Session Information
ASHE 50th Annual Conference and Technical Exhibition 2013
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Centralizing Plant Design to Increase Reliability and Cost Savings
Track
:
Operational Excellence
Program Code:
420
Date:
Wednesday, July 24, 2013
Time:
10:10 AM to 11:00 AM
EST
Location:
GWCC, C201
PRIMARY SPEAKER
:
CO-SPEAKER
:
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about each speaker.
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about each speaker.
Description
This case study on the integrated heat, power, and cooling plants at Geisinger presents real data and cost savings benefits that resulted from centralizing its power and HVAC plant design. Geisinger’s decision to centralize yielded a savings of $2.2 million in annual utility costs. This case study will enable you to:
Differentiate between energy cost reduction strategies, including thermal energy storage, load leveling, fuel source selection, real time purchasing, and demand response.
Present the cost benefits of implementing the strategies to hospital administrators for capital funding.
Describe how good design can reduce utility costs and increase reliability.
Identify the benefits of a central plant model.
Differentiate between energy cost reduction strategies, including thermal energy storage, load leveling, fuel source selection, real time purchasing, and demand response.
Present the cost benefits of implementing the strategies to hospital administrators for capital funding.
Describe how good design can reduce utility costs and increase reliability.
Identify the benefits of a central plant model.
LEARNER OUTCOMES:
- Differentiate between different energy cost reduction strategies including thermal energy storage, load leveling, fuel source selection, real time purchasing and demand response.
- Present the cost benefits of implementing the strategies to hospital administrators for capital funding.
- Understand how good design can both reduce utility costs and increase reliability.
- Understand the benefits to a central plant model.
Audio Synchronized to PowerPoint
(Code: 420)
$20 USD - Your Price
This session is a part of:
This session is a part of: