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National Association of
State Energy Officials

1812 North Moore Street, Suite 1810
Arlington, Virginia 22209
(703) 299-8800
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  • National Energy Screening Project
  • NESP MTR Handbook
  • Tables

MTR Tables

  • Table 1. Summary of chapter information
  • Table 2. Calculating average and marginal impacts for electric and gas utilities
  • Table 3. Key steps to calculate BCA impacts of DERs
  • Table 4. Overall structure for calculating the value of several DER impacts
  • Table 5. Simpler structure for calculating the value of some impacts
  • Table 6. Steps for using the proxy unit method for determining energy generation impacts
  • Table 7. Steps for developing energy generation impacts with capacity expansion and production cost modeling
  • Table 8. Examples of capacity expansion and production cost models to estimate energy generation impacts
  • Table 9. State examples using the power sector model method to estimate energy generation impacts
  • Table 10. Steps for calculating energy generation impacts using the market data method
  • Table 11. State examples using the market data method to estimate energy generation impacts
  • Table 12. Advantages and disadvantages of common methods to calculate energy generation impacts
  • Table 13. State examples using the proxy unit method to estimate generation capacity impacts
  • Table 14. Steps to calculate generation capacity impacts using the peaker plant method
  • Table 15. State examples using the peaker plant method to estimate generation capacity impacts
  • Table 16. Steps used to calculate generation capacity impacts using market data and Net CONE values
  • Table 17. State examples using the market data method to estimate generation capacity impacts
  • Table 18. Steps for estimating Cost of New Entry for marginal units
  • Table 19. Steps for developing avoided generation capacity costs using capacity market simulation
  • Table 20. State examples using the power sector model method to estimate generation capacity impacts
  • Table 21. Advantages and disadvantages of common methods to calculate generation capacity impacts
  • Table 22. Steps to calculate RES and CES impacts using wholesale electricity market data
  • Table 23. State examples of estimating compliance impacts in wholesale electricity markets
  • Table 24. State examples using the proxy unit method to estimate compliance impacts
  • Table 25. State example using the modeling method to estimate compliance impacts
  • Table 26. Steps to calculate wholesale market price effects using the dispatch curve analysis method
  • Table 27. Key data sources for dispatch curve analysis method
  • Table 28. Steps to calculate wholesale market price effects using the combination analysis method
  • Table 29. State examples using the combination analysis method
  • Table 30. State examples using the historical market data method to estimate ancillary services impacts
  • Table 31. State examples using the production cost model method to estimate ancillary services impacts
  • Table 32. Steps to calculate the impacts of pollutant cap-and-trade mechanisms
  • Table 33. Steps to calculate the impacts of GHG mandates
  • Table 34. Comparison of societal cost of carbon and marginal abatement cost methods
  • Table 35. Steps to calculate the marginal transmission costs associated with load growth
  • Table 36. State examples using ratio of cost to load growth method to estimate transmission capacity impacts
  • Table 37. Steps to calculate transmission capacity impacts using the cost of service method
  • Table 38. State examples using cost of service method to estimate transmission capacity impacts
  • Table 39. State examples using publicly available transmission costs forecasts to estimate transmission capacity impacts
  • Table 40. Steps to calculate transmission capacity impacts using the project deferral method
  • Table 41. State example using the project deferral method to estimate transmission capacity impacts
  • Table 42. Steps to determine transmission losses using the market data method
  • Table 43. State examples using the market data method to estimate transmission system losses
  • Table 44. Steps to calculate marginal distribution costs related to load growth
  • Table 45. State examples using the ratio of cost to load growth method to estimate distribution capacity impacts
  • Table 46. Steps to estimate marginal distribution costs using the cost of service method
  • Table 47. State example using the cost of service method for estimating distribution capacity impacts
  • Table 48. Steps to calculating locational distribution capacity impacts using the project deferral method
  • Table 49. State examples using the project deferral method to estimate distribution capacity impacts
  • Table 50. Steps to calculate gas wholesale market price effects
  • Table 51. Steps to calculate targeted non-pipe alternatives impacts
  • Table 52. Comparison of societal cost of carbon and marginal abatement cost methods
  • Table 53. Steps for calculating other fuel wholesale market price effects
  • Table 54. Host customer energy impacts
  • Table 55. Types of costs to consider when calculating host customer DER costs
  • Table 56. State examples of interconnection fees for solar PV
  • Table 57. Federal tax incentives
  • Table 58. State tax incentives
  • Table 59. Steps to calculate federal tax incentives using the percent of total project cost
  • Table 60. Steps to calculate state tax incentives using percent of total project cost
  • Table 61. Examples of host customer non-energy impacts
  • Table 62. Simplified example of relative valuation survey for estimating non-energy impacts for single customers
  • Table 63. Advantages and disadvantages of methods for estimating host customer non-energy impacts
  • Table 64. Common societal impacts of DERs
  • Table 65. Steps to calculate societal GHG impacts
  • Table 66. Steps to calculate reduction in building end-use GHG emissions from DERs
  • Table 67. Steps to calculate reduction in GHG emissions due to electric vehicles
  • Table 68. Steps to calculate GHG emissions from leaks
  • Table 69. Steps to calculate GHG emissions costs using a marginal abatement cost curve
  • Table 70. Comparison of societal cost of carbon and marginal abatement cost methods
  • Table 71. Typical indicators of macroeconomic development
  • Table 72. Three categories of macroeconomic development impacts from energy resource investments
  • Table 73. Macroeconomic development impacts: methods and models
  • Table 74. Summary of methods for estimating macroeconomic impacts of energy resources
  • Table 75. Reliability assessment framework steps overview
  • Table 76. Examples of reliability metrics
  • Table 77. Current and pending tools for calculating reliability impacts
  • Table 78. Steps to assess resilience impacts
  • Table 79. DOE resilience metrics
  • Table 80. Target population examples used by some jurisdictions
  • Table 81. Limitations of BCAs and rate, bill, and participation analyses in addressing equity
  • Table 82. High-level comparison of BCAs, rate, bill, and participation analyses, and DEAs
  • Table 83. Examples of jurisdictions that require accounting for energy efficiency risk benefits
  • Table 84. Summary of method attributes relevant to DER load profile development
  • Table 85. Steps to develop DER load profiles using simulation modeling
  • Table 86. Steps to develop DER load profiles using the submetering method
  • Table 87. Steps to develop DER load profiles using statistical analysis of building-level data
  • Table 88. Steps to develop DER load profiles using the percent reductions method
  • Table 89. Steps for optimizing DER alternatives using an existing modeling tool
  • Table 90. Mapping of methods for developing load profiles to DER types
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National Association of
State Energy Officials
1812 North Moore Street, Suite 1810
Arlington, Virginia 22209
(703) 299-8800
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