Energy Project Financing : Resources and Strategies for Success

248 Energy Project Financing: Resources and Strategies for Success lems of this type. One approach involves determining a period ...

Appendix A 249 Number of Interest Periods = 5 years × 12 mo/yr = 60 interest periods A = P (A|P,i,n) = $12,500 (A|P,0.5,60) = $1 ...

250 Energy Project Financing: Resources and Strategies for Success A.9.4 Economic Analysis Under Inflation Inflation is characte ...

Appendix A 251 Year 1: $1000.00 Year 2: $1000.00 Year 3: $1000.00 Year 4: $1000.00 The key to proper economic analysis under inf ...

252 Energy Project Financing: Resources and Strategies for Success Example 29 Using the cash flows of Examples 27 and interest r ...

Appendix A 253 knowledge regarding amounts and timing of cash flows, as well as cer- tain knowledge of MARR. Relaxing these assu ...

254 Energy Project Financing: Resources and Strategies for Success The PW of the optimal decision (Accept A & D only) was de ...

Appendix A 255 Figure A-10. Sensitivity analysis “spider” graph The sensitivity of PW to changes in MARR over the range – 10% to ...

256 Energy Project Financing: Resources and Strategies for Success Table A-11 Sensitivity analysis data table Factor/ Percent Ch ...

Appendix A 257 able. Adherence to the concepts and methods presented here and in the references will lead to sound investment de ...

258 Energy Project Financing: Resources and Strategies for Success lation in the attic of her home. The R-19 insulation costs $1 ...

Appendix A 259 PW = – 20000 + 3500(P|A,10%,10) – 500(P|A,10%,10) PW = – 20000 + 3500(6.1446) – 500(6.1446) PW = – 20000.00 + 215 ...

260 Energy Project Financing: Resources and Strategies for Success Time Value of Money Factors—Discrete Compounding i = 1% ...

Appendix A 261 Time Value of Money Factors—Discrete Compounding i = 2% ...

262 Energy Project Financing: Resources and Strategies for Success Time Value of Money Factors—Discrete Compounding i = 3% ...

Appendix A 263 Time Value of Money Factors—Discrete Compounding i = 4% ...

264 Energy Project Financing: Resources and Strategies for Success Time Value of Money Factors—Discrete Compounding i = 5% ...

Appendix A 265 Time Value of Money Factors—Discrete Compounding i = 6% ...

266 Energy Project Financing: Resources and Strategies for Success Time Value of Money Factors—Discrete Compounding i = 7% ...

Appendix A 267 Time Value of Money Factors—Discrete Compounding i = 8% ...