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8/2/2019 Chap 10 2003
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A Review of Telecom Regulatory Authority of Indias Tariff and Interconnection Regulation 239
A REVIEW OF TELECOM REGULATORY
AUTHORITY OF INDIAS TARIFF AND
INTERCONNECTION REGULATION
Rekha Jain
Tariff rebalancing and interconnection regulation plays a
critical role in reforming the telecom sector, characterized
by rapid technological changes and monopoly service
provision by the incumbent. Due to rapid advances in
technology, the prices of long distance communication have
fallen more dramatically and incomparably more than that
of the wire line local access. Further, competition in the
long distance segment has resulted in a sharp decline in
prices, almost bringing them near costs. However, the decline
in long distance prices may not be accompanied by cost-based local access rates. They may have been historically
kept low due to political reasons. The below cost rentals and
call charges may not invite private participation. On the
other hand, it may not be possible to have above cost long
distance charges (usually used to subsidize the below cost
rentals and local call charges) in a competitive environment.
Tariff regulation to rebalance these by increasing local call
charges as a means to encourage private entry and
corresponding reduction in long distance charges creates the
appropriate incentives for investment. Tariff rebalancing as
a regulatory tool can ensure adequate incentives to the
incumbents for the transition to a competitive environmentby specifying the road map and protecting its revenues.
Interconnection to the Fore
With multiple players in the industry, interconnection has
become a critical issue, especially as the incumbent usually
has a large spread out network. The challenge before
regulators is to provide a framework that addresses not only
the technical, economic, and commercial aspects, but also
provides for technological changes. The regulator must adopt
policies that encourage the emergence of a competitive
market, despite the reluctance of the incumbent to provide
interconnection to the new entrant. With the deregulation
of the Indian telecommunications sector and the move from
monopoly to duopoly and finally to oligopoly in the telecom
sector, the choice for the end user has increased. However,
this has also placed demands on the regulator to ensure
implementation of policies for efficient operation of the
sector with interconnection as one of the critical issues in
enhancing competition.
One of the most crucial and debated issues in
interconnection regulation is interconnection charging as itforms a major part of both the expenses as well as the
revenues for a telecom operator. Interconnection charging
can be a significant factor in the viability of the business
of an interconnection-seeking private telecom operator as
well as for the interconnection-granting incumbent. The
access charges, if passed on to the consumers, also affect the
retail price of services offered. Therefore, the charging regime
has to be efficient, fair and unambiguous to protect the
interests of all the players. TRAI began tariff balancing as
early as in 1999, and the exercise has gone through two
phases (Box 10.1).
PRIOR EVENTS
In May 1999, the TRAI allowed fixed service operators to
provide WLL services using CDMA as it would be strongly
in the interest of the subscribers. Technologically, this was
a cellular service1. However, TRAI had limited the mobility
that could be offered on these networks to the Short Distance
Charging Areas (SDCA). The spectrum for these services
was given on a first come first serve basis and the players
1 For a detailed discussion of this initiation and the likely fall
out see Annexe Table 10.1, Jain and Sanghi (2002).
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Box 10.1
Tariff and Interconnection Regulation (The Earlier Phases)
THE FIRST PHASE
TRAI began the tariff rebalancing with a second consultation paper in September 1998 and specified the tariffs in the first TelecomTariff Order, March 1999 (TTO 99) (http://www.trai.gov.in/order.html).
Tariff Rebalancing
For fixed services, the TTO 99 was the first step in the process of tariff rebalancing. The tariffs were specified in terms of standard
packages that all providers were obliged to offer. However, there was provision for both fixed and cellular service providers to offer
alternative packages in terms of monthly rentals and per minute charges. The TTO 99 envisaged an increase in monthly rentals
and a decrease in NLD and ILD tariffs to bring them near costs in 3 phases over a 3-year period. The phasing would help to
cushion the impact of changes. The TTO 99 categorized the users as rural and urban (based on classification as per census) and
further within each category, the users were divided into low, general, and commercial. The rentals for the different categories varied
and also depended on the exchange capacity to which the subscriber was connected (Annexe 10.1).
The categorization into low and general user was based on the usage in terms of MCUs. For both the urban and rural users,
low users were those who made less than or equal to 500 MCUs per month, while general users were those who belonged to neither
commercial nor low user categories. The definition for commercial user was left to be decided in the future after a due processof consultation. For the time being, commercial users were those who opted for a rental under the commercial category. For rural
subscribers, if MCUs were less than or equal to 500, then the per call unit charge would be Rs 0.80, additional MCUs would
have a charge of Rs 1.00 per unit, while for urban areas, the corresponding charges were Rs 1.00 and Rs 1.20, respectively. The
per minute charge did not vary within the specific sub-categories (low, general, or commercial). The rural and urban subscribers
got 75 and 60 free MCUs per month.
The paper provided for a change in rentals for every year for the 3-year period for the period 1 April 2000 to 31 March 2002
only for the general category. For the long distance and international calls, the TTO 99 specified a pulse rate and charge on different
distance slabs. These were expected to reduce over the 3-year period. For the rural subscriber the minimum and maximum charges
for a one minute long distance call at pulse charge of Rs 0.80 per minute would be Rs 0.80 (for a call within 50 km) and
Rs 20.00 (for a call distance of greater than 1000 km). These were expected to be Rs 0.80 and Rs 14.40, respectively by 31 March
2002. For the urban subscriber the corresponding rates would be Rs 1.00 and Rs 25.00, expected to go to Rs 1.00 and Rs 18.00,
respectively, over the 3-year period. The above elements were a part of the standard package which all service providers were required
to provide. For cellular services, the TTO specified cost based rentals (Rs 600 per month) and air time tariffs (Rs 6 per minute).
Interconnections
Interconnection regulation had been in terms of interconnection charges (set up charges) and revenue share (usage charges) a . The
basic framework was laid down in TRAIs consultation paper on Telecom Pricing (9 September 1998) and TTO 99. Key aspects
of the framework were: Interconnection prices were based on costs and usage charges were based on a percentage of revenue share.
For interconnections between fixed services providers, the provision for the local calls was on the basis of bill and keep, for NLD
calls the revenue share proportion was 40:60 for the originating and terminating service provider, respectively. For ILD services,
revenue share proportion was 45:55 between the originating and terminating network, in this case, the DoT.
For interconnection between fixed and mobile services, the Receiving Party Pays principle was followed, with no revenue share.
The called party would pay the airtime. For calls between the mobile to fixed services, the originator would pay the airtime as
well as the Public Switched Telephone Network (PSTN) charges (as applicable). The PSTN charges were to be passed on to the
fixed service provider in toto for the long distance and the international component.
TRAI proposed a shift to the CPP regime in September 1998 but shifted the implementation to August 1999, as the implicationsof the National Telecom Policy 1999 (NTP 99) that was likely to be announced in March 1999 also needed to be factored in.
The NTP 99 changed the annual licence fee to a 1-time entry fee and an annual revenue share. This had implications on the
cost-based tariffs. TRAI subsequently reviewed the tariffs and reduced the cap on rentals (from Rs 600 to Rs 450) and airtime
(from Rs 6.00 per minute to Rs 4.0 in metros and Rs 4.50 in circles). The revenue share for NLD and ILD continued as before.
For fixed to mobile local calls, TRAI specified a charge of Rs 2.40 for the first minute and Rs 1.20 for each successive minute.
Along with it, the revenue share was mandated as 33:67 per cent between the fixed and mobile operator specified as a mobile
terminating charge. Due to MTNL and others filing a case in the High Court requesting for a stay on the CPP regime on the
grounds that this would lead to (i) increased costs due to network upgradation, bill collection, and bad debts, and (ii)TRAI having
no jurisdiction to issue or to make regulations to regulate arrangements amongst service providers. The courts held that TRAI did
not have powers to alter the terms and conditions of the licence (through specifying the revenue sharing regulation). Subsequently,
the government issued the TRAI Amendment Ordinance 2000 in January 2000. This changed the composition and powers of
TRAI, specifically giving TRAI the power to fix interconnectivity terms, and setting up the Telecom Dispute Settlement Appellate
Tribunal (TDSAT). In addition to the scope of the disputes in the earlier act, the tribunal would also be the appeal mechanism
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A Review of Telecom Regulatory Authority of Indias Tariff and Interconnection Regulation 241
would have to follow the associated roll out obligations. The
cellular operators had regarded this as a backdoor entry for
fixed service operators to provide cellular services, without
having to pay the high licence fees for spectrum that they
had paid in the auctions. The Cellular Operators Association
of India (COAI) had taken this issue to the Telecom Dispute
Settlement Appellate Tribunal (TDSAT), that had agreed
with TRAIs decision to allow WLL (LM) services. The
COAI had then appealed against the TDSAT decision in
the Supreme Court. The Supreme Court had allowed the
roll out of WLL (LM) services while enjoining the TDSATto examine the issues of level playing field raised by the
COAI. Any disadvantage to the cellular operators due to the
regulation was to be neutralized.
The COAI considered WLL (LM) services as unfair
impositions in the market. Therefore, when Tata Teleservices,
a fixed service provider, rolled out its CDMA-based WLL
(LM) network in mid-January 2003, the cellular operators
denied it interconnectivity with their networks. Since there
was no formal interconnect agreement of the fixed service
operators with cellular operators, Tata Teleservices started
routing its calls through the BSNL/MTNL network. But
the cellular operators were able to block such calls too. In
retaliation, BSNL and MTNL cut off access to selected
cellular operators. Subsequently, the then Minister for
Information Technology and Telecommunications, Pramod
Mahajan, after a meeting with cellular operators, announced
that he would be willing to arbitrate in the dispute to
ensure fair and equitable outcomes and all networks should
conform to the need for interconnectivity with others.
THE THIRD PHASE OF INTERCONNECTION
REGULATION
Since the March 1999 consultation dealt only with
interconnections of the various service providers with DoT,
TRAI brought out a consultation paper on 14 December
2001 to address the interconnection issues and to develop
a General Framework for Interconnection (GFI) in the
context of private NLD operators entry into the telecom
service market. This provided a methodology for charging
carriage of a long distance call in a multi-operator
environment and to discuss issues relating to equal ease of
access by subscribers to the NLD networks particularly
relating to Carrier Access Code (CAC), pre-selection, and
default carrier (http://www.trai.gov.in/intpap.doc).
for the decisions of TRAI. The decisions of the tribunal could be appealed against only in the Supreme Court. (for a detailed analysis,
see Sinha 2001)).
THE SECOND PHASE
The second phase of the rebalancing was to be effective from 1 April 2000 but was postponed to July 2000, as due to the lagin the availability of data for the required period of operation, the TRAI could not do the necessary review. This was further postponed
by a month to August 2000. During the review process the service providing arm of the erstwhile DoT, called Department of Telecom
Services (DTS), (now BSNL) mentioned that due to tariff rebalancing, (the long distance calls becoming cheaper), it had earned
lower revenues by Rs 20002200 crore during 19992000. The flexibility of the alternative tariff package had been utilized to
the extent of not charging rent for subscribers making 200 MCUs. This had led to a further loss of Rs 10001200 crore.
However, in TRAIs assessment, due to the delays in implementation of the second round of rebalancing, declining cost of telecom
equipment and overall revenue increase due to lower priced STS/ISD calls, the effects of the rebalancing in the first phase had
not been very severe. As it expected the DTS to bring about efficiency changes to further reduce its costs, TRAI decided to go
ahead with the second round of rebalancing which would be applicable until 31 March 2002. The longer time frame would enable
elasticity of demand to manifest itself, and give greater time to the incumbent to make structural adjustments.
The STD rates were expected to decline by nearly 11.5 per cent, while the rentals were not expected to significantly change
during this period. While the original plan had envisaged an increase in rentals for the general subscriber category, the TRAI decided
not to implement it, as it felt that the total loss on this account would be about Rs 200220 crore. This amount, as a percentageof total revenues of DTS was very small and could be made up by greater number of STD/ISD calls and improved efficiency of
the incumbent. It felt that not increasing the rental would help in the increase of teledensity.
Since TRAI was in the process of working out the cost-based tariffs on the basis of forward looking costs and a different
methodology, both of which were going to be a part of a further consultation process, it deferred an increase in rentals. The revised
tariffs were to be effective from 1 October 2000.
In August 2000, the National Long Distance Competition policy that would allow private operators to offer long-distance services
was announced and it was expected that this would bring down long-distance prices. A revision in the cellular air time to Rs 3
per minute was also affected.
a The Set up Costs of Interconnection is specified as the initial cost of any engineering work needed to provide the specific interconnection facilities
requested and the Usage Charge is specified as the charge levied by a service provider for carriage of telecommunication traffic on its network.
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Subsequently, consultations with the stakeholders as well
as the TRAI consultation paper 2001/5 dated 14 December
2001 led to regulation for interconnection charges and
revenue sharing for WLL (LM). These were as per the fixed
service licences. TRAI felt that given the changed marketconditions (introduction of greater competition in cellular,
introduction of players offering WLL (LM), and competition
in the NLD and ILD segments) in the interim, the tariffs
for other categories needed to be reviewed. By this time the
long-distance tariffs had fallen considerably (and in excess
of those stipulated in the TTO 99), due to the introduction
of competition. Annexe 10.2 gives the existing NLD calls
as well as those specified in the TTO 99.
Events in 2002 and 2003
The third phase of rebalancing consisted of 2 parts. Thesewere implemented through TTO dated 14 March 2002 and
TTO dated 24 January 2003, respectively. In the TTO
dated 24 March 2002, TRAI decided to club the categories
of general and low user into a single category of non-
commercial user subscriber. Since a tariff review was under
way, TRAI decided to implement the tariffs as per the earlier
order and only for the commercial user subscriber. The
service providers were required to identify the commercial
user subscriber and implement the tariff package accordingly.
The free calls were reduced to 30 and 45 for the urban and
rural commercial subscribers (Annexe 10.3).
In July 2002, TRAI came out with a framework for aReference Interconnect Offer (RIO). The RIO specified the
framework and the unbundled network elements to be
taken into account while calculating the IUC, that was
applicable in a multi-operator context. The players with
significant market power (players with more than 40 per
cent of the relevant market share) were required to publish
the RIO.
TRAIs consultation paper on Tariffs for Cellular Mobile
Telephone Services dated 8 July 2002 (www.trai.gov.in/
cellular%20cons%20paper-final.htm) related to the changes
in cellular tariffs that had happened because of changes in
the cost structure of the cellular operator due to decreasingcosts and increasing subscriber base. A review of the
competitive trends in basic services was undertaken by TRAI
(http://www.trai.gov.in/consultbasicpaper.htm) in September
2002. This paper laid out the basis of tariff rebalancing and
the possibility of using ADC. It laid out the framework for
estimating cost-based tariff, various means of addressing the
access deficit, and mechanisms to estimate the IUC.
TRAI came up with the TTO 2003 and the accompanying
Telecommunications Interconnections Usage Charges
Regulation. These formed the basis for the third phase of
rebalancing. The regulation covered arrangements amongst
service providers for payment of IUC for telecommunication
services covering basic, including WLL (M), services,
cellular mobile service and long-distance services. The
interconnection charges would continue to be governed by
the Telecommunications Interconnections (Charges and
Revenue Sharing) Regulation 2001, except to the extentthat it was modified by the current regulation.
Access Deficit
Since the first tariff review, while the NLD and ILD tariffs
had been substantially reduced, adequate increments in
rentals and local charges had not taken place. As per TRAI,
this had created an access deficit for the fixed service provider.
This was due to rentals and local call charges continuing
to be below cost.
The tariffs in the TTO 2003 were, as earlier, based on
an affordability criterion and the objective of increasingteledensity. TRAIs studies (http://trai.gov.in/24thamend
ment.htm) indicated that users would not like rentals and
local call charges to be increased. On this consideration,
TRAI did not increase rentals and local call charges. The
access deficit could only be compensated through NLD
and ILD charges. The ADC was to be recovered through
IUC.
Consideration of acceptable rentals based on Consumer
Price Index increments was rejected because the increase
could have implications with respect to the differential of
rentals between fixed and WLL (M) and cellular services.
As per TRAI, the rentals for fixed services were to bedetermined so that changes are not brought about in a
manner which reduces the spread of the basic fixed line
services called Plain Old Telephone Systems (POTS), which
is considered an essential service in a developing country like
ours. (www.trai.gov.in/consultbasicpaper.htm, page 36) The
commercial users were to pay higher rentals, while tariffs
for the non-commercial users was not changed in the interest
of affordability and increasing teledensity. A new rental
category was defined for senior citizens (definition was the
same as for payment of income tax).
The pulse duration for local charge was reduced to 2
minutes from the earlier three minutes. Given thecompetition in the NLD, there was forbearance, subject to
a ceiling of Rs 8.40 per minute for peak time. On the ILD
segment, there was total forbearance.
The IUC included the ADC payable to the fixed service
operators which they must get in order to keep the rentals
as well as local calls affordable (http://www.trai.gov.in/
consul25.htm, page 6, point 1). The IUC determination
was based on the detailed data given by the service providers
based on an assessment of the various cost items
attributable to the network elements involved in the
different stages in setting up of a call in a multi-operator
environment.
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A Review of Telecom Regulatory Authority of Indias Tariff and Interconnection Regulation 243
ADC Computation
For Cellular Mobile and Wireless in Local Loop with limited
mobility (WLL-M), the Access Deficit Charge is not
applicable as the rentals and call charges have been left to
market forces and have not been kept below cost by
regulation, as is the case with fixed local telephone service
(POTS) (www.trai.gov.in/consul25.htm, page 8, point 8).
For fixed services, the ADC was assessed by fixing an
affordable level for rental/ local call charges, such as monthly
rentals, local call charges, special concessionary local call
charges in the rural areas, provision of free calls, and other
below cost tariffs that the regulator specified to make the
fixed services affordable to the common man to promote
both Universal Service and Universal Access as per NTP 99
rather than leave these to the market. In order to reach the
final estimates of IUC this Regulation takes into accountthe requirements of Access Deficit Charge arising out of the
Tariff Order being issued (www.trai.gov.in/consul25.htm,
page 8, point 7).
For calculating the IUC, cost data from BSNL and
MTNL, which are the dominant operators providing fixed
and NLD services, was taken. For deriving the capex, TRAI
took the audited figures of BSNL, for the financial year
20012 (Annexe 10.4). The components included data on
depreciation charges during the year, net block, capital
works in progress, current assets, current liability, employees
remuneration and administrative expenses. Information on
the number of DELs at the end of the period was alsoprovided. CAPEX + Depreciation costs and OPEX costshad been converted to cost per line against these heads by
dividing the costs with the DELs as on 31 March 2002. The
derived values were adjusted for costs attributable to
telephone service with the assumption that only 95 per cent
of total revenues are derived from these services (Annexe
10.5).
The overall CAPEX and OPEX were allocated to different
portions of the network by allocating these costs in the same
ratio as was done by the BSNL in its RIO Schedule report
cost data submitted to the TRAI. Thus, based on BSNL
inputs, the aggregate amount of CAPEX + OPEX had beenallocated to network elements based on Mean Capital
Employed for each un-bundled network element as shown
in Annexe 10.6. On this basis, the rentals were calculated
as Rs 424 per month. The average recovery of BSNL on
the rentals was Rs 165175 per month. TRAI suggested
that the access deficit on rentals amounting to Rs 249259
needed to be recovered through ADC. In order to calculate
the total amount to be recovered through the ADC, the free
calls and the 300 below cost metered call units (MCUs)
provided in rural areas were factored in (Annexe 10.7).
The ADC-incorporated local charges were estimated as
Re 1 per minute, while those for long distance were Re 1
per minute plus the cost of long distance carriage. But since
the per minute charges had been fixed at Rs 0.80, Rs 1.00
or Rs 1.20 per two minute duration, the portion of the
access deficit not recovered from the local calls was to be
recovered from the long distance charge.For the rental portion, the capex up to the SDCC, licence
fee (revenue share), and spectrum charge (12 per cent) were
taken. Local charges were taken on the opex for that part
of the segment distributed across the minutes of usage. A
similar principle of relevant costs (based on the work done)
distributed over minutes of usage for computing the long
distance charge was used. In this case licence fee (revenue
share) was taken as 15 per cent. Both origination and
termination charges for fixed line to fixed-line calls were
taken as equal. For the long distance charge, the access deficit
on account of below cost local charge was also added. It was
also decided that the IUC (including the ADC component)would be uniform (independent of the distance slabs) due
to current technologys inability to implement differential
IUCs. With the ADC loaded to the IUC, the new NLD rates
were higher than the then prevailing NLD prices.
The fixed to cellular calls would be chargeable at Rs 1.20
for 90 seconds in metros and Rs 1.20 for 60 seconds in
circles. For cellular services, a mobile termination charge,
based on costs of termination was specified. With this, the
receiving party was not required to pay for the incoming
calls. In effect, this implemented the CPP. The cellular
operator would get Rs 0.30 as mobile termination charge
(MTC). The balance would be retained by the fixed service
provider. For intra circle calls, the charge was Rs 1.20 per
minute and the cellular operator would get Rs 0.40 per
minute for termination.
For cellular to fixed line, the cellular operator would give
Rs 0.50 in metros and Rs 0.60 in circles, respectively. An
additional Rs 0.20 would be paid to transit Level II tax in
circles. These charges were based on the existing subscriber
base, a quarterly annual growth of 25 per cent for January
to March 2003 and an annual growth rate of 70 per cent
over the period April 2003 to March 2004. The opex was
based on data of 25 metro and circle operators based on theannual audited figures reckoned to work out opex as on
31 March 2004. The per minute usage figures of 220 minutes
was expected to go up to 250 minutes (Annexe 10.8).
Unlike the earlier CPP introduction, this time TRAI felt
that the additional costs to be borne by the fixed subscriber
(to pay for the MTC) were not high. The MTC had come
down due to fall in prices of the network elements, increasing
subscriber base and additional revenue from value added
services (VAS). On the plus slide, the TRAI felt, it would
enhance the call completion rates as the called party would
not have an incentive to keep the handset off to avoid
unwanted calls.
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The changes in tariffs were viewed as significant due to
the shorter call duration, reduction in number of free phone
calls (from 75 to 30 for urban), and what was viewed as
differential pricing for BSNL/MTNL subscribers making
calls to cellular/WLL(LM) phones. While earlier, a 3-minutecall from a landline in a metro to cellular subscriber in the
same service area cost Rs 1.20, the same would cost Rs 3.60
and a call to WLL(LM) would cost Rs 2.40.
The Political Fall Out
Due to political pressure and the media coverage of this
issue, the then Minister for Information Technology and
Telecommunications, Arun Shourie, was summoned for a
meeting with the Prime Minister, the Deputy Prime Minister,
the Union finance minister, and the BJP president, M
Venkiah Naidu to discuss the political fallout of the tariff
increase. This led to an announcement of a partial roll backof the tariff increase. The number of free calls for BSNL
subscribers was raised to 50 and 75 for the urban and rural
categories, respectively. The MTNL subscribers would get
60 free calls instead of the 30 announced earlier. The fixed
to cellular calls anywhere in the country would cost Rs 3.60
for 2 minutes.
TRAI also announced it would review its regulation on
the implementation of the IUC and sought comments and
held open house discussions as there were several concerns
regarding the treatment of ADC, its computation, and its
incorporation into the IUC.
THE ISSUES AND AN EVALUATION
We analyse the organizational and policy issues in the context
of this exercise of tariff rebalancing and subsequently focus
on issues relating to the treatment of ADC and IUC.
Independence of TRAI
Despite the TRAI Amendment Ordinance (2000), that gave
it the power to fix interconnectivity terms, TRAI has not
been able to enforce its mandate as is evident from the case
of cellular operators denying interconnections to WLL(LM)operators or BSNLs blocking of calls. By not enforcing the
interconnections, TRAI created space for intervention by
the minister.
Technology Neutrality
While TRAI professes to be technologically neutral, its
perspective that POTS through wireline is best for a country
like India does not reflect neutrality. In another instance,
exemplifying the same perspective (and contradictory to its
stand on ADC), it did not recommend increasing wireline
rentals as they would then compete with cellular and
WLL(LM) rentals, and, therefore, subscribers could prefer
them over fixed line. Creating price differentials through
regulation could create demand for a particular technology
that would not otherwise exist in the market. Such
interventions would be detrimental to the growth of the
sector. Technology choices should be left to the market.
The Extent of Tariff Rebalancing
While TRAI started out with a mandate for bringing about
full tariff rebalancing, its performance in this area has been
poor. The consultation paper on Tariffs for Basic Services
(23 September 2002, page 24) notes in the context of
rebalancing,the objective would be to make the access deficit
zero by raising the rental/local call charges to their cost-based
levels. In the following sections we identify the major issues
that needed to be resolved for achieving the objective.
The Segmentation Framework
The TTO 99 gave the right perspective by segmenting
subscribers as urban and rural and, within these categories,
as low, general, and commercial, and attempted to fix the
rentals accordingly. However, the basis for categorization
that was used for low users (MCUs) was not carried through
for general and commercial categories. In addition, the
rentals for the different categories did not indicate a clear
distinction between the subscriber categories (Annexe 10.1).
For example, a) the rentals for the low and general user in
the rural and urban categories were kept the same in the
first phase (from 1 April 1999 to 31 March 2000), b) the
rentals for the general and commercial categories both in
the rural and urban segments were kept the same during
the third phase (1 April 2001 to 31 March 2002), c) TRAI
clubbed the low and general categories into one category
non commercial, and d) after the first increase in rentals,
TRAI did not plan to increase them for the low user and
commercial categories during the subsequent periods. Thus,
TRAI was unable to leverage the differences in the
requirements for the 3 categories.
Basis for Increasing Rentals
TRAI could have been more aggressive about increases in
rentals, as in the years during the tariff rebalancing, the
Consumer Price Index had been increasing at 10 per cent
per annum. But it based its decision to a general sense of
affordability. While, despite the increase in consumer prices,
it may have been difficult to raise rentals for the low user,
the potential of commercial users to pay higher rentals was
not fully exploited. This was possibly not done as commercial
consumers may have demanded higher rentals to be linked
to better quality services (for example, flexibility in billing,
payments, etc.) which DoT/BSNL may not have been able
to commit to.
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Exploiting Alternative Tariff Packages
Even though TRAI was not very aggressive about the tariff
rebalancing, DoT/BSNL, should have easily foreseen the
emergent competition in NLD and offered alternative tariff
packages to the subscribers much earlier.The consultation
paper on Tariffs for Basic Services (23 September 2002,
page 24) notes that: It is pertinent to mention that while
rebalancing did allow for recalibration of commercial users
rentals, none of the service providers have raised these rentals.
The service providers have thus not rebalanced this element
although they had the opportunity to do so, and have
foregone some much needed resources.....
We estimate the extent of loss in revenues due to not
increasing the rentals. In March 1999, DOT/BSNL had
nearly 16 million DELs in non-metros (about 70 per cent
of them are urban, as per DoT/BSNL annual reports), and5 million lines in metro cities which went up to a total of
31 million lines and 6.8 million, respectively, by 2002. A
one-time conservative increase in the rentals of Rs 100 per
month in the commercial category would have yielded
additional revenues of Rs 1200 crore in 1999 going up to
Rs 2000 crore in 2002. (This assumes that in the urban
areas, 60 per cent lines are in commercial categories). This
calculation does not take into account the possibility of
higher revenues that could be generated by linking higher
rentals to lower per minute call rates, leading to greater
usage.
While operators had the option of alternative tariffpackages since 1999, they had not exercised this option
until May 2003. If the fixed service providers do not leverage
the flexibility (alternative tariff packages), they cannot claim
that they were not allowed to recover access deficit.
Freedom in Bundling Targeted Subsidies
Lower rentals need to be targeted only for those customers
who cannot afford to pay the true cost of service provision.
TRAI based its calculations of lower rentals on a study
which fixed them according to the level of affordability
for different categories. However, the TRAI consultationpaper does not provide a reference to the study and the
underlying assumptions. In contrast, a number of various
other studies have shown that the rural people spend
significant amounts on telecom services. The trade-off for
them is in terms of cost of alternative means of
communications (Jain and Sastry, 1997, 1999).
Categorization of all subscribers who live in rural areas as
qualifying for lower rentals and higher free calls is against
any economic principles. This leads to poor services in rural
areas (as operators are unable to recover costs), further
exacerbating the problem. The rentals should be based on
MCUs and subsidies should be targeted.
Before identifying the specific set of subscribers who
should receive subsidized access, there could be a process of
self-selection. The targeted subscribers for whom affordability
is an issue, could have a cap on usage charges. The total
bill for such customers can be generated with lower rentalsand lower call charges. The problem in such an approach
is that it could lead to a situation where subscribers opt for
multiple phones at lower rentals. This could be addressed
by requiring a proof of residence and having a searchable
database of addresses. In any case, this is the basic information
that is required for billing purposes and is not a huge
additional cost.
The Incorrectness of Data Values Supplied by BSNL
The values used by TRAI from the balance sheet of BSNL
should only be used for creating some possible scenarios andnot as a basis for decision-making. The balance sheet has
several underlying significant assumptions that are not
explicitly considered in the paper. For example, the basis of
arriving at the BSNL valuation at the time of corporatization
and, hence, the value of Gross Block and depreciation was
historic costs. Since BSNL did not have commercial
accounting practices, there were problems with this valuation.
Various other examples of problem areas are provided in
Annexe 10.9. The data problems are likely to remain unless
BSNL adopts commercial accounting practices. Other
examples of discrepancies are:
The Gross Block numbers used to calculate the capex
also reflects the investments made by BSNL for its cellular
services. As per the annual report a capacity of 4 million
cellular lines have been installed, of which 2.4 million lines
have been made operational. These amounts need to be
deducted for calculating the fixed cost per line.
While BSNLs ROR on capital employed is 9.6 per
cent, in calculating the pre-tax percentage for allocation to
capital, it has been taken as 13.78 per centfor a regulated
industry these are far too high2.
The values of net block have been arrived using the
historical cost. These reflect the inefficiencies of the past,
and do not take into account falling prices, at least in some
segment (exchange) centres, for land lines.
Treatment of Access Deficit
Much, therefore, depends on the flexibilities available
in the existing set of tariffs, that is, those relating to the
NLD and ILD sectors for rebalancing. The current paper
would need to factor in the changed competitive conditions
2 Indeed, for service providers, which are trying to take
advantage of network economies, by rapid growth of its network,
strategic pricing would, at that stage, mean low return.
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as well as the feasibility and desirability of using IUC as a
means to address the issue of access deficit. After stating
this, the consultation paper does not discuss the alternatives
for managing the access deficit. It assumes that IUC is the
best mechanism to manage it. There must be deliberationson whether it is indeed so.
USO as a Better Mechanism than IUC to Fund the AD
The IUC mechanism to implement the ADC is not
appropriate. The loading of ADC implies that subscribers
of all networks that interconnect to the BSNL/MTNL
network, in effect, subsidize all the subscribers including the
commercial and urban subscribers of the BSNL/MTNL
network. While the USO mechanism imposes a cap on
subsidy that is based on the revenues, the IUC (loaded with
ADC) is determined on the basis of subsidy that has
already been decided to be provided. The IUC (loaded with
ADC) does not provide any signals regarding the quantum
at which the ADC will be capped.
Inappropriate Unbundling of Costs and Revenues for
Rentals and Free Calls
In calculating the ADC, TRAI unbundled the costs of the
local network and free calls and reviewed them against the
revenue attributable to rentals as opposed to calculating the
total revenue in relation to the total cost.
Economically, there is no reason to presume that an
input that is used to provide a variety of different servicesmust have its cost recovered from a particular charge. Rather,
if one input is used to facilitate a large variety of retail
products, then any evaluation of the deficit or surplus
associated with that input needs to consider the entire
operations of the relevant firm.
From the subscribers perspective, in acquiring a
connection is the trade-off in the various costs (rentals,
local, long distance, international, Internet, cellular) balanced
against the benefits. From the operators perspective, it is
the collective revenue from all services that indicate the
profitability of the specific customer. If providing access to
a customer is profitable when all revenues and costs associatedwith that customer are considered, then there is no
meaningful access deficit for that customer.
But the access deficit has been calculated only with
regard to rentals and free calls ignoring any economic profits
that accrue to the fixed service providers including BSNL
from other telecommunications services. The availability of
other services, such as cellular and Internet over the same
network gives rise to additional calls, the revenue for which
accrues to the access provider as these calls originate at the
subscriber end. For example, the cellular to fixed line and
fixed to cellular calls constitute 70 per cent of the total
cellular calls.
The TRAI consultation paper assesses the ADC by
adjusting the fixed cost per line per year as Rs 5120.46
(Annexe 3.5), which has a pre-tax return of 13.48 per cent
built into it only against the rental of Rs 200 per month
plus the cost of free calls. However, it should also take intoaccount the revenue per line (Rs 7317 per year) after
adjusting for the opex of Rs 2243.34 per DEL per year. (As
per BSNL Annual Report: Total income from services
Rs 242,998,944 thousand, total DELs 332184198, which
gives an income per DEL per year as Rs 7317.) Since the
actual pre-tax return on capital for BSNL is 9.36 per cent,
the actual revenue generated by BSNL more than adequately
covers the capex and opex.
The Benefits to the Incumbent
Any access deficit calculation of revenue shortfall arisingfrom regulatory constraints should be significantly discounted
by a value ascribed to the strategic benefits that BSNL
derives from basic access. Being the incumbent and dominant
provider of all telecommunication services, it has certain
advantages that may balance the costs associated with access.
These are: a) as the provider of basic access, BSNL is
necessarily the preferred supplier of all call services. For
example, users must make a deliberate choice for a
competitive service provider, which may involve operational
shortcomings (for example, use of a conditional access code);
b) BSNL is able to include all services on one bill; c) being
the incumbent and the universal service provider bringsBSNL brand recognition; and d) as an incumbent BSNL
has certain cost benefits of network operations (for example,
early acquisition of sites for exchanges, towers), established
land access (for trenches), etc.
Desegregated Data for Different Service Components
And Accounting Separation
The revenue/DEL used by TRAI includes the long distance
and other revenues. The only way to arrive at desegregated
costs and revenues of the various segments is probably
through accounting separation of BSNL/MTNL into BSNLCellular, BSNL Long Distance, and BSNL Access. These
units would have to then offer their products and services
at non-discriminatory prices to any external party vis--vis
the various BSNL units. In such a scenario, if indeed BSNL
access has a deficit, then there could be a case for IUC (with
ADC).
Performance-Based ADC
While BSNL has justified its high long-distance charges due
to the social obligations of having to meet rural demand,
the recent (C&AG) report has identified that nearly 45 per
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cent of the village phones do not work. Similar results have
been reported in other studies (Jain and Sastry 1997, 1999).
Thus, BSNL has not only foregone revenues from call
origination but also from those phones in other parts of the
network wishing to contact the people in villages if thephone had been working.
During the monopolistic regime of DoT/BSNL, the
spread of the rural network had been poor. Even today, only
25 per cent of its DELs are in the rural areas. This implies
that without explicit performance criteria, it would be
difficult to ensure adequate rural coverage. The ADC recovery
through IUC does not provide for such a mechanism. The
quantum of deficit is first arrived at and then built into the
IUC. Even if the ADC-based IUC is to be implemented,
the ADC calculations should vary over the implementation
period, and provide for giving incentives to the compensated
firms to bring down the capex and opex values. For example,TRAI should specify the percentage points by which the
capex and opex values used in estimating ADC would come
down over a specified period. The TTO 2003 and the
accompanying regulation should also specify the time when
the next review would be undertaken.
The USO consultation paper has provided a framework
for assessing the access deficit (Annexe 10.10). Thus, the
only significant issue to be examined is whether the quantum
provided in the USO consultation paper is adequate, and
if not, best to increase it. It could be through an increase
in the percentage revenue of licence fee towards the USO
(say from 5 per cent to 7 per cent). Since the increment
is envisaged to come out of the existing licence fee, no
additional administrative changes need to be worked out to
manage a larger corpus.
Incorporating the Future Trends: Fixed Line and
Wireless Networks
The growth in wireless is expected to be extremely fast,
especially in the next 510 years. For example, during
20027, only 18 per cent of BSNLs future additions are
going to be in the fixed line category. The remaining 82 per
cent would be in the cellular and WLL categories3. Thefixed line that currently constitutes 95 per cent of BSNL
business will constitute only 60 per cent of its business by
2007.
The growing size of cellular networks (both the subscriber
base and minutes of usage) would ensure that revenues
contributed by the cellular subscriber would be verysignificant. An increasing number would come from the
non-urban areas. However, the ADC is based on fixed
networks. If using fixed networks becomes more expensive,
(because of the addition of ADC component of IUC), this
would cause a further migration to cellular networks
(especially as, by then, cellular networks would have reached
significant proportions of the total network size).
CONCLUSIONS
This chapter raises issues about the role of TRAI in the
context of facilitating competition through tariff rebalancing
and interconnections. While TRAI began the tariff
rebalancing exercise with the objective of completing the
same within 3 years, the target was ambitious to begin with.
Subsequently, it was not able to maintain the pace. A more
realistic timeframe would have led to a greater certainty and
credibility. TRAI lost significance of its role when it was not
able to enforce interconnections. Its perspective on assessment
of the ADC reflects the DoT/BSNL viewpoint rather than
an unbiased approach. The manner in which TRAIs
consultation papers on tariff regulation have segmented the
customer reflect a lack of technical expertise. TRAI wouldneed to ensure that its decisions reflect technology neutrality.
Otherwise the sector could see distorted growth due to
regulatory interventions. For this to happen, a change in the
mind-set of those responsible for making such decisions is
critical.
3 As per a news item in Economic Times, New Delhi: The
public sector telecom companies Bharat Sanchar Nigam Ltd and
Mahanagar Telephone Nigam Ltd would add about 3.95 crore
telephones by 2007. In the current 5-year plan (20027), BSNL
would add 81.70 lakh landline phones, 2.18 crore mobile phones
and 68 lakh Wireless in Local Loop (WLL) phones, meaning
thereby that the number of mobile phones added by BSNL would
far exceed fixed phones and WLL phone additions. The financial
outlay for BSNL has been earmarked at Rs 66,412 crore, an
official release said here. Another state-owned corporation MTNL
would add 16 lakh landline and WLL telephones and 11.57 lakh
mobile phones during the plan period. The private sector is
expected to add 2.55 crore Direct Exchange Lines (DELs) during
the period, it added.
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Annexe 10.2
STD Call Charge for Fixed to Fixed Calls (Call duration of 1 minute and pulse charge Rs 1.20 per metered call)
Distance category Peak tariff envisaged at Prevailing rate at present Percentage reduction
end of tariff rebalancing under
TTO 1999 (1 April 2002)
Intra Circle Inter Circle Intra Circle Inter Circle
Up to 50 km 1.2 1.2 1.2 Nil Nil
51200 km 4.8 2.4 2.4 50 50
201500 km 10.8 2.4 4.8 78 56
5011000 km 16.8 2.4 4.8 86 72
> 1000 km 21.6 2.4 4.8 89 78
Source: TRAI, Consultation Paper on IUC issues, 15 May 2003, page 39.
Annexe 10.3
Monthly Rentals for Rural and Urban Subscribers (Rs)
Exchange Rural Urban
System Capacity Type of User Type of User
Number of Lines Non-Commercial Commercial Non-Commercial Commercial
Up to 999 70 120
1000 to 29,999 120 160 120 160
30,000 to 99,999 180 220 180 220
1 lakh and above 250 310 250 310
Source: TRAI, The Telecommunication Tariff Order, 14 March 2002.
Annexe 10.1
Monthly Rentals for Different Subscriber Categories (TTO 1999) (Rs)
Urban Subscribers
Exchange From 1 April 1999 to From 1 April 2000 to From 1 April 2001 to
System Capacity 31 March 2000 31 March 2001 31 March 2002
Number of Lines Type of User Type of User Type of User
Low General Commercial Low General Commercial Low General Commercial
1000 to 29,999 120 120 160 120 140 160 120 160 160
30,000 to 99,999 180 180 220 180 200 220 180 220 220
1 lakh and above 250 250 310 250 280 310 250 310 310
Rural Subscribers
Up to 999 70 70 120 70 95 120 70 120 120
1000 to 29,999 120 120 160 120 140 160 120 160 160
30,000 to 99,999 180 180 220 180 200 220 180 220 220
1 lakh and above 250 250 310 250 280 310 250 310 310
Source: TRAI, The Telecommunication Tariff Order 1999, pages 912.
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Annexe 10.5
Calculations of CAPEX, Depreciation and OPEX Components per DEL based BSNL Cost Data for Year 20012
Total Number of DELs as on 31.3.2002 (in crore) 3.32
As per BSNL audited figures on 31.3.2002 (Rs in crore)
Depreciation charged during the year 8746.13
Depreciation per line in Rs 2632.91
Net Block 58,922.21
Capital Works in progress 10,826.24
Current assets 17,083.4
Current liability 20,369.55
Amount to be considered for multiplication by pre-tax weighted allocation of capital 66,462.3
Pre-tax weighted allocation of capital percentage 13.78
CAPEX Component 9158.5
CAPEX Component per line in Rs 2757.05
CAPEX + Depreciation per line in Rs 5389.96CAPEX + Depreciation per line in Rs attributable to telephone services (95 per cent) 5120.46OPEX
Employees Remuneration 3848.45
Administration 3995.79
Total OPEX 7844.24
OPEX per line in Rs 2361
OPEX per line in Rs attributable to telephone services (95 per cent) 2243.34
Source: TRAI, The Telecommunication IUC, 24 January 2003, page 30.
Annexe 10.4
Profit and Loss Account for the year ended 31st March 2002 (Rs 000s)
Year ended 31 March 02 Year ended 31 March 01
Income from Services 242,998,944 115,966,611
Other income 26,817,995 1,028,156
Total 269,816,939 116,994,767
Expenditure
Employees Remuneration and Benefits 38,484,520 20,700,739
Licence fee and spectrum fee (Ref. note 13, 14 on schedule U) 34,031,191 15,732,466
Administrative, Operating and other expenses 39,957,915 28,937,314
Financial expenses 4,682,106 2,742,899
Depreciation 87,461,309 38,580,811
Total 204,617,041 106,694,229
Profit before prior period adjustment and taxation 65,199,898 10,300,538
Prior period adjustments 3,321,938 -
Profit before taxation 68,521,836 10,300,538
Provision for taxation 5,400,141 2,830,000
Profit after taxation 63,121,695 7,470,538Appropriation:
Bonds Redemption Reserve 5,719,018 3,717,746
Surplus carried to balance sheet 57,402,677 3,752,792
Earnings per share 63,121,695 7,470,538
Basic/Diluted earnings per share (Rs) 12.62 1.49
Refer note 20 on Schedule U
Source: Annual Report 20012, BSNL.
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Annexe 10.7
Access Deficit Estimation
No. of fixed subscribers 40 million
Average cost-based rental Rs 425 per month
Average rental actually charged Rs 200
Deficit per fixed phone per month Rs 225
Annual deficit (per fixed line) Rs 225 12 = Rs 2700
Annual deficit on account of rentals for 40 million fixed subscribers Rs 10,800 crore
Average number of free calls 30 per subscribers per month Rs 1440 crore
Deficit on this account
Deficit on account of below cost calls between 0 to 50 km (706 calls per subscribers per year)
Per call deficit 25 paise per call Rs 750 crore
Total annual access deficit estimate Rs 13,000 crore
Source: TRAI, Consultation Paper on IUC issues, 15 May 2003, page 40.
Annexe 10.8
Illustrative IUC Charges and Prevailing Tariff for Different Type of Calls
>500 km 200500 km 50200 km 050 km
Inter Circle Intra Circle Inter Circle Intra Circle Inter Circle Intra Circle Inter Circle Intra Circle
F-F 5.1 5.1 4.75 4.75 4.45 2.45 0.5 0.7
F-W 3.6 3.6 3.25 3.25 2.95 1.95 0.85 0.95
F-C 3.5 1.2 3.15 1.2 2.85 1.2 0.75 1.2
W-F 3.6 3.5 3.25 3.15 2.95 1.85 0.85 0.85
W-W 2.1 2.0 1.75 1.65 1.45 1.35 1.2 1.1
W-C 2.0 1.0 1.65 1.0 1.35 1.0 1.1 1.0
C-F 3.5 1.2 3.15 1.2 2.85 1.2 0.75 1.2
C-W 2.1 1.0 1.65 1.0 1.35 1.0 1.1 1
C-C 1.9 0.8 1.55 0.8 1.25 0.8 1.0 0.8
Notes: F Fixed; W WLL(LM); C Cellular.
Source: TRAI, Consultation Paper on IUC issues, 15 May 2003, pages 434.
Annexe 10.6
Apportionment of CAPEX + Depreciation and OPEX to Different Network Elements Based on Audited accounts of BSNL for theYear 20012 based on the Mean Capital Employed by BSNL as given in Schedule 5 of RIO by BSNL
Network Element (NE) Share of Mean Capital Annual CAPEX + Depreciation Annual OPEX as
Employed per line as apport ioned for Network apport ioned for(in per cent) Element excluding licence and Network Element
spectrum fee
Access Loop 54.78 2805 1229
Local Exchange 20.38 1044 457
SDCC Tandem 1.27 65 29
Intra-LDCA (Level II Tax) 1.25 64 28
Inter-LDCC Intra-circle + Inter Circle (Level 1) 1.25 64 28LE-SDCC Transmission System 3.26 167 73
LE-SDCC Transmission Length (Avg. 10 km) 7.74 397 174
SDCC-LDCC Tax Trans. 0.66 34 15
SDCC-LDCC Tax Transmission Length (Avg. 40 km) 3.85 197 86
Inter-TAX Transmission Length (Intra-Circle) [SDH Rings] 0.31 16 7
Inter-TAX Transmission Length (Inter-Circle) 1.64 84 37Inter-TAX Transmission SDH-16 System (Inter-Circle) 0.33 17 7
Inter-TAX Transmission Length (Inter-circle) [SDH Rings] 3.27 167 73
Total 100.00 5120 2243
Source: TRAI, The Telecommunication IUC, 24 January 2003, page 31.
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Annexe 10.9
Examples of Problems with the BSNL Annual Report Data
As per the auditors report The accounting policies regarding depreciation of fixed assets are not uniformly applied across all the
circles.
The depreciation has been provided on fixed assets taken over from DoT as of 1 October 2000 on written down value method atrates as per the Companies Act, as if it were its original assets and has not calculated the rates for the remaining useful life of the asset
(page 48, BSNL, Annual Report, 20012). As per the auditors report, there are several places where it is mentioned that appropriate
commercial policies have not been followed in computing the depreciation. This has implications for the value used in calculating the cost
per line based on depreciation for the year (TRAI Consultation Paper 24 January 2003, Table 1, page 30).
The overheads (Establishment Expenses) are allocated as a percentage of capital expenditure at percentages prescribed by DoT and
not on the basis of directly allocable costs (page 50, Annual Report, BSNL 20012).
At several places the auditors have indicated that accounting practices recommended by the Institute of Chartered Accountants is
not being followed and amounts under several heads of account are unascertainable.
The fixed assets have not been revalued during the year.
It is not clear who (DoT, BSNL) will bear the incremental pension liabilities due to the pay increases on 1 October 2000.
Annexe 10.10
Relevant Excerpts from the USO Consultation Paper
In its consultation paper on USO, TRAI had suggested an imposition of a Universal Service levy that included both access, which means
public access through public or community telephone and provision of individual household telephones. Since the levy would support
both these activities, it has been called TRAI Universal Service Levy (USL)..
The Authority has recommended that implementation of USO should be divided in two clearly identifiable streams: First, for provision
of public telecom and information services and, second, for provision of household phones in net high cost rural/remote areas.
The Authority has recommended that support from Universal Service Fund (USF) be provided for Net Cost (that is, Cost minus
Revenue) of providing VPTs/PTICs and DELs in rural/remote SDCAs. Details on the relevant costs are in the main recommendations.
These include, for instance, no capital recovery for VPTs or phones installed before April 2002. For them, only operating expenses should
be taken into account for estimating net cost. However, both capital recovery and operating expenses should be taken into account for
VPTs, PTICs and phones installed after April 2002. Also, in a multi-operator environment, the lowest Net Cost computed by the proxy
model for the least cost operator in an SDCA, should be used as the basis to compute USF support available to all operators.
This figure that is, 5 per cent of the revenue of all the telecom operators, appears to be adequate to support Universal Service programmein its first phase of VPTs/PTICs as well as DELs in rural/remote areas. The amount of USL that is, 5 per cent of revenues, should come
out of the licence fee itself and should not be an additional levy. Hence, the licence fee realized may be bifurcated into two parts. The
designated portion of the Universal Service Levy may go the Universal Service fund and the balance to be Consolidated Fund of the
Government of India. In subsequent years, the Universal Service Administrator may revise this figure depending upon the requirement.
Jain, Rekha and Trilochan Sastry (1999) Assessment of Socio-
economic Impact of Rural Telecom Services: Implications for
Policy, Workshop on Telecom Policy Initiatives: The Road
Ahead.
Jain, Rekha and Trilochan Sastry (1997) Rural Telecommunication
Services, Workshop on Telecom Policy Research.
REFERENCES
Sinha, Sidharth (2001) Regulation of Tariffs and Interconnection:
Case Studies, India Infrastructure Report 2001, Oxford
University Press, New Delhi, India.
Jain, Rekha and Dheeraj Sanghi (2002) Untangling Wireless in
Local Loops, in 3iNetwork (2002), India Infrastructure Report:
Governance Issues for Commercial, Oxford University Press,
New Delhi.