seattle City Light
Grant W. Vincent, Bonneville Power Administration

Evaluating the Impact of Overhangs and Sidefins 1.149
Erik P. Kolderup and Charles N. Eley Jr., Eley Associates

An Analysis of Climate Rejecting and Climate Adapting Design Strategies
for a Midsize Office Building 1.153
Lance LaVine, University of Minnesota and The Weidt Group

Evaluating the Performance Characteristics of Occupancy Sensors 1.163
Dorene Maniccia, Rensselaer Polytechnic Institute

Energy Efficiency of Electronic Office Equipment: Case Study for a Building
Retrofit 1.167
Eric T. Martin, Brown, Vence & Associates

Introducing MotorMaster: An Energy-Efficient Motor Performance, Price, and
Payback Analysis Software Package 1.177
Gilbert A. McCoy and Todd Litman, Washington State Energy Office

Optimal Sizing and Control of Ice Storage and Refrigeration Systems in
Commercial Buildings 1.181
Michael Meyer and Ashley F. Emery, University of Washington

Identification of Building Applications for a Variable-Conductance Insulation 1.193
Thomas F. Potter, National Renewable Energy Laboratory
Adrian Tuluca, Steven Winter Associates, Inc.

A Knowledge-Based System for Automated Evaluation of Energy Standards
Compliance 1.205
Richard W. Quadrel, Rex C. Stratton and Michael R. Brambley, Pacific
Northwest Laboratory

Potential For Savings Using a Gas Booster Heater in Commercial Dishwashing
Applications 1.207
Michael W. Sachi, Martha J. Hewett and Mark W. Hancock, Center for
Energy and the Urban Environment

Building Performance Analysis Using Interactive Multimedia Concepts 1.219
Stephen Selkowitz, Liliana Beltran, Werner Osterhaus, Kostas Papamichael,
Jennifer Schuman, Robert Sullivan and Michael Wilde, Lawrence Berkeley
Laboratory

Optimal Beam Daylighting with Stationary Projecting Reflector Arrays 1.225
Michael R. Stiles, Synertech Systems Corporation

Utility and Economic Benefits of Electrochromic Smart Windows 1.237
Jeffrey L. Warner, M. Susan Reilly, Stephen E. Selkowitz and Dariush K.
Arasteh, Lawrence Berkeley Laboratory
Gregg D. Ander, Southern California Edison Company

Office Building Retrofit to Produce Energy Savings of 75% 1.251
Robert K. Watson, Natural Resources Defense Council
Greg Creighton and Dan Thatcher, Air Conditioning Company
Mike Sremba, Los Angeles Department of Water and Power
Richard Palmer, Reflected Light Technology
Tina Quinn, Douglas, Emmett & Company
Charles Starner, Flack & Kurtz Consulting Engineers

An Application of Adjustable Speed Drives for Cooling Tower Capacity
Control 1.261
William P. Welch, Eugene Water and Electric Board
John J. Beckman, Texas Instruments

Future Directions: Building Technologies and Design Tools 1.269
Stephen E. Selkowitz, Lawrence Berkeley Laboratory
Jeff Haberl, Texas A&M University
David Claridge, Texas A&M University

Back to: 1992 Summer Study