Reports suggest that the first reactor of the Kudankulam power plant is close to operational. With state discoms struggling, advocates of nuclear power see Kudankulam as a necessary boost to India’s struggling power sector.  The Kudankulam power plant will have two reactors.  At full capacity, the plant would produce 2 GW of energy, making it India’s largest nuclear plant, and significantly increasing India’s nuclear capacity (currently at 4.8 GW or 2.3% of  total capacity). Internationally, nuclear power plants contributed 12.3 % of the world's electricity production in 2011.  In terms of number of nuclear reactors, India ranks 6th in the world with 20 nuclear reactors (in seven power stations across five states: Rajasthan, Uttar Pradesh, Gujarat, Karnataka and Tamil Nadu).  The Kudankulam power station would be Tamil Nadu’s second power station after the Madras Atomic Power Station (MAPS). Tamil Nadu is struggling to meet electricity demand, recently moved the Supreme Court, asking the Centre for more power. Peak demand deficit (the difference between electricity supply and demand at peak periods) in the state was 17.5% in 2011-12.  The per capita consumption of electricity in the state was 1,132 kWh in 2009-10, significantly greater than the India average of 779 kWh.  Currently, electricity in Tamil Nadu is fueled by a mixture of coal (35% of capacity), renewable sources (42%) and hydro sources (12%).  A fully operational Kudankulam reactor would boost Tamil Nadu’s capacity by 6% (including state, private and centrally owned generating entities). The interactive table below provides a state-level breakdown of key power sector indicators.  To view data in ascending or descending order, simply click the relevant column heading.  (For a detailed overview of the power sector and even more state-wise statistics, see here.) [table id=4 /]   Source: Central Electricity Authority; Planning Commission; PRS. Note: capacity for states includes allocated shares in joint and central sector utilities. T&D (transmission and distribution) losses refer to losses in electricity in the process of delivery  

TRAI released its recommendations on auction of spectrum on April 23, 2012.   The recommendations are in pursuance of the Supreme Court order cancelling 122 telecom licences.  The cancellation was ordered on grounds of procedural irregularities and arbitrariness in the first-cum-first-serve policy for allocation of spectrum.   The recommendations, if adopted by the Department of Telecommunications, would change various aspects of the present telecom policy, including (a) relationship between a telecom licence and spectrum; (b) procedure for allocation of spectrum; (c) pricing of spectrum; (d)  limits on spectrum allocation; and (e) use of spectrum. Relationship between telecom licences and spectrum Previously, under the Telecom Policy 1994 (updated in 1999), spectrum was tied in with telecom licences.  Since 2003, licence conditions provided for award of two blocks of 6.2 MHz of spectrum for GSM technology and two blocks of 5 MHz for CDMA technology.  As per the government’s decision of January 17, 2008 (as explained in TRAI's consultation paper, see page 3 paragraph 7) additional spectrum would be awarded on the basis of increment in the number of subscribers.  Service providers had to pay a licence fee (on obtaining the licence), an annual licence fee and a spectrum usage charge determined on the basis of their adjusted gross revenue. TRAI has recommended that telecom licences and spectrum should be de-linked.  The service provider would thus pay separately for the value of the licence and the spectrum.  With this formulation an entity that does not hold a licence, but is eligible to secure one, may also procure spectrum.  This would help in avoiding situations where licence holders have to wait to secure spectrum or offer wire line services in the absence of spectrum. Procedure for allocation of spectrum TRAI has recommended that spectrum be auctioned by means of a simultaneous multiple round ascending auction (SMRA).  This means that the service providers would bid for spectrum in different blocks simultaneously.  In the first round of auction a reserve price (base price) set by the government is used. Reserve price for auction and payment mechanism A reserve price indicates the minimum amount the bidder must pay to win the object.  In case it is too low, it may reduce the gains made by the seller and lead to a sub-optimal sale.  If it is too high, it may reduce the number of bidders and the probability of the good not being sold. Various countries have adopted a reserve price of 0.5 times the final price.  TRAI has recommended that the reserve price should be 0.8 times the expected winning bid.  It has also recommended that telecom companies pay 67% to 75% of the final price in installments over 10 years, depending on the spectrum band. TRAI has reasoned that a higher price would reduce the possibility of further sales upon bidders securing spectrum.  However, this may lead to fewer bidders and ultimately fewer service providers.  It is argued in news reports that this may increase investments to be made by the service providers and eventually an increase in tariffs. Spectrum blocks and caps TRAI has recommended that the spectrum cap should be determined on the basis of market share.  A service provider can now secure a maximum of 50% of spectrum assigned in each band in each service area.  However, a service provider cannot hold more than 25% of the total spectrum assigned in all the bands across the country. As per the January 2008 decision, additional spectrum could be awarded to telecom companies when they reached incremental slabs of subscribers.  This could extend to two blocks of 1 MHz for GSM technology, and two blocks of 1.25 MHz for CDMA, for each slab of subscribers. TRAI has recommended that spectrum should be auctioned in blocks of 1.25 MHz.  Each auction would at least offer 5 MHz of spectrum at a time.  Smaller blocks would ensure that service providers who are nearing the spectrum cap may secure spectrum without exceeding the cap.  However, experts have argued that 1.25 MHz block may be too limited for launching services.  Also, TRAI in the recommendation has noted that a minimum of 5 MHz of contiguous spectrum is required to launch efficient services with new technologies. Use of spectrum TRAI has recommended that the use of spectrum should be liberalised.  This implies that spectrum should be technology neutral.  Telecom companies would now be free to launch services with any technology of their choice.