PURE ENERGY AND INNOVATIONS FOR CHILE

About Us

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RusHydro boasts unique advantages that leave it well-positioned to strengthen its positions and enhance its role both domestically and abroad:

Clean power generationEnergy efficient productionThe basis for system reliabilityThe driver of renewable energy innovationsState-of-the-art management with extensive

experience in creating and managing hydro-power assets, including in foreign markets

Engineering and R&D

Russia

63 HPP

3 GeoTPP

1 TPP

1 WPP

Abroad

1 HPP (Armenia)

JSC “NIIES”

JSC “Institute Hydroproject”

JSC “VNIIG”

JSC “Lenhydro-project”

JSC ESK Rushydro

JSC Krasnoyarsk-energosbyt

JSC RESK

JSC Chuvashskaya Energosbitovaya Kompania

Equipment production

JV with Alstom

JV with State Corporation Rostechnologii and Siemens

JV with Voith Hydro

Construction & modernisation Generation Sales

17 construction companies

RusHydro is Russia’s largest generation company and one of the world’s largest hydro-power generation company, based on installed capacity

RusHydro is the leader in renewable energy using water currents, sea tides, wind and geo-thermal energy

RusHydro Today

Shareholding structure Main statistics

Installed capacity 26.1 GW

Power plants 68

Electricity output 72,497 mln kWh

Revenue 418,003 mln RUR

EBITDA 61,575 mln RUR

Market capitalisation 15,503 mln USD

RusHydro capacity vs. hydro capacities of global peers (GW)RusHydro capacity vs. hydro capacities of global peers (GW) RusHydro vs. GenCos in Russia (GW)RusHydro vs. GenCos in Russia (GW)

* - incl. 10.05% GDR holders

Russia’s largest generating company and one of the world’s largest publicly traded generating company, with capacity of more than 26 GW and market capitalisation of over USD 15bln

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RusHydro’s Geography

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Armenia

RusHydro Projects Using RES

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Kislogubskaya TPP (1.5 MW)Kislogubskaya TPP (1.5 MW)

Severnaya TPP (12.0 MW)The Murmansk regionObjective: to construct an industrial plant using tidal energyTarget: to develop tidal energy usage and float unit construction technologies

Severnaya TPP (12.0 MW)The Murmansk regionObjective: to construct an industrial plant using tidal energyTarget: to develop tidal energy usage and float unit construction technologies

Nizhnaya Volga Wind Farm(1.0 GW)The Volgograd regionObjective: to construct a large wind farm in the Central Region of the Russian Federation

Nizhnaya Volga Wind Farm(1.0 GW)The Volgograd regionObjective: to construct a large wind farm in the Central Region of the Russian Federation

Mezenskaya TPP(8.0 GW)Mezenskaya TPP(8.0 GW)

Small HPPs of Altai region (24.0 MW)Small HPPs of Altai region (24.0 MW)

Small HPPs of the Northern Caucasus region (36.0 MW)Small HPPs of the Northern Caucasus region (36.0 MW)

Verhne Mutnovskaya GeoPP (12.0 MW)Verhne Mutnovskaya GeoPP (12.0 MW)

Mutnovskaya GeoPP (50.0 MW)Mutnovskaya GeoPP (50.0 MW)

Pauzhetskaya GeoPP (12.0 MW)Pauzhetskaya GeoPP (12.0 MW)

Binary power unit at Pauzhetskaya GeoPP(2.5 MW)

Binary power unit at Pauzhetskaya GeoPP(2.5 MW)

Mutnovskaya-2 GeoPP(50.0 MW)Mutnovskaya-2 GeoPP(50.0 MW)

Eshkakonskaya Small HPP(0.6 MW)Eshkakonskaya Small HPP(0.6 MW)

Growth Perspectives in Russia

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According to the decision of the Government of the Russian Federation 52,8% of shares JSC «RAO Energy System of East» were transferred to JSC “RusHydro”

Advantages:

Control of the energy units, which are located in the Far East federal district (36% of the territory of the Russian Federation)

Increase of the company’s installed capacity up to 34.8 GW;

Ability to export on the markets of the Asia Pacific Region;

The possibility of attracting the world’s largest companies to participate in investment program of the Holding Company, including the area of thermal generation.

International Cooperation

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France

Agreement with Alstom on establishment of JV for localisation of production of hydropower generating equipment in Russia

Agreement with EDF on prospective cooperation in hydropower and RES

France

Agreement with Alstom on establishment of JV for localisation of production of hydropower generating equipment in Russia

Agreement with EDF on prospective cooperation in hydropower and RES

Germany

Agreement with SC “Russian Technologies” and Siemens AG on establishment of JV for cooperation in wind energy sector, incl. localisation of equipment production in Russia for WPP

Germany

Agreement with SC “Russian Technologies” and Siemens AG on establishment of JV for cooperation in wind energy sector, incl. localisation of equipment production in Russia for WPP

Armenia

Owns Sevan-Hrazdan HPPs (561 МW)

Armenia

Owns Sevan-Hrazdan HPPs (561 МW)

Austria

Agreement with Andritz Hydro on cooperation in hydropower

Agreement with Voith Hydro on establishment of JV for production of hydropower equipment in Russia

Austria

Agreement with Andritz Hydro on cooperation in hydropower

Agreement with Voith Hydro on establishment of JV for production of hydropower equipment in Russia

Italy

Agreement with ENEL on cooperation in hydropower and RES

Italy

Agreement with ENEL on cooperation in hydropower and RES

Chile

Pilot project of wave power plant construction

Chile

Pilot project of wave power plant construction

China

Agreement with Three Gorges Corporation on cooperation in hydropower and RES

Agreement with State Grid on strategic cooperation in hydropower and RES

China

Agreement with Three Gorges Corporation on cooperation in hydropower and RES

Agreement with State Grid on strategic cooperation in hydropower and RES

Finland

Agreement with Poyry on cooperation in hydropower and RES

Finland

Agreement with Poyry on cooperation in hydropower and RES

Iceland

Agreement with Reykjavik Geothermal on cooperation in geothermal power

Iceland

Agreement with Reykjavik Geothermal on cooperation in geothermal power

Argentina

Agreement with ENARSA on cooperation in hydropower and RES

Argentina

Agreement with ENARSA on cooperation in hydropower and RES

India

Agreement with NHPC on cooperation in hydropower

India

Agreement with NHPC on cooperation in hydropower

Ukraine

Agreement with Ukrhydroenergy on cooperation in hydropower

Ukraine

Agreement with Ukrhydroenergy on cooperation in hydropower

Bolivia

Agreement with ENDE on cooperation in hydropower and RES

Bolivia

Agreement with ENDE on cooperation in hydropower and RES

Canada

Agreement with HydroQuebec on cooperation in hydropower

Canada

Agreement with HydroQuebec on cooperation in hydropower

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The largest design institute in RussiaInside the top ten engineering companies in the worldFounded in 1930Successfully designed 250 hydropower plants in Russia, Baltic states and SIC (total capacity of 65 GW and annual energy generation of 230 TWh)More than 50 hydropower plants in 45 countries (total capacity – more than 26 GW)The largest archives of implemented projects (more than 400 projects)Cooperation deals in 49 countries

JSC “Institute Hydroporoject”

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Comprehensive site investigations for construction of large projects in the areas of complicated environment conditionsDesign of the full scope of all low-current systems (signaling, communication, security systems, Video follow-up systems, information technologies systems)Preparation of O&M Manuals of hydraulic structures and equipmentDesigning of dams, more than 250 m in height , in the areas of high seismic intensityDesigning of shaft spillways with flow whirling and height drop of more than 200 mFish protection designs and ecological documentation

Services of “Institute Hydroporoject”

Analysis of power market and the place the hydropower and proposed projects occupy in the power marketOptimization of engineering solutions in designing hydropower plants, pumped-storage plants and renewable power source installationsAssessment of economic effectiveness of investments in hydropower projects, development of renewable power sources and water management projectsDesigning of automated process control systems Designing of transmission lines 3-D laser scanning of project

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JSC «NIIES»

JSC “NIIES” is the leading Russian R&D center in the field of renewable sources of energy

Presently JSC NIIES is the leading organization in Russian Federation in several scientific and technological areas, among which are: advanced studies in low-head hydro, tidal, wave and wind power engineering; hydraulic researches, including physical and numerical simulation; production and development of structure diagnostic devices and automatic informational-diagnostic inspection systems of power plant structures and equipment

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Orthogonal Turbines:Unique Design, Unique Characteristics

Main advantages of orthogonal hydro power unit

Rotation direction and characteristics of these turbines do not depend on flow direction

Efficiency of orthogonal turbines exceeds 75%

Design of turbine is simple and production-friendly

It is possible to use multi-storied power units, consisting of several turbines on the same shaft

Large throughput capacity of turbine in idle mode

Orthogonal turbine

All rights on design and use of orthogonal turbines are reserved by several patents of the Russia

Currently orthogonal turbine is being tested on tidal power plant “Kislogubskaya” in Russia

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Floating reinforced-concrete unit

Turbine penstocks

Generator

Use of orthogonal turbines and floating method of construction will result in:• Maximal efficiency of hydro power unit• Decrease of the cost of installed kW• favorable ecological conditions in TPP basin

Step-up gear

Runner

Lower bearing

Turbine shaft

Tidal power plant

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Mezen tidal power plant in Russia

Dam length: 87 kmNumber of power units: 2000Plant capacity: 8000 MWGenerated power: 39.2 TWh/yearPower supply per plant capacity: 4900 hours/year

14Vertical cross-section of TPP powerhouse Combination of wave and tidal power plants

Installed capacity of tidal power plant – 12 MW

Installation of wave power units will effectively double total installed capacity of the power plant, making it 24 MW

Estimated generated power of this power plant is 40 000 000 kWh/year

Severnaya tidal power plant in Russia

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Main characteristics of a wave farm:

• number of wave power devices (by 1 km2) - 900• installed capacity (by 1 km2) with wave power potential of 40 kW/m – 27 MW• capacity factor – 0.4• annual generated power – 94,5 millions kWh• cost of wave power devices – 3000$/kW

Wave power plant

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Chile: Unique Potential for Tidal and Wave Energy Development

Chile is one of the countries with the highest energy potential of sea waves due to the following:

Grand extension of sea coast lineEnergy of seawaves can reach 70 kW

per meterStable wave climate over the year

It is estimated that usage of energy of sea waves can supply 24% of Chile needs in electricity in winter and 26% in summer

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Thank You for Attention!