Title: BRT Financing Options: Lessons from China
1BRT Financing Options Lessons from China
Walter Hook, Executive Director, ITDP BAQ,
Yogyakarta, Indonesia, December 2006
Funded by the Energy Foundation
2China has a lot of potential to increase private
investment in BRT
3Planning Costs TransMilenio
4Planning Costs Other systems
- Quito 100,000
- Dar es Salaam 2,000,000
- Jakarta 1,500,000 (Phase I)
- Reasonable amount for planning 2,000,000
(depends on the level of municipal govt
competence and existing modeling capacity)
5Sources of financing for BRT planning
- Municipal government
- World Bank or other development bank loan
- Global Environmental Facility
- Bi-laterial aid agencies (US AID)
- UNDP
- Private Foundations
- CAI Asia SUMA program (?)
6How Much does a BRT System Cost?Infrastructure
TransMilenio
7Other systems
8Sources of Financing for Infrastructure(China)
- Municipal Government Budget Revenues
- Municipal Government Off Budget revenues (land
sales) - Municipal government loans from World Bank via
national government (Shijiazhuang) - Loans from state banks
- Advertising companies (bus shelters example,
Kunming)
9Current structure of municipal infrastructure
financing in China Public Sources
- Muncipal Government Own Sources 49
- National Government Funds 10
- Loans from Domestic (mostly State-Owned) Banks
41
Hence, national influence over municipal
infrastructure decision making is very weak.
10Sources of Municipal Government Funds is not very
transparent Basic Sources
- income and some other smaller taxes (1/3 of the
national income tax goes to the municipal
government) - land taxes and the sale of long term land lease
rights - income from municipally owned enterprises
- enterprise taxes
- Numerous fees
11Sources of BRT Infrastructure FinancingBogota
12Other Systems
- Ahmedabad
- National Government (Nehru Urban Development
Fund) 35 - Gujarat Provincial Government 15
- Ahmedabad Municipal Corporation 50
- Jakarta
- Municipal Government Budget 100
- Dar es Salaam BRT (DART)
- National Govt from World Bank loan (IDA) 70
- National Govt match 30 (land acquisition and
resettlement)
13Possibilities for PPP in BRT Infrastructure?Examp
le TransSantiago Experience
- 69 of the Infrastructure on TransSantiago BRT is
financed by private consortium - Not a full BRT system.
- Concession is for 81 km, but bus lanes only on 22
km - No prepaid boarding stations (reduces cost
significantly but also performance) - Fare is 0.53/ high by developing country
standards
14Other Examples of Private investment into BRT
Infrastructure
15Possibilities of using PPP Model from Chinese
Metro projects? Beijing Metro Line
4Investment is 70 Public, 30 Private
- Ultimate source of public financing is leasing of
municipal land - The private investor is actually only 49
private, as BII and Beijing Capital Group own 51 - Financing from Private investment actually only
covers rolling stock - Financing of 1 billion from Industrial and
Commercial Bank of China (a state bank)
16Beijing Subway Line 9
- Design Build Finance Operate
- Basically, money is public sector but financing
comes from the concessionaire
17Guangzhou Metro
- Line 2 Phase I 1.34 billion
- 30 Municipal corporation (land leasing)
- 30 Domestic Commercial Bank (State owned)
- 30 Foreign export credit agency from the
country providing the rolling stock - Loans all backed by Municipal Guarantee
- Operations roughly breaking even now.
18PPP Toll Roads as a Model? Chinese Examples
- 70 of Intercity Roads in Shanghai Area are
financed by private investment - Shanghai Fuxi Investment Company (nominally
private) invested 99 of the funds for the Hu
Hang toll highway without a government guarantee - 211 fully private BOT highways have been built in
ZheJiang region since mid 1990s, worth some
7.3 billion. (State role is murky) - In Guangzhou, typically, municipally owned
highway corporations form joint ventures with
foreign (Hong Kong) companies, use land leases to
finance 40 of highway construction, and 60
comes from municipal or state bank loans. - Some of these roads are profitable, some are
making huge losses.
19PPP Mass Transit Elsewhere in Asia
- PPP for Light Rail in Kuala Lumpur
- Both STAR and PUTRA Light Rail PPPs ended in
Bankrupcy in 2001/2002 - Public Sector had to bail out 1.5 billion in
outstanding debts
20Prospects for PPP in BRT Infrastructure?
- Start up costs of establishing the legal basis
could be huge. - First Rail PPP in Kuala Lumpur required 32
separate legal agreements between the Government
and the investor - Required Government guarantees, which ended in
big bailout. - First tender of PPP for BRT in Panama City
involved huge unquantifiable financial risks,
making most qualified bidders balk. Rumour is
that cronies of the President won the bid. - Bids will be led by Construction Companies, with
engineering, planning, and bus operating firms. - Forming these commercial relationships and
overcoming legal obstacles will be time consuming
and expensive at first.
21Issues with PPP in BRT
- Cons
- Will create a monopoly concessionaire for a long
period of time. - Likely to compromise ability of the Municipality
to demand quality of service. - Big risk that municipality will not be
sophisticated enough to guarantee contracts that
protect the public interest and share fairly the
demand risk. - If a vehicle manufacturer is part of the
consortium, they will drive up vehicle
procurement costs by removing competitive bidding
for buses. - Pros
- Might lead to better, more integrated planning
and design on higher demand corridors - Many problems could be resolved with well written
contracts - Would create a lobbying force that could compete
with Metro interests - Would help attract some of the free floating
international capital to good projects
22PPP for Bus Operations and Procurement, and
Ticketing Systems
- Big potential to attract private investment for
bus procurement and bus operators in China - This is standard for many BRT systems
internationally - Bogota
- Curitiba
- Quito EcoVia Line
- Metrobus Mexico City
- Etc.
23Business Model for BRT Bogota Example
24BRT system should be designed to be Self
Financing and attract private investment
- Requiring the system to be self financing will
help ensure the system is designed to maximize
consumer benefits - Carefully estimate projected demand on the
planned BRT Corridors. Best to do traffic
modeling - Phase I system size should be determined based on
minimum revenue needed to cover operations and
bus procurement - Consider shifting from Direct bus routes to Trunk
and Feeder routes when more profitable - Consider banning competing bus services in the
same corridor - Link with traffic demand management measures.
- Set the technical specifications at a level that
the system can afford.
25Basis of Private Company Revenue
Stakeholder payment
26Payment method is critical to the quality of
operations
- Payment by the bus kilometer ends dangerous
competition for the cent on trunk routes - Payment/bus kilometer difficult on feeder routes
because some bus operators may cheat and not
travel parts of the route. - Bus operators still face demand risk IF the
public authority can adjust the number of bus
km/day in response to demand. - Giving the public authority control over
operational schedule is critical to ensuring
operators face demand risk rather than the
government
27BRT bidding criteria can help China move from
single municipal bus monopolies to competitive
private transit operators
28Private bus operations already profitable in
Guangzhou and other cities in China. With BRT
there is no reason for public subsidies for
operation or bus procurement
- BRT takes the buses out of congestion, decreasing
operating costs - BRT can increase passengers/bus
- BRT can decrease the number of buses needed to
service the same passengers.
29Private Investment but public quality control
- Government needs complete system and cost
information - Competitive bidding is key
- Operating contracts should specify a service
contract for a fixed number of kilometers
(800,000 km in TransMilenio) but not a fixed
corridor. This facilitates easier operational
adjustments and competition between companies
within the same routes. - Quality of service contracting and immediate
rewards and penalties
30Problems of Public Monopoly Operators Quito
Trolebus
- Quito Electric Trolley Buses were too expensive
to purchase and operate to allow for
privatization. Still in a public company. - Public company faces increasing debt burden that
will probably be passed onto taxpayers - Some suspicions around public procurement of the
vehicles. - Maintenance issues arising.
- Govt allowed private vehicles back into the right
of way. A good contract with a private operator
have prohibited this.
31Problems of private monopoliesQuito EcoVia line
- Existing bus operator monopoly in a corridor
retained control. - Their operations and revenues remained
non-transparent - Public sector had to buy the buses.
- Private operators supposed to pay lease fees but
they never pay.
32Problems of monopoly operators Curitiba,
TransJakarta
- Public authority loses control over private
operator. - Fare goes up, (Curitiba fare is 0.55 cents
compared to 0.40 in TM), OR - Operating costs per km go up (TransJakarta is
paying too much per bus kilometer)
33TransMilenio Bidding Criteria
34Penalities for Poor Service in TransmilenioVehicl
e deficiencies, the fine is a function of the
revenue per kilometer
- 50 kilometers for altering the vehicle in its
interior or exterior, non-authorized
advertisements, stereos, drivers cellular or
walkman use, lights that dont work, unclean bus
or seats in a bad shape. - 100 kilometers for doors that dont work properly
and worn tires. - 250 kilometers for altering or damaging the GPS
and radio communication system. - 25 kilometers for running leaking fuel or oil
- 50 kilometers for noise and air pollutants above
the levels stipulated in the public bid. For
mishandling hazardous material and for not
following the maintenance, reparation and
revision schedules
35For customer service deficiencies, the fine is
equivalent to a 20-day minimum wage. For
operations deficiencies, the fine is a function
of the revenue per kilometer
- 25 kilometers for stopping the bus at different
stations than the assigned ones or for stopping
for a longer period or not stopping at an
assigned station. For blocking an intersection - 60 kilometers for parking the bus in an
unauthorized place or change the route without
authorization. For delaying the operation for no
reason or for over passing another bus with the
same route - 175 kilometers for operating in non-authorized
hours - 250 kilometers for picking up or leaving
passengers in places different from the stations.
For riding the buses on streets different from
the trunk lines without TransMilenios
authorization, for drivers abandoning the bus
for no reason
36For administrative and institutional
deficiencies, the fine is a function of the
revenue per kilometer, as follows
- 50 kilometers for failing to send the reports
required by TransMilenio and for opposing to
receive inspectors from TransMilenio, hiding
information or providing wrong information - 100 kilometers for wrong practices in
administrative and accounting procedures and
abusing of the dominant position
37Private investment into the buses is not just
about getting the money
- Privately owned buses tend to be better
maintained because they own the asset. - Private operators are usually better able to
negotiate a lower price and better service
contracts for the buses from manufacturers - Private operators are more likely to make a
reasonable choice of bus technology not
influenced by political considerations that may
compromise service quality - Procurement is the most typical source of
government corruption.
38Bring system into regulation one corridor at a
time or all at once
- Curitiba modernized regulatory structures over 20
years and city wide - Sao Paulo also did it in phases
- Bogota brought the BRT corridors into regulatory
system and left rest of the system in informal
control.
39Constructing a Financial Model
40Steps to Creating Financial Model
- Basic business model needs to be defined (How
many companies, integrated or split trunk and
feeder, etc) - Demand needs to be estimated for different fares
using a traffic model - Operational model needs to be defined (number of
buses needed, daily and weekly schedule) - Range of bus options needs to be defined by
demand - Local bus and fare collection equipment
procurement costs need to be determined for each
bus option - Local operating costs of each bus type need to be
estimated - Total operating cost of each system component
needs to be estimated (the bus operations, fare
collection operations, system manager admin
costs, etc) - Total costs can then be compared to projected
revenue - Decisions about fare, Phase I system size, and
technical spec can then be finalized
41Fare should be set once the total system costs
and total system revenues are known
- Calculate total system operational costs
(including bus and ticketing system procurement) - Calculate total projected system revenues
- Set the fare where the revenues cover total
system costs (except infrastructure) plus rate of
return on investment. - If system revenue is not enough, consider the
following - Change the Phase I system size and/or route to
capture more demand - Cut more competing bus routes
- Reduce the technical spec on the bus (use cheaper
buses) - Work to further optimize the operations
- ONLY THEN Re-apportion some costs to the public
budget.
42The following can then be done if business model
shows system still not profitable
- Management costs of BRT Operating authority shift
to public budget - Ticketing equipment procurement shift to public
budget - Station maintenance and security shift to public
budget - Road maintenance shift to public budget
- Look for alternative revenue (advertising, real
estate, PPP for terminal development) - Look for cheap financing from a development bank
or export credit agency - Reduce the of operating companies to achieve
economies of scale (management of bus companies
are fixed costs) - Look for exemptions on fuel taxes, VAT, vehicle
import duties, corporate taxes etc. - Look for PARTIAL govt guarantee on the bus
procurement loan - ONLY THEN CONSIDER
- Partial bus procurement subsidy
- NEVER subsidize operations! If you need to
subsidize operations, there is a problem with the
way the system was planned.
43Distribution of TransMilenio Revenue
44TransMilenio Phase I Trunk Bus Operators
Number of trunk operators a function of the
number of depots/terminals. TM has 3
depots/terminals, each operator has one. Most
bus km concentrated near terminal/depot to
minimize dead (non-revenue generating) km.
45Successful Bids Feeder Routes, TransMilenio
46(No Transcript)
47Thank You