༈ **a**
3.
S2
Assuming that the nuclear power station will be located at Dong Shan, the total transmission cost for accommodation of the nuclear power station, at 1980 prices, is estimated at US$500m based on budgetary prices obtained from overseas manufacturers.
On the method of investment, it is proposed that GPC and CLP be separately responsible for investment on the overhead line circuits from the nuclear power station to Dongjiao and Tai Po respectively and that the investment on the remaining circuits and Liantang
equally between GPC and CLP. Based on Substation be shared
this method, the estimated investment on transmission, in 1980 prices, is as follows:-
GPC
US$284 m
CLP
US$216 m
In
Total
US$500 m
is technically and
operationally
feasible to
the
it conclusion, accommodate a nuclear power station of 2 x 900 MWe capacity in combined Guangdong/Hong Kong power system in 1988/89.
EQUIPMENT SELECTION
The selection of equipment and nuclear fuel suppliers should be on a basis of
(a) no requirement for nuclear inspection;
(b)
an offer of technically sound and reliable plant;
(c)
competitive conditions; and
in price
and supported by favourable loan
(a)
a long term fuel supply will be guaranteed.
a
On grounds of its extensive and favourable operating experience in large number of countries, its safety as established by extensive evaluation worldwide and its advantage in cost over other systems, the pressurised water
is the most suitable choice for the joint project.
reactor
Preliminary technical evaluations and discussions with equipment vendors have indicated that the choice of reactor vendor would rest between Westinghouse, Framatome and Kraftwerk Union,
the
choice of turbine generator vendor would rest among GEC, Alsthom, G.E., Westinghouse and Kraftwerk Union.
and
that
The safety standards adopted for the Guangdong Nuclear Power Station, apart from complying with the regulations of the People's Republic of China, will refer to the relevant standards and recommendations of the IAEA and ICRP, the standards of countries with operational experience of PWR power stations and the relevant experience which is
3