Public Joint Stock Company

UKRHYDROPROJECT

Over 85-year experience in engineering and design of hydropower facilities in Ukraine

and overseas

History

1927 – incorporation of UKRHYDROPROJECT.

1994 - reorganization of UKRHYDROPROJECT into an open joint stock company

2009 – reorganization of UKRHYDROPROJECT into a public joint stock company

2010 – creation of a DESIGN ENGINEERING COMPLEX “GRANT” comprising UKRHYDROPROJECT PJSC, HYDROTECHPROJECT LTD., INTERDEPARTMENTAL CENTRE OF ENGINEERING RESEARCHES LTD., and UKRATOMENERGOPROJECT LTD. in the framework of structural reorganization of UKRHYDROPROJECT.

Major Projects

Over the years, UKRHYDROPROJECT has become a largest engineering company in hydropowerand water management construction in Ukraine.

Since its establishment, the company has designed large and medium hydropower plants (withcapacities up to 900 MW), small hydropower plants (with capacities from 0.4 MW), pumpedstorage plants (with capacities between 235 and 3,600 MW), Canals for navigation, irrigation, andwater supply for cities and regions, as well as hydrotechnical structures at ore and miningcomplexes, in Ukraine, Russia, Belarus, Moldova, and Georgia.

UKRHYDROPROJECT has also performed design works for hydro facilities in Vietnam, China,Laos, Mexico, Venezuela, Iraq, Ethiopia, Afghanistan, and other countries.

Awards and Memberships in International Organizations

UKRHYDROPROJECT is a member of the followingorganizations:

• International Hydropower Association (IHA)• Council on Large Electric Systems (CIGRE)• Ukrainian Commission on Large Dams• Ukrainian Association of Quality• Non-commercial partnership Association of

organizations engaged in the preparation of design documentation for energy facilities, grids and substations “Energoproject”

Quality Management System

High-quality products are a key objective of the company.Quality of the company’s work is confirmed by qualitycertificates in conformity with the international standardISO 9001:2008

Areas of expertise

Engineering surveys

Design works (new construction, rehabilitation, and overhaul)

Design of bearing and filler structures

Design of internal and external engineering networks, systems, and structures

Engineering works, including design services

Development of special design parts (EIA/SIA, labor safety, etc.)

Technical assistance; engineering, consulting and information services

Development of regulations to operate facilities and fire protection measures

Development of bid documentation, customer specifications, and maintenance of bidding processes

Designer’s and engineering supervision over construction

Appraisal of designs and development of measures to provide safety of hydrotechnical structures

Designs of HPPs in Ukraine: Cascade on the Dnieper River

1. Kyiv HPP (361 MW). Commissioned in 1968

2. Kaniv HPP (444 MW). Commissioned in 1975

3. Dniprodzerzhinsk HPP (352 MW). Commissioned in 1964

4. Kremenchuk HPP (625 MW). Commissioned in 1960

5. Dnieper HPP-1 (585 MW). Commissioned in 1932, restored in 1947

6. Dnieper HPP-2 (876,8 MW). Commissioned in 1981

7. Kahovka HPP (300 MW). Commissioned in 1956

Designs of HPPs in Ukraine and Moldova: Cascade on the Dniester River

1. Dniester HPP-1 (702 MW). Commissioned in 1983

2. Dniester HPP-2 (40.8 MW). Commissioned in 1999-2002

3. Dubossary HPP (48 MW). Commissioned in 1954

Dniester HPP-1, Ukraine

Dniester HPP-2, Ukraine

Dubossary HPP, Moldova

1. Kyiv PSP (t.m.: 235 MW/p.m.: 139 MW) on the Dnieper River. Commissioned in 1972

2. Dniester PSP (t.m.: 2,268 MW/p.m.: 2,949 MW) on the Dniester River. Unit No. 1 commissioned in 2009

3. Tashlyk PSP (t.m.: 906 MW/p.m.: 1,382 MW) on the South Bug River. Units No. 1 and No. 2 commissioned in 2006-2007

4. Kaniv PSP (t.m.: 1,000 MW/p.m.: 1,120 MW) on the Dnieper River. Design (1987-2012)

Designs of PSP in UkraineKyiv PSP

Kaniv PSP

Tashlyk PSP

Dniester PSP

Designs of small HPPs in Ukraine

1. Tereblyia-Rikskaya HPP (27 MW). Commissioned in 1956

2. Oleksandrivska HPP (10.9 MW). Commissioned in 1999

3. Cascade HPP on the Teresva River (20.52 MW). Feasibility study and first phase of detailed design (2008-2009)

Tereblyia-Rikskaya HPP

Oleksandrivska HPP

HPP-4 on the Teresva River

Rehabilitation of HPPs operated by Ukrhydroenergo

1996-2002 – first phase of rehabilitation of the hydropower plants in the Dnieper Cascade, including:

• Rehabilitation of 16 units at the Kyiv, Kahovka, andDnieper HPP-1

• Replacement of electrical equipment • Replacement of excitation, speed control, and control

systems at unit, block, and plant levels, electrical protections

• Partial rehabilitation of auxiliary AC/DC system and cabling

2006-2017 – second phase of rehabilitation of the hydropower plants in the Dnieper Cascade, including:

• Rehabilitation of 64 turbines at the Kyiv HPP and PSP, Kaniv, Dniprodzerzhinsk, Kremenchuk, Kahovka, andDnieper HPP-1 and HPP-2;

• Replacement of excitation system, speed control system, control system, electrical protections, and electrical equipment

• Rehabilitation of auxiliary, fire extinguishing, air-conditioning, and service water supply systems, DC control boards, batteries, etc.

Legend:

n – number of units

Nd – capacity at design head (50% probability)

E – average annual output

nNp,

MW

E,

million

kWh

nNd,

MW

E,

million

kWh

nNd,

MW

E,

million

kWh

Kyiv PSP 6 235 112 235 112 235 112 3 239 128

Kyiv HPP 20 361 663 9 401 672 3 412 675 8 440 683

Kaniv HPP 24 444 812 444 812 2 451 816 22 528 858

Kremenchuk HPP 12 625 1400 625 1400 625 1400 12 683 1449

Dniprodzerzhinsk HPP 8 352 1100 352 1100 2 361 1114 6 387 1154

Dnieper HPP-1 9 585 1448 6 627 1527 627 1527 3 648 1567

Dnieper HPP-2 8 877 2168 877 2168 877 2168 8 886 2204

Kahovka HPP 6 300 1230 1 306 1237 3 324 1258 2 336 1272

TOTAL for the Dnieper

Cascade93 3779 8933 16 3867 9028 10 3912 9070 64 4147 9315

Dniester HPP-1 6 702 865 702 865 702 865 702 865

TOTAL 99 4481 9798 16 4569 9893 10 4614 9935 64 4849 10180

HPP n

Before

rehabilitationAfter rehabilitation

Nd,

MW

E,

million

kWh

1st Phase Transitional Phase 2nd Phase

Improvement of parameters at HPPs operated byUkrhydroenergo at different phases of rehabilitation

Hydrotechnical Structures and Canals in Ukraine

Siversky Donets-Donbas Canal

Dnieper-Donbas Canal

1. Dnieper-Donbas Canal: 1 phase – commissioned in1984, 2 phase – under construction

2. Siversky Donets-Donbas Canal. Commissioned in1974

3. Nikitovka-Krasny Luch Canal. Design

4. Danube-Dnieper Canal. Feasibility study

5. Black Sea-Baltic Sea Waterway (Ukraine, Belarus, Poland). Feasibility report.

Designs of Wind power plants in Ukraine

1. Ai-Petri WPP (0,81 MW). Commissioned in 1992;

2. Adzhigolsk WPP (1,2 MW). Commissioned in1992;

3. Novoushytsk WPP (0,22 MW). Design;

4. Zborovsk WPP (0,22 MW). Design;

5. Donuzlavska WPP, Sudak section: stages 5and 6 (5 MW; 6,3 MW). Commissioned in 2002-2003;

6. Aulska WPP (0,2 MW). Design;

7. Vyshgorod WPP (5 MW). Feasibility study, Design.

Adzhigolsk WPP

Donuzlavska WPP, Sudak section

Designs of substations and transmission lines in Ukraine

1. 10; 35; 110 kV HV transmission lines 8 pumping plantsof Dnieper-Donbass Canal. Commissioned in 1980-1995;

2. 6; 35/10; 330 kV outdoor switchyard and 6; 10; 35; 330 kV HV transmission lines of South Ukrainian power complex. Commissioned in 1983-2003;

3. 35/6 kV Substation of pumping plant in Kozlovvillage. Commissioned in 1990;

4. 330/110; 110/35 kV outdoor switchyard and 354 110; 330 kV HV transmission lines of Cascades on the Dnieper and Dniester rivers. Commissioned in 1991, 1993-1998;

5. 35/10/6 kV district substation and 10 kV HV transmission lines of the HPP in Snyatin. Commissioned in 1995-1996;

6. 110/6 к kV outdoor switchyard «Kharverst». Commissioned in 2005;

7. 330 kV HV overpass «Novoodesskaya-Artsyz». Feasibility study 2007;

8. Rehabilitation of 330 kV outdoor switchyard of 750 kV substation «Pivnichnoukrainska». Detailed design 2012.

Substation «Pivnichnoukrainska»

HV-overpass «Novoodesskaya-Artsyz»

Design and survey works for hydrotechnicalstructures at ore and mining complexes (OMC):

• Southern OMC, Ukraine. Design of a tail storage

• Lebedin OMC, Russian Federation. Design of tail storage rehabilitation

• Stoylensky OMC, Russian Federation. Technical regulation for extension of the 2nd-step pump plant for the tail storage and water bypass structure

Lebedin OMC, Russian Federation

Stoylensky OMC, Russian Federation

Southern OMC, Ukraine

Ore and Mining Complexes in Ukraine and the Russian Federation

Designs of HPPs in countries of the former USSR

• Grodno HPP (22 MW) on the Neman River, Belarus. Commissioned in 2012

• Polotsk HPP (17 MW) on the Western Dvina River, Belarus. Under construction

• HPP Mtkvari (53 MW) on the Mtkvari (Kura) River, Georgia. Under construction

• Iova HPP-10 (96 MW) on the Iova River, Russian Federation. Design for rehabilitation of units (in progress) Grodno HPP

Polotsk HPP

HPP Mtkvari

Iova HPP-10

Designs of HPPs in Vietnam

• HPP Can Don (77.6 MW) on the Be River. Commissioned in 2003

• HPP Thak Mo (150 MW) on the Be River. Commissioned in 1995

• HPP Nam Chien (200 MW) on the Nam Chien River.Under commissioning.

HPP Can Don

HPP Thak Mo

HPP Nam Chien

Designs of HPPs in Vietnam (cont.)

• HPP Yali (720 MW) on theSesan River. Commissioned in 2002

• HPP Sesan 3А (108 MW)on the Sesan River. Commissioned in 2006

• HPP Huong Dien (81 MW)on the Bo River. Commissioned in 2011

HPP Sesan 3А

HPP Yali

HPP Huong Dien

Design of a HPP in Ethiopia

The Grand EthiopianRenaissance Dam Project(6,000 MW) on the Blue NileRiver. Design optimization,according to which the plant isbeing built

Upon completion, the plant willbecome the largest HPP inAfrica and one of the largest inthe world

Grand Ethiopian Renaissance Dam Project

Major outcomes of the design optimization:

• Total capacity increase from 5,250 to 6,000 MW• Unit capacity increase from 350 to 375 MW• Maximum output increase by 475 GWh• Cost reduction by 124 million euro

Hydro Project San Rafael

Designs of hydro projects in Mexico and Venezuela

• Hydro Project San Rafael on the Río Grande de Santiago, Mexico. Commissioned in 1995

• Hydro Scheme Uribante-Caparo on the Uribante, Dorados, Comburite, and Caparo Rivers, Venezuela. Feasibility study (2005)

Hydro Scheme Uribante-Caparo

HPPs and hydrotechnical structures overseas

• Navigation structure at LuangPrabang on the Mekong River, Laos.Feasibility study (2010-2011)

• Nasyriah Pumping Station, Iraq.Commissioned in 2008

• HPP Naghlu (100 MW) on the Kabul and Panjshir Rivers, Afghanistan. Rehabilitation of the plant (including replacement of auxiliary equipment), switchyard, and communication systems

Navigation structure at Luang Prabang

Nasyriah Pumping Station

HPP Naghlu

Address:9 Lenin Avenue, Kharkiv 61166, UkraineTel.: - Reception: +38 (057) 717-57-05- Marketing service: +38 (057) 717-57-41Fax: +38 (057) 717-57-01

E-mail: water@uhp.kharkov.uaWeb: http://www.uhp.kharkov.ua

Contacts