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Kaua’i <strong>Island</strong> <strong>Utility</strong> Cooperative<br />

<strong>Renewable</strong> <strong>Energy</strong> <strong>Technology</strong> <strong>Assessments</strong> 9.0 Wind<br />

Plant Input Data Economic Input Data Rate Escalation<br />

Capital Cost ($1,000) 12,561 First Year Fixed O&M ($1,000) 290.52 3.0%<br />

Total Net Capacity (MW) 6.60 First Year Variable O&M ($1,000) 39.36 3.0%<br />

Capacity Factor 36% Fuel Rate ($/MWh) 0.00 3.0%<br />

Full Load Heat Rate, Btu/kWh (HHV) -<br />

Debt Term 25<br />

Project Life 25<br />

Present Worth Discount Rate 5.0%<br />

Hours per Year<br />

Annual<br />

8,760 Levelized Fixed Charge Rate 7.10%<br />

Avoided Avoided<br />

Capital<br />

Variable<br />

PW Total<br />

Capacity <strong>Energy</strong><br />

Cost Fixed O&M O&M Fuel Rate Fuel Cost Total Cost Cost Busbar Cost PW Cost Cost Cost<br />

Year ($1,000) ($1,000) ($1,000) ($/MBtu) ($1,000) ($1,000) ($1,000) ($/MWh) ($/MWh) ($/kW) ($/MWh)<br />

2009 891 291 39 -<br />

- 1,221 1,163<br />

58.67 55.88 0.00 111.89<br />

2010 891 299 41 -<br />

- 1,231 1,117<br />

59.15 53.65 0.00 121.46<br />

2011 891 308 42 -<br />

- 1,241 1,072<br />

59.63 51.51 0.00 131.10<br />

2012 891 317 43 -<br />

- 1,252 1,030<br />

60.14 49.48 0.00 133.40<br />

2013 891 327 44 -<br />

- 1,263 989<br />

60.66 47.53 0.00 139.93<br />

2014 891 337 46 -<br />

- 1,274 950<br />

61.19 45.66 160.34 146.48<br />

2015 891 347 47 -<br />

- 1,285 913<br />

61.75 43.88 162.00 155.09<br />

2016 891 357 48 -<br />

- 1,297 878<br />

62.31 42.18 160.15 159.54<br />

2017 891 368 50 -<br />

- 1,309 844<br />

62.90 40.54 192.08 155.25<br />

2018 891 379 51 -<br />

- 1,322 811<br />

63.50 38.98 192.80 164.57<br />

2019 891 390 53 -<br />

- 1,335 780<br />

64.12 37.49 192.35 168.47<br />

2020 891 402 54 -<br />

- 1,348 751<br />

64.76 36.06 183.14 166.80<br />

2021 891 414 56 -<br />

- 1,362 722<br />

65.42 34.69 203.74 163.22<br />

2022 891 427 58 -<br />

- 1,376 695<br />

66.10 33.38 200.11 168.86<br />

2023 891 439 60 -<br />

- 1,390 669<br />

66.79 32.13 196.32 159.73<br />

2024 891 453 61 -<br />

- 1,405 644<br />

67.51 30.93 214.88 164.41<br />

2025 891 466 63 -<br />

- 1,421 620<br />

68.25 29.78 202.03 166.83<br />

2026 891 480 65 -<br />

- 1,436 597<br />

69.02 28.68 206.07 170.16<br />

2027 891 495 67 -<br />

- 1,453 575<br />

69.80 27.62 210.19 173.57<br />

2028 891 509 69 -<br />

- 1,470 554<br />

70.61 26.61 214.40 177.04<br />

2029 891 525 71 -<br />

- 1,487 534<br />

71.45 25.64 218.68 180.58<br />

2030 891 540 73 -<br />

- 1,505 514<br />

72.30 24.72 223.06 184.19<br />

2031 891 557 75 -<br />

- 1,523 496<br />

73.19 23.83 227.52 187.87<br />

2032 891 573 78 -<br />

- 1,542 478<br />

74.10 22.98 232.07 191.63<br />

2033 891 591 80 -<br />

- 1,562 461<br />

75.04 22.16 236.71 195.46<br />

Levelized Bus-bar Cost, $/MWh<br />

Net Levelized Cost ($1,000)<br />

Omao<br />

Wind<br />

64.28<br />

1,337.96<br />

Levelized Avoided Capacity Cost, $/MWh -<br />

Levelized Avoided <strong>Energy</strong> Cost, $/MWh 154.56<br />

Levelized Cost Premium, $/MWh (90.28)<br />

Figure 9-12. Life-cycle Cost for Omao Wind Project.<br />

9.7 Advantages and Disadvantages of <strong>Technology</strong><br />

A discussion of each of the qualitative screening criteria is provided in this<br />

section.<br />

9.7.1 Fit to KIUC Needs<br />

Although wind cannot provide firm capacity, KIUC interest for reduced fuel<br />

consumption is well met by wind power as shown by the savings demonstrated in Table<br />

9-5 KIUC has sufficient generation to cover all current loads and flexible generation<br />

such that it can compensate for the intermittency of wind power, at least at small elvels of<br />

penetration. In the long term, KIUC would do well to consider project sites with wind<br />

profiles that match load profiles to maximize effective penetration of wind. One such<br />

21 March 2005 9-25 Black & Veatch

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