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Advanced Energy Production St. Joseph Hospital 2010 Sustainable Solutions Research Team June 2010

Advanced Energy Production St. Joseph Hospital 2010 Sustainable Solutions Research Team June 2010. Project Objective. Shall St. Joseph Hospital generate energy? Distributed Generation – what is it? Benefits of Distributed Generation to the Hospital 3 Systems Comparison, Case Study for each:

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Advanced Energy Production St. Joseph Hospital 2010 Sustainable Solutions Research Team June 2010

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  1. Advanced Energy ProductionSt. Joseph Hospital 2010 Sustainable Solutions Research TeamJune 2010

  2. Project Objective • Shall St. Joseph Hospital generate energy? • Distributed Generation – what is it? • Benefits of Distributed Generation to the Hospital • 3 Systems Comparison, Case Study for each: • Fuel Cell with Combined Heat and Power • Combined Heat and Power • Photovoltaic • Conclusion

  3. Distributed Generation From PSE: 6% BTU loss 65% BTU loss Your Own System: 25% BTU loss

  4. Benefits to Hospital • Minimize risk associated with price volatility • Reliable power • Reductions in energy cost improve operating margins • Moves PeaceHealth towards a cleaner hospital • Good corporate citizenship

  5. Energy Systems • Fuel Cell CHP • Combined Heat and Power using Hydrogen and Natural Gas • Combined Heat and Power • A Power Plant – uses Natural Gas • Photovoltaic – It’s Solar Power!

  6. Fuel Cell • It’s Combined Heat and Power! • Uses Natural Gas and Hydrogen • Clean electro-chemical process • Hydrogen produced by subjecting hydrocarbon (natural gas) to steam under pressure • Emissions are low

  7. Fuel Cell Case Study • St. Francis Hospital and Medical Center, Hanford CT • 200 kW of electricity • $7,000 per kW • Installed Cost: $1.4 M • 22.3 year payback

  8. Combined Heat and Power • Simultaneous production of electricity and heat • Reliable power • Waste heat recovery for heating, cooling, dehumidification

  9. CHP Case Study • Resurrection Medical Center, Chicago • (2) 725 kW natural gas engine generators • $1,200 per kW • Installed Cost: $1.74 M • 14.5 year payback

  10. Photovoltaic System • It’s Solar Power! • East Tower installation will produce 147 kW • Passive system • No moving parts • 25 year warranty available • Wide usage in Hospitals

  11. St. Joseph Hospital East Tower EAST TOWER

  12. Photovoltaic Case Study • Jerry L. Pettis Memorial Medical Center, Loma Linda CA • 309 kW • $6,000 per kW • Installed Cost: $1.85 M • 30.9 year payback

  13. Costs and Emissions

  14. Conclusions

  15. Conclusion • Distributed Generation • Benefits of Distributed Generation to the Hospital • Overview 3 Systems • Continued Study

  16. Thank You!

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