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BUDAPEST METRO LINE 4 FEASIBILITY STUDY

Oktober 1996

SECTION D - ECONOMIC AND FINANCING ISSUES

Section D is dedicated to the economic analysis, planning and environmental issues. It ends with the financing appraisal, as follows:

Economic analysis

The economic analysis was undertaken for the staging alternatives previously described in Section B and which form the basis of stage 2 assessment.

Summary of the economic assumptions

The main input assumptions for Stage 2 are identical to those for Stage 1 and are summarised in Table D-1 below:

Table D 1- Summary of adopted economic assumptions for the study

InputAdopted value Unit
Exchange rate, 1 HuF =185.3 Hungarian Forints (HuF)
Discount rate5%Percentage
National growth rates:

Low growth assumption

Present to 2000

2000 to 2020

beyond 2020

High growth assumption

Present to 2000

2000 to 2020

beyond 2020



3%

4%

2%


3%

6%

2%






Percentage



Evaluation period40 Years
Opening year2005-
Base year for costs and benefits1996 -
Value of time 149HuF per hour
Value of time for private vehicle users 179HuF
Private vehicle occupancy1.4 Passengers per veh.
Private vehicle accident rate131.32 Accidents/100 mil. veh. km
Private vehicle accident cost1.753 Million HuF/accident
Private veh. maintenance, operating and Capital costs
15.28

HuF/veh. km
Conversion of two-way, all-day to Peak hour peak direction flows

Metro services

Surface modes



0.07

0.06



Proportion of two way all day flow



Project costs

Overall project costs were further refined from Stage 1, based on refined design work on the alignments, station location and sizing, as described in the above Section C. Table D-2 provides a summary of the refined costs for alternatives being considered in Stage 2.

Table D 2- Breakdown of project costs *


Alternatives
Civil Works
Equipment
Rolling Stock
Total Project costs
Kelenföld - Keleti314 88 112514
Budaörs - Keleti349 108 131588
Kelenföld - Kálvin232 62 56350

* All costs include contingencies, testing etc.


Cost benefit analysis

Key evaluation outputs which have been used to assess the relative merits of the three alternatives are the Net Present Value, Cost to Benefit ratio and Internal Rate of Return as defined below:

Net Present Value (NPV):Sum of discounted costs less Sum of discounted benefits

Benefit to Cost Ratio (BCR):Sum of discounted benefits divided by Sum of discounted capital costs

Internal Rate of Return (IRR):Discount rate at which the project cash flow produces a zero NPV.

Economic assessments were undertaken based on the refined cost estimates and patronage forecasts. The results of these assessments are summarised in Table D-3, as follows:

Based on the low growth scenario, the main Kelenföld-Keleti alignment has a Net Present Value of 99 M ECU with a benefit to cost ratio of 1.34 and yields an Internal Rate of Return of 6.5%. The extended alignment has a Net Present Value of 76 M ECU with a benefit to cost ratio of 1.20 and yields an Internal Rate of Return of 6.0%. The NPV for the partial Kelenföld-Kálvin alignment is estimated at -8.74 with a benefit to cost ratio of 0.96 and an IRR of 4.8.

The high growth scenario yields Net Present Values of 265 M ECU, 246 M ECU and 71 M ECU with benefit to cost ratios of 1.92, 1.7 0 and 1.37 for the main Kelenföld-Keleti alignment, extended alignment and the partial Kelenföld-Kálvin alignment respectively. The Internal Rate of Return for the main Kelenföld-Keleti alignment is estimated at 8.3% and the extended and partial alignments yield IRR values of 7.7 and 6.6 respectively.

Table D 3- Summary of economic analysis

Growth Scenario: Low
Costs
Benefits
Economic Indicators


Alternative
Construct.
Vehicle Capital
Operat. & Maintain.
Transport. Users
NPV
BCR
IRR

%
Kelenföld - Keleti295.22 30.04 -30.8393.81 99.31 1.34 6.5
Budaörs - Keleti335.62 40.67 -21.5424.68 69.90 1.20 6.0
Kelenföld - Kálvin203.97 14.12 -23.0186.36 -8.740.96 4.8
Staging Kálvin - Keleti271.37 26.26 -29.8362.20 94.33 1.35 6.7
Growth Scenario:High
Costs
Benefits
Economic Indicators


Alternative
Construct.
Vehicle Capital
Operat. & Maintain.
Transport. Users
NPV
BCR
IRR

%
Kelenföld - Keleti295.22 30.04 -37.1553.30 265.12 1.92 8.3
Budaörs - Keleti335.62 40.67 -25.9596.80 246.42 1.70 7.7
Kelenföld - Kálvin 203.97 14.12 -27.7261.26 70.89 1.37 6.6
Staging Kálvin - Keleti271.37 26.26 -36.0517.54 255.91 1.98 8.7

Notes: All values are in million ECU discounted to 1996

Negative operating and maintenance costs denote savings

Incremental economic analysis

An incremental cost benefit analysis of the total alignment, from Budaörs to Keleti was undertaken. This analysis considers the section between Kelenföld to Kálvin as the core section and provides the incremental value of constructing each further section beyond the core section, incrementally. This shows the benefits (or disbenefits) of operating the section between Kálvin and Keleti railway station over and above the core section (Kelenföld to Kálvin) and the benefits (or disbenefits) of operating the south west extension (Kelenföld to Budaörs) over and above the section from Kelenföld railway station to Keleti railway station. The results of this analysis is presented in Table D-4.

Table D 4- Incremental economic analysis

Growth scenario Low

Alternative
NPV
Incremental NPV
BCR
Incremental BCR
IRR
Incremental IRR
Kelenföld - Kálvin -8.74 00.96 0% 4.8%0%
Kelenföld- Keleti99.31 108.05 1.34 40%6.5%35%
Budaörs - Keleti69.90 -29.41 1.20 -10%6.0%-9%
Growth scenarioHigh

Alternative
NPV
Incremental NPV
BCR ratio
Incremental BCR ratio
IRR
Incremental IRR
Kelenföld - Kálvin 70.89 01.37 0% 6.6%0%
Kelenföld- Keleti265.12 194.23 1.92 40%8.3%26%
Budaörs - Keleti246.42 -18.7 1.70 -11%7.7%-7%

Stage construction of the main alignment

Further to the basic assessment of Stage 2 alternatives, more detailed analysis was performed on staging of the main alignment. This was based on the following assumptions:

The section between Kelenföld and Kálvin to be constructed over a two year period to open in 2005 and,

The remainder of the alignment from Kálvin to Keleti to be constructed later, over a two year period, to open in 2010.

An element of increased costs is attached to this alternatives, firstly due to the need to construct the temporary terminal at Kálvin which adds some 15% to the cost of constructing the station at Kálvin Square and a further 10% to the construction of the section between Kálvin to Keleti due to the extra start-up costs and the costs of connecting Kálvin to the remainder of the alignment at a later date.

The results of the cost benefit analysis for this alternative is summarised in Table D-5, below. For the low growth scenario, this shows an NPV of 94.33 M ECU, benefit to cost ratio of 1.35 and an Internal Rate of Return of 6.7%. For the high growth scenario the analysis shows an NPV value of 256 M ECU, BCR ratio of 1.98 and an IRR of 8.7%.

Table D 5- Summary of economic analysis for stage construction of the main alignment

Costs
Benefits
Economic Indicators
Growth

scenario
Construct.
Vehicle Capital
Operat. & Maintain.
Transport. Users
NPV
BCR

%
IRR

%
Low growth271.37 26.26 -29.8362.20 94.33 1.35 6.7
High growth271.37 26.26 -36.0517.54 255.91 1.98 8.7

With the exception of the Net Present Value, the economic indicators for the staging alternative show a marginal improvement over the alternative of a single construction stage. However, the differences are considered within the accuracy of the model and therefore it cannot be concluded that staging as specified above provides an economic advantage.