DESIGN AND CONSTRUCTION OF POWER UNITS 3 AND 4 OF KHMELNYTSKYI NPP October 2017 Kyiv 2 MAIN PROJECT IMPLEMENATION STAGES PILOT PROJECT UKRAINE EU ENERGY BRIDGE COMPLETION OF KHNPP UNITS 3 AND 4 ID: 811623
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Slide1
“
UKRAINE – EU ENERGY BRIDGE
”
,
DESIGN
AND CONSTRUCTION OF POWER UNITS
#
3 AND #4 OF KHMELNYTSKYI NPP
October
2017
Kyiv
Slide22
MAIN PROJECT IMPLEMENATION STAGES
PILOT PROJECT “UKRAINE – EU ENERGY BRIDGE”
COMPLETION OF KHNPP UNITS 3 AND 4
Verkhovna Rada of Ukraine is expected to pass the Law of Ukraine “On siting, designing, and construction of KhNPP UNIts 3 and 4”
Designing
,
apporval of the design
Fabrication
of equipment for KhNPP Units 3 and 4
Civil works, delivery and installation of equipment
Initiation of the pilot project
Ukraine- EU Energy Bridge
(
CMU’s Resolution No671-r of 15.06.2015
Public-Private Partnership for the Energy Bridge Project
Effectiveness analysis
;
Resolution on arrangement of a competition to select a private partner
Execution of a contract between MECU
(
as state/public partner)
and a private partner
Execution of a
long-term contract between Energoatom and private partner for electricity export from KhNPP Unit 2
Legal and regulatory framework
:
Concluding a long-term contract for electricity export
;
Providing the right of access to inter-state electric power grids to allow for electricity export from KhNPP Unit 2
Creation of a pledge instrument
(
in the form of a long-term contract
),
which will
secure
the obligations on completion of KhNPP UnIts 3 and 4
Until today
2017
2018
2019-2020
2021
2026
COMMISSIONING
FS for
onstruction
of
KhNPP Units 3 and 4
:
Approved through CMU’s resolution of
04.07.2012
№
498-
r
;
FS was updated, a positive expert report was obtained (dated
29.05.2017 №
00-2193-16\ПБ
“Concept engineering solution on “Construction of KhNPP Units 3 and 4”
№КР.46.001-14
INVESTMENTS INTO THE PROJECTS
START OF ELECTRICITY EXPORT FROM KHNPP UNIT 2
2022 -
2025
CMU adopted the Resolution “On approval of the feasibility study for construction of KhNPP Units 3 and 4”
Collaboration with the BARCLAYS bank to provide crediting for the purpose of completion of KhNPP Units 3 and 4
Investments from a private partner into the Energy Bridge Project implementation
Slide3implementation stages of “
ukraine
–
eu
: ENERGY bridge” project in conjunction with construction of
units
3 and 4 of
khmelnytskyi
npp
Energy Bridge project implementation stages
Implementation stages of
KhNPP
units
3 and 4 construction project
Arrangement for electricity export from
Khmelnytskyi
NPP
:
Revitalization of the three existing 750 kV OTLs
:
Khmelnitska
(Ukraine) –
Rzeszów
(Poland) - unutilized for over 20 years while having a potential transmission capacity of 2000 MW
Khmelnytskyi
NPP (Ukraine) – SS
Zakhidnoukrainska
(Ukraine) – in operating condition
,
SS
Zakhidnoukrainska
(Ukraine) – SS
Albertirsa
(Hungary) - in operating condition
Preliminary
cost estimate
–
EUR
8
mln
.
Disconnection of
Khmelnytskyi
NPP unit 2 from the Ukrainian grid and its connection to the “
Burshtyn
Energy Island”
Preliminary cost estimate
–
EUR
1
6
mln
.
Disconnection of part of
Zakhidnoukrainska
Substation from the Ukrainian grid and its connection to the „
Burshtyn
Energy Island”
Ensuring backup in-house needs of KhNPP-2 for unit operation within the ENTSO-E through advance installation of an all-unit transformer for
KhNPP unit 3
Preliminary cost estimate – EUR 31 mln.
Pre-design activities
:
“Concept technical solution
for “Construction of Khmelnytskyi NPP units 3 and 4” №КР.46.001-14
Adjustment of the Feasibility Study for construction of units 3 and 4 of Khmelnytskyi NPP.
C
ompleted, comprehensive state expert review completedCMU Resolution “On approval of the Feasibility Study for construction of units 3 and 4 of
Khmelnytskyi nucler power plant
” Expected approval
– 2017 Approval of the law of Verkhovna
Rada
“On Siting, designing and construction of power units 3 and 4 of Khmelnytskyi nuclear power plant
” Expected approval
– 2018
Design activities and construction:
Designing, approval of the design Designing completion – 2020 Fabrication of equipment for units 3 and 4of Khmelnytskyi NPP
Expected completion term - 2022 Construction
works, equipment delivery and installation. Construction period – 2021 – 2025
Commissioning
. Expected term – 2026
Investments from the
“Energy Bridge” project
3
Slide4“UKRAINE – EU ENERGY BRIDGE”
PILOT PROJECT
The
“Ukraine – European Union Energy Bridge”
pilot project was initiated by CMU Resolution
№
671-р
of 1
5.06.2015
The Project is
the pilot project and will emerge as the initial
step towards
the full strategic
synchronization
of
the Unified Power System of Ukraine with the
EU power system
.
This is a significant step of Ukraine towards the integration of its power system with the European power grid
<meta>
Development
of infrastructure of cross-border electric grids and increase of their transmission capacity
Integration
of the Unified Power System of Ukraine into the European power system ENTSO-E
Arrangement
for
KhNPP
unit 2
capacity
output
permitting electricity supply to EU countries through disconnection of the power unit from the Unified Power System of Ukraine for the purposes of the long-term export
Mobilization
of the funds raised through electricity export from unit 2 to European Union countries
to fund construction of units 3 and 4 of
Khmelnytskyi
NPP
The Project subject matter
:
4
Slide5“UKRAINE – EU
ENERGY
BRIDGE”
PILOT
PROJECT (continued)
The project is fully
investment-driven:
it doesn’t produce any additional load on the budget of
Ukraine
The return on investments
will be provided
through
electricity sales
in the European market
The project should be
reviewed
in
the context of plans
for
completion of units 3 and 4 of
Khmelnytskyi
NPP and development of
transboundary
power grids’ infrastructure
(
through revitalization of 750 kV OTL
KhNPP
-Rzeszow)
The planned electricity export from
Khmelnytskyi
unit 2 will start in 3 years, becoming
a source for raising funds to complete
Khmelnytskyi
NPP units 3 and 4
through a long-term power purchase
agreement.
The Government of Ukraine shall secure the agreement for
its
entire validity
period
.
5
Slide6HISTORIC BACKGROUND OF THE PROJECT
Ukraine and Poland possess
a shared strategic power potential
that could be utilized
for the development of Ukraine’s and Poland’s power sector
,
mutual integration and cooperation among the European countries. The mentioned potential is represented by the
450-km long
750
kV Overhead Transmission Line to the total capacity of up to
2000
MW
that connects
Khmelnytskyi
NPP
(
Ukraine
)
and the
750/400
kV
Substation
Widełka
(
close to
Rzeszów
,
Poland
)
In
1979
five countries of the Council for Mutual Economic Assistance
(USSR, Poland, Czechoslovakia, GDR and Hungary
)
signed an agreement on construction of a new transmission line
to ensure electricity export from the USSR to Poland, Czechoslovakia and Hungary (
GDR was connected to the grid for the purposes of stabilization with no specific electricity
supplies)
.
The line was
commissioned in 1985
connecting
the Ukrainian SSR and Poland
.
Under current circumstances, construction of a similar line “from scratch” may cost up to
EUR 0
,5
bln
.
Actual electricity export to Poland survived
until
1991
, although the planned scope of supply of 6000
GW*h /year was completed only in 1988. In 1992
the electricity supplies were cut off, instantly becoming technically unfeasible since Poland along with Czechoslovakia and Hungary disconnected from their eastern neighbor to synchronize their power systems with the European power system.
From that moment on, despite evident economic benefits for Poland and Ukraine, the line has remained disconnected and out of operation.
6
Slide724
Prompt completion of the project “Ukraine – European
Union Energy
Bridge” is the only chance for Ukraine to unlock and utilize its energy potential
7
NON-UTILIZED POTENTIAL OF THE REGION
New Belarus NPP, total installed capacity of 2400
MW (
commissioning in 2018 -2020)
Utilizing Poland’s export electrical connection financed from the EU funds and the hybrid electrical system of Lithuania,
Russia stands a good chance to step up as the main player in the region starting 2018, eradicating Ukraine’s power potential from the EU energy
market
Rivne
NPP :150 km to the Ukrainian-Polish border, 4 power units, total installed capacity of 2835 MW
Khmelnytskyi
NPP: 2 units in
operation (
total
installed capacity of 2000
MW
);
2 units under
construction (
total
installed capacity of 2000
MW
)
Lithuanian-Polish electrical connection
Baltic integration and synchronization funded by the European energy community
Existing electrical connection Ukraine-Poland
and Ukraine- Hungary
Ukraine’s export potential to
EU countries
750 kV OTL “
Khmelnitskyi
NPP – Rzeszów”: built in 1985, not utilized since 1993. Transmission capacity – 2000 MW
Potentially feasible electrical connection Belarus-Poland
Slide8Revitalization of the existing 750 kV OTL
“
Khmelnytskyi
NPP -
Rzeszów
”
Radial connection of the two existing 750 kV OTLs of
Ukraine’s
power system
1)
“
Khmelnytskyi
NPP -
Rzeszów
”
and
2)
“
Khmelnytskyi
NPP - SS
Zakhidnoukrainska
– SS
Albertirsa
”
to the
“
Burshtyn
Island”,
will allow for
the increase of the system’s transmission capacity
Synchronous connection of
Khmelnytskyi
NPP unit 2
(
1000
MW
)
to the expanded
“
Burshtyn
Island”
will allow for the system’s increased generating capacity
Power plants within the expanded power system:
unit
2 of
Khmelnytskyi
NPP (1000 MW),
Burshtyn
TPP,
Kalush
TPP
The export potential of “
Burshtyn
Island”
will be increased
up to
1550 MW
Electricity export under the project can be effected starting 2021
Revitalization of the 750 kV overhead transmission line “KhNPP -
Rzeszów” builds a “Power Ring” “Rzeszów - KNPP –
Albertirsa” which permits wheeling of 1300 MW of electric capacity between different regions of Europe (from Germany, Poland via Ukraine to Hungary, Romania and the Balkans)
It is specifically due to such disconnection of KhNPP unit 2 and its operation within the ENTSO-E system that the project “Ukraine – European Union:
Energy Bridge” ensures a back-up power supply source immediately at the site of Khmelnytskyi NPP, capacity and capabilities of such source being unprecedented and represented by the independent ENTSO-E system. Availability of such independent power supply source sensibly increases safety of both KhNPP - for cases of loss of internal power, and Ukrainian energy system or the European system in general - for cases of “special” accidents in the power system
“Ukraine – european union: ENERGY bridge”
pilot project – Implementation Scheme
8
Slide99
NNEGC “ENERGOATOM” area of responsibility
:
Modernization of
Khmelnytskyi
NPP unit 2 and its reconnection to “
Burshtyn
Energy Island”
Preliminary cost estimate
–
EUR 1
6
mln
.
Ensuring backup in-house needs of KhNPP-2 for unit operation within the ENTSO-E through advance installation of an all-unit transformer for Unit 3
KhNPP
Preliminary cost estimate
-
EUR 31
mln
.
Given the legislative coverage and technical availability, the electricity export from
KhNPP
unit 2 to the EU can be effected starting
2020
Arrangement for electricity export
from
khmelnytskyi
npp
NEC “UKRENERGO” area of responsibility
:
Revitalization of the 750 kV overhead
t
ransmission
l
ine (OTL)
:
Inspection and
refurbishment
of the OTL “
Khmelnytskyi
NPP (Ukraine)
-
Substation
Widełka
(
Rzeszów
, Poland
);
Inspection and refurbishment of line feeders on 750kV outdoor switchgear of
Khmelnytskyi
NPP
and
Widełka
substation
(Poland) (approximately 4 years)
Clearing
the sanitary zone located directly below the
line
(
overgrown with young trees
(especially in the territory of Ukraine
))
Improvement of operational efficiency of the existing 750 kV overhead transmission line (OTL):
Khmelnytskyi NPP (Ukraine) – SS Zakhidnoukrainska (Ukraine) – in operating condition;
SS
Zakhidnoukrainska (Ukraine) – SS Albertirsa (Hungary) - in operating condition
(utilized by 10%)Disconnection of
part of Zakhidnoukrainska Substation from the Ukrainian grid and adding it to the „Burshtyn
Energy Island” Preliminary cost estimate
–
EUR 8 mln.
Slide10Resolution of the Cabinet of Ministers of Ukraine
№671-р
of
15.06.2015
“
On
initiation of the
pilot
project “Ukraine – European Union:
Energy Bridge”
;
Order of
the Ministry of Energy and Coal Industry of Ukraine
of
July 31,
2015 “On approval of
the Implementation Plan of the Pilot Project “Ukraine – European
Union Energy
Bridge
”
;
Initiation of the negotiation process between the project parties and
ENTSO-E
,
and corresponding ENTSO-E operators
Concept of
KhNPP
unit 2 connection to “
Burshtyn
Energy Island” for the purposes of electricity export to the European Union (technical analysis performed by SE “NNEGC “
Energoatom
” and Kyiv Polytechnic Institute) approved by the MECI Science and Technology Council
;
Preliminary
functional static and dynamic stability analysis
for the “
Burshtyn
Energy Island” after connection of
Khmelnytskyi
NPP unit 2
(
the analysis was provided by Krakow
D
esign
I
nstitute (
P
oland)
;
Development of draft memoranda of understanding between SE “NEC “
Ukrenergo
” and
PSE
S.A.,
SE “NEC “
Ukrenergo
” and
MAVIR
ZRt
(
neither has been signed yet
);
Establishment of a Consortium comprising
Polenergia
International
S.àr.l
.
,
EDF Trading Limited
and Westinghouse Electric Sweden AB
and submittal of a proposal of a public-private partnership for the Project implementation;
Analysis of effectiveness of the public-private partnership established under “Ukraine – European Union Energy Bridge” project to be completed by the Ministry of Energy and Coal Industry of Ukraine
TASKS ALREADY ACCOMPLISHED UNDER
“
UKRAINE
–
EUROPEAN UNION
ENERGY BRIDGE” PILOT PROJECT
THE RESULTS OBTAINED CONFIRM FEASIBILITY OF THE PROJECT “UKRAINE – EUROPEAN UNION ENERGY BRIDGE”
10
Slide11To ensure participation in all procedures and activities inherent in such partnership a
Consortium
was built comprising the following companies
:
PROJECT IMPLEMENTATION
UNDER THE PUBLIC-PRIVATE PARTNERSHIP
It was suggested
by the Consortium that
an
additional investment component
should be introduced into
the SE NNEGC “
Energoatom
” infrastructure
to
compensate for the power unit to be disconnected from the unified power system of Ukraine, specifically, in the areas as
follows
:
a.
Efficiency improvement of the existing infrastructure
b.
Improvement of Ukraine’s e
nergy
security
The
range of technologies, investment goals and the scope will be defined based on the needs preconditioned by the reinforcement of energy security functions, as implied by disconnection of
1000 MW
from the UPS of Ukraine and their connection to the European energy
market
11
Slide12Completion of
the effectiveness
a
nalysis
of
the public-private partnership
under
the “Ukraine – European Union Energy Bridge” project
A decision on the conduct of a
competition
to identify a private partner who has experience in implementation of energy infrastructure projects in the European Union
Creating preconditions
for project implementation through completion by NEC “
Ukrenergo
” of researches identified in the Project Implementation Plan
The need for legal and regulatory framework covering the following aspects:
Signing of a long-term bilateral contract for
electricity
export between
SE NNEGC “
Energoatom
”
and
a private partner
identified based on a competitive tender, outside an electronic auction
;
Ensuring the right of access to cross-border electric power grids at minimum price throughout the
whole term of the bilateral contract for electricity export from
KhNPP
unit 2 to EU countries
Ensuring fulfilment of the terms of cooperation with transmission system operators of the
neighbouring
EU states and with ENTSO-E pursuant to the EU legislation to permit expansion of the “
Burshtyn
Energy
I
sland”
Signing an agreement between the Ministry of Energy and Coal Industry of Ukraine
(public partner)
and a private partner within the public-private partnership
Further steps
12
Slide13Signing of a long-term contract between SE NNEGC “Energoatom
” and a private partner on electricity sales to ensure export of electricity produced by KhNPP Unit 2 to EU countries
Electricity export from
Khmelnytskyi Unit 2 to the European Union
Establishment of a long-term financial asset
(implementing tool) in the form of a long-term contract for electricity export to EU that will secure obligations under the project on completion of Khmelnytskyi NPP unit 3 and 4 Cooperation with BARCLAYS bank on securing a loan for completion of Khmelnytskyi NPP Units 3 and 4 13
Preconditions for investments in design and
construction of
khmelnytskyi
npp
units 3 and 4
Slide14<meta>
DESIGN AND CONSTRUCTION OF POWER UNITS #3 AND #4 OF KHMELNYTSKYI NPP
Total cost of construction (based on 2016’s prices)
:
UAH
72
.
4
bln
Supplementary electricity generation that will contribute to ensuring energy independence of Ukraine, implementation of plans of its social and economic development and strengthening of its role at the international electricity market
Feasibility study for construction of KhNPP-3 & 4 was
updated
Positive expert report was issued (ref.#
00-2193-16/
ПБ
dd. May 29, 2017)
Draft resolution of the Cabinet of Ministers of Ukraine “On Approval of the Feasibility Study for Construction of Units #3 and #4 of Khmelnytskyi NPP” was submitted for review and endorsement of the Ministry of Energy and Coal Industry of Ukraine
Once in operation, KhNPP Unit #
3
and Unit #
4
will ensure additional annual supply of
5
.4
bln.kWh
(e)
to the energy system of Ukraine
Note
:
Construction of KhNPP Unit#3 and Unit#4 according to initial design (each reactor’s capacity is
1000
MW, having reactor installation
VVER
-1000/
V
-320)
started in
1986
, but it was suspended in
1990
by the moratorium for NPP construction
.
Today, the construction availability of the power units is assessed at the level:
75%
for Unit#3
( 85 items of equipment were installed, including tanks, heat exchangers, filters, etc.)
28%
for Unit #4
Project completion date
:
KhNPP 3 –
2024
KhNPP 4 –
2026
14
Slide15SUMMARY OF TECHNICAL AND ECONOMIC
CHARACTERISTICS OF UNITS #3 AND #4 OF KHMELNYTSKYI NPP
Parameter
Measurement Unit
Parameter Value
Total
Stage
I
Stage
II
Duration of Operation
Years
50
50
Main process equipment
:
•
reactor installation
capacity
,
MW
(
t
)
6264
3 132
3132
•
turbine installation
,
turbine generator
capacity,
MW(e)
2178
1089
1089
Annual electricity production
Mio KWh
16 226,100
8 113,05
8 113,05
Annual electricity output
Mio KWh
15 419,662
7 709,831
7 709,831
Annual electricity sales revenue, net of VAT
(
estimated tariff : UAH
0
.
6
4 per kW
)
MiAH
9 868,58
4 934,29
4 934, 29
ROI
Years
12
Total estimated cost
MUAH
/
MEUR
72 437,483 /
2 564
36 760,844 /
1 301,188
35 676,639 /
1 262,812
Construction period
Months
84
60
60
Prescriptive time of putting in operation
year
2024
2026
15
Slide16Safety indicators meeting national and international requirements
Use of advanced engineering solutions for safety improvement
Vast involvement of Ukrainian equipment manufacturers and service providers
Use of existing civil works structures and equipment
Design
development
of power
units by
Ukrainian design organizations
DESIGN AND CONSTRUCTION
OF UNIT#3 AND UNIT#4
OF
KHMELNITSKY NPP
Ministry of energy and coal industry
,
State Nuclear Regulatory Inspectorate of Ukraine and Ministry for Regional Development and Construction
approved
the Concept Decision
on “Construction of power units 3 and 4 of
Khmelnytskyi
NPP”
№
КР.46.001-14,
which considers the necessary safety level, economic benefits and significant local (Ukrainian) content in equipment fabrication
“
Technical specifications
for a VVER-1000 reactor installation for power units 3 and 4 of
Khmelnytskyi
NPP” have been approved in the full scope by
UJV
Rez
,
Skoda
JS
and
“KIEP” PJSC
Reactor technology and equipment supply can be ensured through cooperation with Czech companies
Based on experience of construction and operation of
Temelin
NPP (Czech Republic)
,
the expectations from completion of
Khmelnitskyi
NPP power units in cooperation with Czech companies are as follows:
On
23.10.2014
a
Memorandum on cooperation
was signed between SE NNEGC “
Energoatom
” and
Skoda
JS
a.s
.,
specifically, to cover areas related to the construction of new nuclear power units
16
Slide17FINANCIAL STRUCTURE OF COMPLETION OF UNIT# 3 AND UNIT#4 OF KHMELNYTSKYI NPP
The project is entirely investment-driven and
does not imply
any additional
load on the budget of Ukraine
The construction cost is
EUR 2
564
mln
.
,
including the initial fuel loading of
~
EUR
154
mln
.
(
as per FS
for
KhNPP
units 3 and 4 construction at
2016
values
)
17
Slide18Use of civil structures, buildings and structures on the sites of Units #3 and #4 of Khmelnytskyi NPP
Project engineering solutions and planned equipment allow enhancing
the level of use of Ukraine’s local capabilities in construction project up to 60 per cent
PECULIARITIES UNDERLYING THE REDUCTION IN ESTIMATED CONSTRUCTION COST
As compared to a “greenfield” construction project, peculiarities of construction of Units #3 and #4 are stipulated by the following
:
Use of the site existing infrastructure and of equipment in store of Khmelnytskyi NPP
:
General plant industrial systems
Roads and railway
Construction base
Warehouse facility (containing about
20
000
components of equipment for KhNPP -3&4)
18
Slide19LOCAL MANUFACTURING OF EQUIPMENT FOR KHMELNYTSKYI NPP UNITS #3, #4
Equipment can be manufactured by Ukraine’s leading companies as follows:
19
Slide20INTERNATIONAL COOPERATION ON CONSTRUCTION
OF UNITS #3, #4
South Korea
On August
31
,
2016
SE NNEGC Energoatom and
KHNP
signed a Memorandum of Understanding in the field of nuclear power and a Non-Disclosure Agreement
Coordinating Committee
on cooperation between SE NNEGC Energoatom and KHNPP and
working groups
were established under the Memorandum of Understanding
:
Working group on completion of KhNPP Units #3, #4
;
Working group on implementation of
Ukraine-EU:Power
Bridge project
Cooperation in the framework of working groups is aimed at resolution of the following tasks:
Study potential involvement of the Korean side in implementation of the project on completion of power Unit #3 of Khmelnytskyi NPP by means of equipment supply according to the previously sent specifications
;
Study potential implementation of and financial support to
APR1400
project on the site of Unit #4
Khmelnytskyi NPP
Ukrainian side passed KHNP a list of the equipment that may be supplied by foreign suppliers under lending programs
20
Slide2121
EU-APR 1400
(
SOUTH KOREA
)
The design accounts
for European
regulators’ requirements, as well as EUR and WENRA requirements
,
post-Fukushima measures and
п
stress-test results
T
he
1400
Mwe
Advanced
Power
Reactor
(APR
1400
)
was developed by South-Korean experts
in the period
1992
-
2002
based on the existing experience on design and construction of NPPs, which allowed for improved safety and economics as compared to the previous reactor designs
(
System
80+, OPR-1000)
through introduction of advanced design solutions
After
2009
the design was adjusted to fit the European market
(EU-APR
1400)
Slide22INTERNATIONAL COOPERATION IN CONSTRUCTION OF
KHMELNYTSKYI UNITS
№
3
AND
№4
CHINA
In October 2016, during the visit of
China
National
Nuclear
Corporation
(CNNC
)
delegation to Ukraine, the parties resumed their cooperation under the
M
emorandum of Understanding
in the sphere of nuclear power industry, and
identified
their priority areas of cooperation.
To support detailed discussions of the areas of cooperation, the parties decided to establish a
Steering Committee
and
2
Working Groups
(
WG
):
Working Group on completion/construction of
KhNPP
units 3 and 4
;
Working Group on personnel training
Cooperation through such Working Groups is designed to resolve the following tasks:
E
xplore the potential for involvement of the Chinese party in the project on completion of power unit 3 of
Khmelnytskyi
NPP by means of equipment supplies as per specifications provided
;
E
xplore the potential for deployment of
Hualong
design at the site of
Khmelnytskyi
unit 4, and financial support of such deployment
The
China
National
Nuclear Corporation (CNNC) delegation is expected to visit Ukraine end of September
2017 SE NNEGC “Energoatom
” has submitted to the CNNC the list of equipment required to complete KhNPP unit 3, which can be supplied through the involvement of the Chinese party
22
Slide2323
HPR
-1000
(
CHINA
)
Hualong
One
or
HPR-1000
–
is an evolutionary design of a light-water three-loop generation
III +
reactor that was a culmination of
CNNC
’s
and
CGN
’s efforts to combine
АСР1000
and
ACPR1000 +
designs correspondingly, which are based on the French
М-310
design
concept
As of today, the integration of these designs has not been completed yet
,
which is the reason why the
Hualong
One
reactor exists in the two modifications offered by
CNNC
and by
CGN
Slide2424
EUROPEAN AND ASIAN DESIGN POWER UNITS:
TECHNICAL
AND ECONOMIC CRITERIA
COMPARISON TABLE
PARAMETER
KhNPP
-3
EU-APR
1400
HUALONG ONE
(
CNNC
modification)
Construction cost
,
bln
.
EUR
1,3
6,3
3,2
Unit cost,
k EUR/kW
1,24
4,5
2,8
Electric
capacity, MW
1 047
1 400 - 1 520
1 150
Localization level for Ukraine
,
%
60
-
70
20
20
Fuel
ТВС-WR*
PLUS 7
ТВС CF3
Meeting safety criteria
CDF
,
reactors per year ≤ 1
Е-5
1,89E-6
1,34Е–6
1Е–6
LERF
,
reactors per year ≤ 1
Е-6
1,21E-7
6,29Е–8
1Е–7
*
There is a scheme in place to ensure fresh fuel supply
.
The CSFSF provides solution for spent nuclear fuel storage
Slide2525
PROPOSALS FOR CONSTRUCTION OF KHMELNYTSKYI NPP UNITS
3
AND
4
: BENEFITS AND RISKS
BENEFITS
OF INVOLVEMENT OF
EUROPEAN
COMPANIES
RISKS
IN INVOLVEMENT OF
ASIAN
COMPANIES
A potential to
use civil structures and buildings already existing at the site
When
built to Asian designs, NPP power units will need to be built "from scratch”
Use
of main and ancillary reference equipment.
Available transportation scheme
to support equipment and components deliveries from European countries to the site of
Khmelnytskyi
NPP
Risks residing in the transportation from Asia
of power units’ major equipment (nuclear island),
which is a large-size and heavy equipment
High local (
Ukrainian) content in equipment fabrication
(
approximately
70%
)
The local (Ukrainian) content in equipment fabrication will not go above
20%
Technical
solutions inherent in the design meet existing nuclear and radiation safety rules and standards
Lengthy licensing process required for new designs and equipment
of such designs
A potential to develop all design solutions
(
including those related to safety and required calculations
and substantiations
)
through domestic efforts and in cooperation with
European partners
,
including further support
to operations and design service life extension (long-term operation)
Design solutions will be developed
by the Asian party resulting in a complete dependence – at all life stages – for engineering, spare parts and fuel cycle
Available fresh nuclear fuel supply scheme
.
Available
Central Spent Nuclear Fuel Storage Facility provides a solution for spent fuel storage
A new scheme needs to be developed for the supply of a new type of nuclear fuel and for spent fuel management