Applications for the LAMP Fellowship 2026-27 are closed. Shortlisted candidates will be asked to take an online test on January 4, 2026.

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  

The National Telecom Policy was adopted by the cabinet on May 31, 2012.  It was released in public domain later in June.  Among other things, the policy aims to provide a single licence framework, un-bundle spectrum from licences, and liberalise spectrum. Previously, the central government had decided to unbundle spectrum and licenses for all future licences on January 29, 2011.  TRAI too in its recommendation dated May 11, 2010 and April 23, 2012 sought to de-link spectrum from licences.  The Supreme Court in the 2G judgment had held that spectrum should not be allocated on a first-cum-first-serve basis and should instead be auctioned.  In the April 23 recommendations, TRAI has detailed the mechanism for auctioning spectrum. TRAI has also recommended moving to a unified licence framework under which a single licence would be required to provide any telecom service.  It has also recommended that spectrum should be liberalised so that any technology could be used to exploit it. The new policy is in line with the government decisions and TRAI recommendations discussed above.  The policy also aims to achieve higher connectivity and quality of telecommunication services.  Its key features are detailed below.

  • Licensing:  Presently, as per the 2003 Amendment to the 1999 Telecom Policy, there are two forms of licences – Unified Service Licence (to provide any telegraph service in various geographical areas) and Unified Access Service Licence (to provide basic and cellular services in defined service areas).  The new policy targets simplification of licensing framework by establishing a unified license for all telecom services and conversion to a single-license system for the entire country.  It also seeks to remove roaming charges.
  • Spectrum:  As of now spectrum bands are reserved on the basis of technology that may be used to exploit them.  For instance, the 900 and 1800 bands are reserved for GSM technology and 800 for use of CDMA technology.  The new policy seeks to liberalise spectrum.  Further, spectrum would be de-linked from all future licenses.  Spectrum would be refarmed so that it is available to be used for new technology.  The policy aims to move to a system where spectrum can be pooled, shared and traded.  Periodic audits of spectrum usage would be conducted to ensure efficient utilization of spectrum.  The policy aims at making 300 MHz of additional spectrum available for mobile telecom services by the year 2017 and another 200 MHz by 2020.
  • Connectivity: The policy aims to increase rural tele-density from the current level of approximately 39% to 70% by 2017, and 100% by 2020.  It seeks to provide 175 million broadband connections by the year 2017 and 600 million by 2020 at a minimum 2 Mbps download speed.  Higher download speeds of 100 Mbps would be made available on demand.  Broadband access to all village panchayats would be made available by 2014 and to all villages by 2020.  The policy aims to recognise telecom, including broadband connectivity, as a basic necessity like education and health, and work towards the ‘Right to Broadband’.
  • Promotion of domestic industry: The policy seeks to incentivise and give preference to domestic telecom products in procurements that (i) have security implications for India; or (ii) are for the government’s own use.  It also seeks to establish a Telecom Finance Corporation to mobilise and channelise finances for telecom projects.
  • Legislations: The policy seeks to review the TRAI Act to remove impediments to effective functioning of TRAI.  It also seeks to review the Indian Telegraph Act, 1885.  The need to review the Indian Telegraph Act, 1885 was also recognised in the 1999 Telecom Policy.

The policy as adopted can be accessed here.