The Temelin and Dukovany nuclear tender
1.4.1 CEZ intended to extend the Temelin nuclear generating station by constructing two new reactors with a total of 2,000MW power in addition to the two existing 1,000MW reactors.
The tender should have been the biggest in Czech history, totalling around CZK 250b (EUR 10b). CEZ commenced the public procurement process in 2009 and three qualifying bidders (a Westinghouse consortium, AREVA NP and a consortium of ŠKODA JS/Atomexport/OKB Gidropress) submitted binding offers in 2012. CEZ subsequently excluded AREVA NP from further evaluation as AREVA NP failed to meet the minimum statutory requirements for the tender.
1.4.2 As a result of risks associated with the project including political (e.g. parliamentary elections), market (e.g. a decrease in the demand for electricity, a decrease in the price of electricity, decrease in price of emission allowances) and regulatory developments (e.g. the requirement of EC consent for any promotional schemes introduced, e.g. contract for difference) the Czech Government decided that although they support the development of nuclear energy production, the state will not cover such support by any state guarantee. As a follow up to this decision, on 10 April 2014 CEZ decided to stop the public tender and informed the qualified bidders of its decision. In the current energy market situation, the construction of the two new reactors without such state guarantees would not be sustainable.
1.4.3 In June 2015, the Czech government adopted a new National action plan for the development of nuclear energy in the Czech Republic which provides for the construction of two new reactors for both Temelin and Dukovany nuclear generating stations. The specific timeline of the constructions is currently unknown, however it seems that the expansion of Dukovany will be prioritized over Temelin. A public tender for Dukovany expansion may be announced by the end of 2016. There are various options concerning the financing for the extensions of both power plants.
The European Commission’s investigation into CEZ
1.4.4 In March 2013, CEZ and the EC ended an investigation, ongoing since 2009, into the alleged abuse by CEZ of its dominant market position. A settlement agreement was reached under which CEZ agreed to sell one of its coal generating stations in the Czech Republic. Following the sale of this coal generating station, CEZ will still remain the dominant electricity generator in the Czech Republic. Please see paragraph 2.1.3 below for more detail.
The European Commission‘s decision on the Czech renewable energy scheme
1.4.5 In June 2014 the EC approved the Czech scheme supporting renewable energy. The EC has assessed the Czech Promoted Energy Sources Act which has been in force since 2013 with EU state aid rules and has come to the conclusion that it is in line with EU objectives without unduly distorting competition. This decision only concerns installations commissioned since 1 January 2013. The Czech scheme supporting renewable energy concerning installations commissioned prior to 1 January 2013 is still under EC assessment.
Investments in the Czech transmission system
1.4.6 Significant developments in the Czech transmission system are planned. Drivers of these developments include the proposed development of nuclear energy production, measures relating to the threat of an energy blackout due to excessive power flows from northern Germany and the expansion of unstable renewable electricity sources in new generating locations.
1.4.7 The most urgent issue is the threat to the Czech transmission system caused by excessive power flows from northern Germany across the Czech Republic and into southern Europe. These flows are unplanned and exceed the levels at which the transmission system can operate safely. Accordingly, CEPS plans to install a phase shifting transformer (PST) on the Czech and German border. According to the most recent information published by CEPS, the PST should be installed by 2016. German participation in the financing of this project is presently unclear.
Changes in the calculation of transmission and distribution use of system charges
1.4.8 The ERO announced that, from the fourth regulatory period beginning 1 January 2016 (the third regulatory period has been prolonged until the end of 2015), changes will be introduced regarding the calculation of the electricity transmission and distribution use of system charges. The changes will result in the re-evaluation of depreciation of transmission and distribution assets no longer being considered an acceptable method for calculating charges. Substantial investment into the improvement of the Czech transmission grid will be required. It is hoped that these changes will lead to a decrease in the amount of regulatory charges and a reduction in the payments made by end-consumers.
Changes in the support of renewable energy sources
1.4.9 The Czech Renewable Energy Act’s support of solar generating stations resulted in an increase in electricity prices for end-consumers. As a result, in 2010 the Czech Parliament approved significant changes, effective from 2011, to the rules on the support of new solar generating stations (e.g. solar facilities exceeding 30kW not located on roofs were no longer supported) and existing solar generating stations (e.g. the introduction of a solar levy). The new Czech Promoted Energy Sources Act, effective from 1 January 2013, further limits the support for renewable energy sources. As of 1 January 2014, the Czech Promoted Energy Sources Act ceases the support provided for new renewable facilities, changes the solar levy amount and changes the financing system of the support mechanism. The main goal of these changes is to decrease the high level of support for renewable energy sources, thus contributing to a decrease in electricity prices paid by Czech businesses and households. For more details please see paragraph 3.4 below. The new Energy Act, effective from 1 January 2016, changes the levy on renewable energy sources paid by end-consumers which will now be calculated by the capacity of a circuit breaker and not by actual consumption.
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