Tj. Hammons, EAST EUROPEAN ELECTRICITY INFRASTRUCTURE, INTERCONNECTIONS, AND ELECTRICITY EXCHANGES, Electric machines and power systems, 25(7), 1997, pp. 693-711
This paper discusses East and Central European Electricity Infrastruct
ure, Interconnections and Electricity Exchanges following segregation
of the republics of former USSR and independence of East European coun
tries, and likely developments in future years. It focuses on the pres
ent and future state of the electric power sector, future expansion of
European power systems, co-operation, new capacity, separation of pow
er systems in former USSR countries, the direction of reforming the in
dustry, interstate relations in the fuel and energy complex, and impac
t of privatisation on electricity supply. First, power sector problems
in countries in transition are reviewed. Serious deficiencies in elec
tricity supply affect economic reforms, and lack of investment togethe
r with poor operational performance plague the power industry, particu
larly in the republics of former USSR. Important issues of the CENTREL
power companies: Czech, Hungarian, Polish and Slovak are discussed, f
or example, (a) improvement in quality of the power systems, (b) inter
connection with the UCPTE system, (c) co-ordination of co-operation wi
th other power systems, and (d) beneficial energy transactions. Develo
pment of technical solutions of future operation with eastern neighbou
rs including back-to-back couplers are also discussed. The German Powe
r System following unification requiring synchronous operation of the
East-West power networks is commented on together with new interconnec
ting lines for synchronising the systems late in 1995. Discussed also
are technical, economic, financial and legal aspects of exchanging abo
ut 4GW between Russia, Belarus, Poland and Germany using a multi-termi
nal HVDC transmission system and the idea of a Baltic Ring forming a m
eshed interconnection around the Baltic Sea. Problems of co-operation
in former USSR are also reviewed. Highlighted is the fuel and energy c
omplex, rate of new capacity commissioning, use of existing generating
,capacity, and separation of power systems in a number of republics fr
om the Unified Grid Network. Dynamics of changes in basic indexes such
as installed capacity, electric power generation and consumption in c
ountries of the Commonwealth of Independent States' (CIS), and in elec
tric power an energy exchanger in CIS countries and between Eastern Eu
rope are also discussed. The paper then examines the role of Russian P
ower Systems in the future Unified Electrical Power System of the Euro
-Asian Continent. In the foreseen future, a chain of power systems str
etching from Beijing to Madrid with total length exceeding 10,000km wi
ll be interconnected, comprising national grids of China, Siberia, Kaz
akhstan, Russia, Southwest republics of former USSR, East Europe and W
est Europe.