Areva EPR
Areva EPR
Areva EPR
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CONCLUDING REMARKS<br />
Let us summarize the advantages offered by<br />
the <strong>EPR</strong> from an electricity utility point of view:<br />
† culminating from the legacy of Western PWR technology,<br />
† evolutionary design, uniquely minimizing design, licensing,<br />
construction and operation technical risks and their financial<br />
impacts,<br />
† assurance to be backed in the long run by the world’s largest<br />
company comprising the entire nuclear cycle,<br />
† continuity in the mastery of PWR technology,<br />
† competitiveness in terms of installed kW cost and<br />
kWh production cost: a 1,600 MWe-class reactor, with high<br />
efficiency, reduced construction time, extended service life,<br />
enhanced and more flexible fuel utilization, increased availability,<br />
† safety:<br />
• heightened protection against accidents, including core<br />
meltdown, and their radiological consequences,<br />
• robustness against external hazards, in particular airplane<br />
crash and earthquake,<br />
† optimized operability,<br />
† enhanced radiological protection of operating and maintenance<br />
personnel,<br />
† efficiency in the use of nuclear fuel, fostering sustainable<br />
development.<br />
On December 18, 2003,<br />
the Finnish electricity utility,<br />
Teollisuuden Voima Oy (TVO)<br />
signed a contract with<br />
the consortium set up by<br />
AREVA and Siemens for<br />
the construction of the Olkiluoto 3<br />
<strong>EPR</strong> in Finland.<br />
This first <strong>EPR</strong> is scheduled<br />
to start commercial operation<br />
in 2009.<br />
58 I<br />
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