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Table of Contents of Lecture 10

• Slide 10.01: Welcome - Slide - Video timestamp

• Slide 10.02: Exergies and Efficiencies in Energy Conversion - Slide - Video timestamp

• Slide 10.03: Exergy of Bulk Flow Interactions - Slide - Video timestamp

• Slide 10.05: Exergy in Heating and Cooling Bulk Flows - Slide - Video timestamp

• Slide 10.07: Exergy of an Hydraulic Jump - Slide - Video timestamp

• Slide 10.10: Log-Mean Temperature in Heating/Cooling a Flow - Slide - Video timestamp

• Slide 10.13: Minimum Exergy for Low Temperature Heating - Slide - Video timestamp

• Slide 10.14: Exergy Associated with a Fossil Fuel - Slide - Video timestamp

• Slide 10.16: Lower Heating Values of Some Fuels - Slide - Video timestamp

• Slide 10.17: The Learning Curve of Fuel-to-Power Conversion - Slide - Video timestamp

• Slide 10.20: Beyond Flame-Based Fuel-to-Power Conversion - Slide - Video timestamp

• Slide 10.23: Avoiding the Inherent Irreversibility of Flames - Slide - Video timestamp

• Slide 10.24: Allocation Issues in Combined Heat and Power (CHP) - Slide - Video timestamp

• Slide 10.25: How Much Fuel Is Consumed to Produce Heat in CHP? - Slide - Video timestamp

• Slide 10.26: Allocation Fractions and Primary Energy Savings - Slide - Video timestamp

• Slide 10.28: Incremental Electricity-Centered Allocation in CHP - Slide - Video timestamp

• Slide 10.29: Separate Production Reference Allocation in CHP - Slide - Video timestamp

• Slide 10.30: Choice of Reference Efficiencies - Slide - Video timestamp

• Slide 10.31: Fair� Reference Values in a Given Local Area - Slide - Video timestamp

• Slide 10.32: Allocation Example in CHP: Methods Compared - Slide - Video timestamp

• Slide 10.38: Allocation Problem in Hybrid Facilities - Slide - Video timestamp

• Slide 10.39: Allocation Fractions and Primary Energy Savings - Slide - Video timestamp

• Slide 10.41: Incremental Fossil-Centered Allocation - Slide - Video timestamp

• Slide 10.42: Separate Production Reference Allocation - Slide - Video timestamp

• Slide 10.43: Choice of Reference Efficiencies - Slide - Video timestamp

FAQs for Lecture 10

Analytical Index of Lecture 10 Contents

• Allocation methods in heat and power cogeneration - Slide - Video timestamp

• Allocation methods in hybrid solar-fossil power production - Slide - Video timestamp

• Cogeneration - Slide - Video timestamp

• Combined heat and power (CHP) - Slide - Video timestamp

• Cornish engine - Slide - Video timestamp

• Efficiency in the production of heating - Slide - Video timestamp

• Efficiency in the production of heating - Slide - Video timestamp

• Energy performance a residential building - Slide - Video timestamp

• Entropy of radiation - Slide - Video timestamp

• Exergy balance equation - Slide - Video timestamp

• Exergy in heating and cooling of bulk flows - Slide - Video timestamp

• Exergy in heating and cooling of bulk flows - Slide - Video timestamp

• Exergy minimum for low temperature heating - Slide - Video timestamp

• Exergy of a fossil fuel - Slide - Video timestamp

• Exergy of a hydraulic jump - Slide - Video timestamp

• Exergy of solar radiation - Slide - Video timestamp

• Exergy transfer in a bulk-flow interaction - Slide - Video timestamp

• Exergy various forms - Slide - Video timestamp

• Flame-based fuel-to-power conversion technologies - Slide - Video timestamp

• Fuel-cell-based fuel-to-power conversion technologies - Slide - Video timestamp

• Fuel-to-power technologies flame based - Slide - Video timestamp

• Fuel-to-power technologies fuel-cell based - Slide - Video timestamp

• Fuel-to-power technologies three centuries of improvements in second-law efficiency - Slide - Video timestamp

• Gibbs free energy of combustion and fuel exergy - Slide - Video timestamp

• Heating values and exergy of hydrocarbons - Slide - Video timestamp

• History of fuel to power conversion - Slide - Video timestamp

• Home energy score - Slide - Video timestamp

• Hybrid solar-fossil power and CHP production - Slide - Video timestamp

• Irreversibility in fuel-cell based technologies - Slide - Video timestamp

• Irreversibility of flame-based combustion - Slide - Video timestamp

• Learning curve in fuel-to-power conversion technologies - Slide - Video timestamp

• Logarithmic mean of inlet and outlet temperatures - Slide - Video timestamp

• Minimum exergy required for low temperature heating - Slide - Video timestamp

• Newcomen, Thomas - Slide - Video timestamp

• Parsons, Charles A. - Slide - Video timestamp

• Primary energy savings in heat and power cogeneration - Slide - Video timestamp

• Primary energy savings in hybrid solar-fossil power production - Slide - Video timestamp

• Radiation, energy and entropy of - Slide - Video timestamp

• Real-estate energy-efficiency regulations - Slide - Video timestamp

• Savery, Thomas - Slide - Video timestamp

• Second-law efficiency of fuel-to-power conversion technologies - Slide - Video timestamp

• Solar energy and solar entropy - Slide - Video timestamp

• Temperature log-mean, in heating, cooling, boiling and condensing of bulk flows - Slide - Video timestamp

• Watt, James - Slide - Video timestamp

Back to the main course index page to see more lectures and direct links to the 2.43 MIT-OCW webpages.

See the Complete Analytical Index of the Course with Hyperlinks to All Videos and Slides.