advanced energy production st joseph hospital 2010 sustainable solutions research team june 2010
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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

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

project objective
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
distributed generation
Distributed Generation

From PSE:

6% BTU loss

65% BTU loss

Your Own System:

25% BTU loss

benefits to hospital
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
energy systems
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!
fuel cell
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
fuel cell case study
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
combined heat and power
Combined Heat and Power
  • Simultaneous production of electricity and heat
  • Reliable power
  • Waste heat recovery for heating, cooling, dehumidification
chp case study
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
photovoltaic system
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
photovoltaic case study
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
conclusion
Conclusion
  • Distributed Generation
  • Benefits of Distributed Generation to the Hospital
  • Overview 3 Systems
  • Continued Study
ad