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Solar Preheater for Outdoor Ventilation Air

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  • Abstract
  • About the Technology
  • Application Domain
  • Energy-Saving Mechanism
  • Other Benefits
  • Installation
  • Federal-Sector Potential
  • Technology-Screening Process
  • Estimated Savings and Market Potential
  • Laboratory Perspective
  • Application
  • Application Considerations
  • Application Prerequisites
  • Cost-Effectiveness Factors
  • Where to Apply
  • What to Avoid
  • Equipment Integration
  • Maintenance
  • Equipment Warranties
  • Codes and Standards
  • Costs
  • Utility Incentives
  • Technology Performance
  • Field Experience
  • Energy Savings
  • Maintenance
  • Awards and Recognition
  • Sizing and Energy-Savings Calculations
  • Case Study—The General Motors Battery Plant
  • Facility Description
  • Existing Technology Description
  • New Technology Description
  • Energy Savings
  • Life-Cycle Cost
  • Performance Shakeout
  • The Technology in Perspective
  • The Technology’s Development
  • Technology Outlook
  • Manufacturers
  • For Further Information
  • Literature
  • Appendixes
  • Appendix A: Worksheets From Figures 8 and 9 Completed for a Hypothetical
  • Appendix B: Federal Life-Cycle Costing Procedures and the BLCC Software
  • Appendix C: General Motors Solar Ventilation Heat Case Study NIST BLCC
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