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<strong>atw</strong> Vol. 63 (<strong>2018</strong>) | Issue 2 ı February<br />

130<br />

NEWS<br />

*)<br />

Net-based values<br />

(Czech and Swiss<br />

nuclear power<br />

plants gross-based)<br />

1)<br />

Refueling<br />

2)<br />

Inspection<br />

3)<br />

Repair<br />

4)<br />

Stretch-out-operation<br />

5)<br />

Stretch-in-operation<br />

6)<br />

Hereof traction supply<br />

7)<br />

Incl. steam supply<br />

8)<br />

New nominal<br />

capacity since<br />

January 2016<br />

9)<br />

Data for the Leibstadt<br />

(CH) NPP will<br />

be published in a<br />

further issue of <strong>atw</strong><br />

BWR: Boiling<br />

Water Reactor<br />

PWR: Pressurised<br />

Water Reactor<br />

Source: VGB<br />

by burning coal, natural gas, wood<br />

fuels and peat. While many Finnish<br />

cities have progressive climate policies<br />

and goals, they have struggled to<br />

decarbonise heating and liquid fuels,<br />

the society said. Rauli Partanen,<br />

vice-chair of the society and an independent<br />

energy analyst and author,<br />

said there are “significant economic<br />

possibilities” in producing combined<br />

heat and power (CHP) with nuclear<br />

reactors. He said: “With CHP, the<br />

reactor could produce roughly twice<br />

the value per installed capacity compared<br />

with just electricity production,<br />

while at the same time decarbonising<br />

heat production.” He said nuclear<br />

is great for baseload needs, but<br />

with advanced technologies such as<br />

high temperature reactors and high<br />

temperature electrolysis, nuclear can<br />

also be used to decarbonise not just<br />

electricity, heat but also transportation<br />

fuels and many industries”.<br />

| | www.vtt.fi<br />

EDF ‘Cannot build new<br />

reactors in France without<br />

guarantees’<br />

(nucnet) French state-controlled<br />

utility EDF can no longer build new<br />

nuclear reactors in France without<br />

state support, chief executive officer<br />

Jean-Bernard Levy was quoted as<br />

saying in an interview with the Ouest<br />

France daily newspaper. Asked when<br />

EDF could build new reactors at home,<br />

Mr Levy said: “Henceforth, we cannot<br />

build new reactors without adequate<br />

regulation providing guaranteed<br />

income”. He said the Flamanville-3<br />

EPR project under construction in<br />

northern France began at a time of<br />

high power prices and that now all<br />

power sources, nuclear as well as<br />

renewables, need to get “the same<br />

visibility on sales prices”. For its<br />

project to build two EPRs at Hinkley<br />

Point in the UK, EDF obtained an<br />

EU-approved state-guaranteed price<br />

of £92.5 per MWh over 35 years,<br />

which is above current market prices.<br />

The government of French president<br />

Emmanuel Macron is planning to close<br />

old reactors to reduce the share of nuclear<br />

energy in French power generation<br />

to 50% by around 2035 from 75 %<br />

today. Mr Levy said EDF expects to get<br />

approval to load nuclear fuel at<br />

Flamanville-3 at the end of <strong>2018</strong>.<br />

| | www.edf.com<br />

Japan’s Regulator:<br />

Kashiwazaki Kariwa-6 and -7<br />

meet new safety standards<br />

(nucnet) Units 6 and 7 of the<br />

Kashiwazaki Kariwa nuclear power<br />

station in Niigata Prefecture, northwestern<br />

Japan, meet new regulatory<br />

standards imposed after the March<br />

2011 Fukushima-Daiichi accident, the<br />

Nuclear Regulation Authority said.<br />

The two units, owned and operated<br />

by Tokyo Electric Power Company<br />

(Tepco) are the first boiling water<br />

reactors to meet the new standards.<br />

Tepco also owns the Fukushima-<br />

Daiichi station.<br />

Kashiwazaki Kariwa was not affected<br />

by the March 2011 earthquake and<br />

tsunami which damaged Fukushima-<br />

Daiichi, although the station’s seven<br />

reactors had all been offline for up to<br />

three years following a 2007 earthquake<br />

which damaged the site but did<br />

not damage the reactors themselves.<br />

While the units were offline, work<br />

was carried out to improve the<br />

facility’s earthquake resistance.<br />

Accord ing to JAIF, the governor of<br />

Niigata Prefecture, Ryuichi Yoneyama,<br />

has said he will not discuss restarting<br />

the two units until further information<br />

about nuclear incidents and their<br />

impact on public health is made available.<br />

Both units are 1,315-MW BWRS.<br />

Kashiwazaki Kariwa-6 began commercial<br />

operation in November 1996 and<br />

Kashiwazaki Kariwa-7 in July 1997.<br />

Tokyo-based nuclear industry<br />

group the Japan Atomic Industrial<br />

Forum said 14 nuclear units have now<br />

been approved by the NRA as meeting<br />

the new standards. They are<br />

Kashiwazaki Kariwa-6 and -7,<br />

Operating Results October 2017 (corrigendum, <strong>atw</strong> 1 (<strong>2018</strong>) p. 58)<br />

Plant name<br />

Type<br />

Nominal<br />

capacity<br />

gross<br />

[MW]<br />

net<br />

[MW]<br />

Operating<br />

time<br />

generator<br />

[h]<br />

Energy generated, gross<br />

[MWh]<br />

Time availability<br />

[%]<br />

Energy availability<br />

[%] *) Energy utilisation<br />

[%] *)<br />

Month Year Since Month Year Month Year Month Year<br />

commissioning<br />

KBR Brokdorf DWR 1480 1410 745 937 223 3 903 011 338 316 924 100.00 41.98 93.94 39.11 84.59 35.98<br />

KKE Emsland 4) DWR 1406 1335 745 1 004 762 9 304 398 333 303 977 100.00 91.93 99.93 91.77 95.81 90.70<br />

KWG Grohnde DWR 1430 1360 745 970 799 8 126 396 365 069 095 100.00 87.01 94.85 83.35 90.42 77.21<br />

KRB B Gundremmingen 4) SWR 1344 1284 745 778 570 8 351 414 330 004 358 100.00 91.83 100.00 90.98 76.78 84.52<br />

KRB C Gundremmingen SWR 1344 1288 745 968 428 7 990 831 318 640 904 100.00 85.41 99.83 83.30 96.32 81.<strong>02</strong><br />

KKI-2 Isar DWR 1485 1410 745 1 073 129 9 378 353 339 453 163 100.00 89.84 99.71 89.37 96.66 86.22<br />

KKP-2 Philippsburg DWR 1468 14<strong>02</strong> 745 1 046 248 5 745 846 353 059 535 100.00 55.80 99.92 55.72 94.15 52.80<br />

GKN-II Neckarwestheim DWR 1400 1310 745 1 011 300 8 549 400 318 131 734 100.00 86.71 99.50 86.46 97.13 83.84<br />

Operating Results November 2017<br />

Plant name<br />

Type<br />

Nominal<br />

capacity<br />

gross<br />

[MW]<br />

net<br />

[MW]<br />

Operating<br />

time<br />

generator<br />

[h]<br />

Energy generated, gross<br />

[MWh]<br />

Time availability<br />

[%]<br />

Energy availability Energy utilisation<br />

[%] *) [%] *)<br />

Month Year Since Month Year Month Year Month Year<br />

commissioning<br />

KBR Brokdorf DWR 1480 1410 720 942 685 4 845 695 339 259 608 100.00 47.20 93.97 44.04 88.16 40.67<br />

KKE Emsland 4) DWR 1406 1335 720 1 017 448 10 321 846 334 321 425 100.00 92.65 99.77 92.49 100.61 91.59<br />

KWG Grohnde DWR 1430 1360 446 586 675 8 713 070 365 655 769 61.99 84.77 56.84 80.97 56.57 75.35<br />

KRB B Gundremmingen 4) SWR 1344 1284 720 701 347 9 052 761 330 705 705 100.00 92.56 98.85 91.69 71.32 83.33<br />

KRB C Gundremmingen SWR 1344 1288 720 956 516 8 947 347 319 597 420 100.00 86.72 98.05 84.62 98.30 82.57<br />

KKI-2 Isar DWR 1485 1410 720 1 061 544 10 439 897 340 514 707 100.00 90.75 100.00 90.33 99.05 87.37<br />

KKP-2 Philippsburg DWR 1468 14<strong>02</strong> 720 1 042 562 6 788 408 354 1<strong>02</strong> 097 100.00 59.77 100.00 59.69 97.08 56.77<br />

GKN-II Neckarwestheim DWR 1400 1310 720 996 000 9 545 400 319 127 734 100.00 87.91 98.51 87.54 99.08 85.21<br />

News

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