Publication Number: CEC-500-2004-074
Publication Date: September 2004
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Executive Summary
Results from 15 new research, development and demonstration (RD&D) projects were placed into commercial use during 2003 as a result of the PIER RD&D program. These products join 18 products placed into commercial use prior to 2003 that continue to create benefits for California electric ratepayers. Benefits to California electric ratepayers were estimated based on projected applications of the products through 2008. The benefits are projected to be between $246 and $645 million, the range resulting from uncertainties in projected market success as well as in details of how the products will be used. From the start of the PIER program in 1997 through calendar year 2003, the total PIER program expenditures (contractor invoices paid, staff salaries, fringe benefits, overhead, supplies, etc) were about $200 million. The ratio of the projected benefits to costs is between 1.2 to 1 and 3.2 to 1. The projected benefits are understated by as much as several hundred millions of dollars because available data were inadequate to develop credible estimates of three new items, the Advanced Variable Air Volume (VAV) System Design Guide, the Small Commercial Heating, Ventilating, and Air Conditioning System Design Guide, and the Monitoring Applications Based on Synchronized Phasor Measurements.
The 33 commercially successful products resulting from PIER RD&D through the end of 2003 are listed in Table 1. Items commercialized during 2003 are marked with an asterisk.
| Residential and Commercial Buildings End-Use Energy Efficiency |
|---|
| Berkeley Lamp |
| Commercial Kitchen Ventilation |
| Particulate Emissions Measurement for Unhooded Restaurant Appliances |
| Revised Residential Framing Factors |
| HVAC Duct Sealing Technique for Small Commercial Buildings |
| Allowable Placement of Roof/Ceiling Insulation in Nonresidential Buildings |
| Requirements for Skylight Use in Low-Rise Residential and Commercial Buildings |
| Real-Time Energy Management and Control Systems |
| Cal-Arch Energy Benchmarking Tool* |
| Hotel Bathroom Motion Sensor Night Light* |
| Bi-level Stairwell Fixture* |
| Advanced Variable Air Volume (VAV) System Design Guide* |
| Small Commercial Heating, Ventilating, and Air Conditioning System Design Guide* |
| Design Guidelines for Skylights with Suspended Ceilings* |
| Industrial/Agricultural/Water End-Use Energy Efficiency |
| Cast Metal Industry Electricity Consumption Study |
| Selective Tartrate Removal System* |
| Neutral Line Filter for Harmonics Reduction* |
| Industrial Compressed Air System Energy Use Benchmarking Methodology* |
| Renewable Energy Technologies |
| NOx Control in Biomass-Fueled Boilers with Natural Gas Cofiring |
| PowerGuard® Solar PV System for Flat Roofs |
| Clean Power Estimator* |
| PV Mounting Approach for Flat Roofs* |
| Solar Power Integrated Roof Tile* |
| California Wind Energy Collaborative* |
| California Wind Energy Resource Mapping* |
| Environmentally-Preferred Advanced Generation |
| Catalytica Xonon® Cool CombustionTM Catalytic Burner |
| Energy-Related Environmental Research |
| Low NOx FIR Burner for Gas Boiler |
| Energy Systems Integration |
| DG Interconnect Hardware |
| Real-Time Monitoring and Dynamic Rating System for Overhead Transmission Lines |
| Interconnection Standards for Small Distributed Generators |
| Improved Substation Seismic Design |
| Required Utility Buildings Seismic Vulnerability |
| Transmission Grid Monitoring Applications Based on Synchronized Phasor Measurements* |
Abstract
Results from 15 research, development and demonstration (RD&D) projects were placed into commercial use during 2003 as a result of the PIER RD&D program. These products join eighteen products placed into commercial use prior to 2003 that continue to create benefits for California electric ratepayers. Benefits to California electric ratepayers were estimated based on projected applications of the products through 2008. The benefits are projected to be between $264 and $676 million, the range resulting from uncertainties in projected market success as well as in details of how the products will be used. From the start of the PIER program in 1997 through calendar year 2003, the total PIER program expenditures (contractor invoices paid, staff salaries, fringe benefits, overhead, supplies, etc) were about $200 million. The ratio of the projected benefits from PIER successes through 2003 to the costs through 2003 is between 1.3 : 1 and 3.4 : 1. We believe that the projected benefits are understated because available data were inadequate to develop credible estimates of three new items, the Advanced Variable Air Volume (VAV) System Design Guide, the Small Commercial Heating, Ventilating, and Air Conditioning System Design Guide, and the Monitoring Applications Based on Synchronized Phasor Measurements.
Table of Contents
Abstract
Executive Summary
1 Introduction
1.1. PIER Programs
1.2. Approach To Benefits Analysis
1.3. Selection Of Successful Products
2.0 Products Commercialized Between 1998 and 2002—An Update
3.0 Products Commercialized in 2003
3.1. Residential and Commercial Buildings End-Use Energy Efficiency
3.1.1. Cal-Arch Energy Benchmarking Tool
3.1.2. Hotel Bathroom Motion Sensor Night Light
3.1.3. Bi-level Stairwell Fixture
3.1.4. Advanced Variable Air Volume (VAV) System Design Guide
3.1.5. Small Commercial Heating, Ventilating, and Air Conditioning System Design Guide
3.1.6. Design Guidelines for Skylights with Suspended Ceilings
3.2. Industrial/Agricultural/Water End-Use Energy Efficiency
3.2.1. Selective Tartrate Removal System
3.2.2. Neutral Line Filter for Harmonics Reduction.
3.2.3. Industrial Compressed Air System Energy Use Benchmarking Methodology
3.3. Renewable Energy Technologies
3.3.1. Clean Power Estimator
3.3.2. PV Mounting Approach for Flat Roofs
3.3.3. Solar Power Integrated Roof Tile
3.3.4. California Wind Energy Collaborative
3.3.5. California Wind Energy Resource Mapping
3.4. Energy Systems Integration
3.4.1. Transmission Grid Monitoring Applications Based on Synchronized Phasor Measurements
4.0 Quantitative Benefits Results
4.1. Summary of Results
4.2. Discussion of results
5.0 Additional Products Nearing Commercialization in 2004
5.1. Two-Stage, Indirect-Direct Evaporative Cooling System (IDEC)
5.2. Evaluation of the Utility System Capacity and Customer Demand Values of Photovoltaic Systems
5.3. California Biomass Collaborative
5.4. Real-Time Dynamic Rating System for Electrical Transmission Lines
5.5. VAR-Voltage Management Tool
5.6. Bird Fatality Reduction Methods in the Altamont Pass Wind Resource Area (APWRA)
5.7. Global Climate Change Study: Impacts of Global Climate Change on California
6.0 Summary and Conclusions
Appendices
Appendix A: Description of Products Commercialized Prior to 2003
Appendix B: Approach and methodology
List of Tables
Table 1 PIER RD&D Products Commercialized Through 2003
Table 2 Benefits of PIER RD&D Products Commercialized Through 2003
Table 3 Products in Advanced Stages of Commercialization

