Index of Tables
Table 3-1: Adjustment factors used in MARKAL Model, 2009-2030
40
Table 3-2: Annual energy system expenditure by cost type (EUR 10^6), 2006-2030 – Base Case
44
Table 3-3: Percentage change (from the Base Case) in residential and commercial and electricity demand for the three Climate Change Damage cases, 2006-2030
45
Table 3-4: Present value of total system cost for the Base Case and Damage Cases (EUR 10^6)
48
Table 3-5: Optimal generation capacity mix (MW) - AC1, AC2 and AC3
49
Table 3-6: Present value of total system cost for the Base Case and Damage Cases (EUR 10^6)
52
Table 4-1: Projected Runoff for Low, Medium and High Precipitation Conditions for the Base Case (No Climate Change) and 2050 and 2100 (With Climate Change)
70
Table 4-2: Projected Hydropower Generation for Low, Medium and High Precipitation Conditions for the Base Case (With No Climate Change) and 2050 and 2100 (With Climate Change)
73
Table 4-3: Annualized Life-Cycle Generation and Total Cost Estimates for Different Types of Power Plants in FYR Macedonia in 2010
75
Table 4-4: Annualized Cost (10^6 EUR/year) of Replacing Lost Hydropower Production due to Climate Change with Coal, Gas and Nuclear Alternatives
76
Table 4-5: Annualized Cost (10^6 EUR/year) of Replacing Lost Hydropower Production due to Climate Change with Renewable Energy Alternatives
77
Table 4-6: Projected Increase in Annualized Total System Cost in 2050 and 2100 due to Reductions In Runoff from Climate Change for Mavrovo Hydro System Under Low, Medium and High Precipitation Conditions
78
Table 5-1: Base Case and Climate Projections for Average Monthly Temperature and Precipitation for the “Medium” Climate Change Scenarios
91
Table 5-2: Economic Values for Climate Change Damages, Net Benefits of Adaptation and Residual Damages Associated with Low, Medium and High Climate Change Projections for 2050 and 2100 for Restoring Full Yields to Irrigated Land and Supplemental Irrigation of Rain-fed Lands
97
Table 5-3: Estimated Water Availability for Strezevo Reservoir
98
Table 5-4: Preliminary Annual Results for a Benefit-Cost Assessment of Refurbishing and Fully Irrigating the Remaining 14,992 ha in the Project
98
Table 5-5: Economic Values for Climate Change Damages, Net Benefits of Adaptation and Residual Damages Associated with Low, Medium and High Climate Change Projections for 2050 and 2100 Comparing Full Irrigation + Refurbishment on All Lands with Full Irrigation on Irrigated Land + Supplemental Irrigation on Rain-fed Lands
99
Table I-1:
Total Net Welfare of Consumers and Producers for Increases in the Demand for Space Heating and Cooling as Illustrated in Figure I-2
Table I-2:
Benefit-Cost Measures Defined in Figure I-2
121
Table I-3:
Projections for HDD and CDD in the country
125
Table I-4:
Energy demand projection in commercial and residential sector by end-use services
126
120
Table II-1: Base Case Crop Results – Irrigated Agriculture
135
Table II-2: Base Case Crop Results – Rain-Fed Agriculture
136
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