| Contents |
SECTION 1: UTILITY RATES, ENERGY
AUDITS & ECONOMIC ANALYSIS |
| 1 - Utility Rates & Retrofit Strategies |
| 2 - Managing the Energy Use Survey & Audit |
| 3 - Economic Analysis of Energy Retrofit Projects |
| 4 - Reconciling Actual Retrofit Performance with Projections |
SECTION 2: DESIGN& INSTALLATION
STRATEGIES |
| 5 - HVAC System Analysis |
| 6 - Centralized vs. Distributed Fan Systems in High-Rise Buildings |
| 7 - Cogeneration as a Retrofit Strategy |
| 8 - Establishing Variable Air Volume Airflow Rates on Retrofit Projects |
| 9 - Estimating Demand Control Savings on Retrofit Projects |
| 10 - Commissioning for Retrofit Projects |
SECTION 3: ENERGY MANAGEMENT&
LIGHTING STRATEGIES |
| 11 - Energy Audits & Energy Management |
| 12 - Distributed Direct Digital Control Energy Management for the 1990s |
| 13 - Demand-Side Management & Energy Services Industry |
| 14 - Lighting System Upgrade: A Comprehensive Management Approach |
SECTION 4: CASE STUDIES OF
RETROFIT PROJECTS |
| 15 - An Energy Conservation Case Study |
16 - Institutional Rehabilitation: An
Opportunity for Significant Energy Savings |
| 17 -Schoolhouse Energy Efficiency Demonstration: An Energy Audit Program |
| 18 - Case Study of a Commercial Retrofit Project: East Texas State University, Commerce, Texas |
| 19 - Heat Reclaim System Project for a Chemical Laboratory |
| 20 - Industrial Energy Management |
| 21 - Industrial Energy Observations & Opportunities |
| 22 - Industrial Combustion Retrofit Opportunities |
| 23 - Industrial Retrofit Economics |
| Appendices, Index |