Distributed Power Generation Market Research in Russia and Prospects of Use of Hydrogen Fuel Cells

Annotation

Introduction

1. Role and place of distributed power generation in power supply of the country

Far Eastern Federal District

Sakha (Yakutia)

Kamchatka region

Siberian Federal District

Krasnoyarsk region

Tomsk region

Irkutsk region

Ural Federal District

Yamalo-Nenetsky autonomous district

Khanty-Mansi autonomous district - Yugra

Northwestern Federal District

Komi

Arkhangelsk region

Murmansk region

Karelia

2. Statistics of Russian market of distributed power

2.1. Range of capacities and the main types (models) of power-generating units, used in distributed power generation

2.1.1. Diesel-generator and gas-reciprocating units

2.1.2. Diesel-generator and gas-reciprocating units of Russian production (producers and types)

2.1.3. Diesel-generator and gas-reciprocating units of foreign production

2.1.4. Micro-turbines

Perm motor-building complex

JSC «Saturn - Gas Turbines» (Rybinsk)

JSC «NPO «Iskra» (Perm’)

JSC «Kaluga turbine plant»

JSC «Proletarasky plant» (St.Petersburg)

CJSC «Ural turbine plant» (Yekaterinburg)

2.2. Field of application of small-scale power generating units

2.3. Volumes of purchases of autonomous power-generating units

3. Technical and economic performance of typical autonomous power-generating units of various types (diesel-generator sets, gas-reciprocating units, micro-turbines)

4. Distributed co-generation of power and heat energy at Russian market

5. Leading companies in field of distributed power generation

JSC «Gazprom»

Perm motor-building complex

JSC «Zvezda»

JSC «Zvezda-Energetics»

LLC «EnergoTech» (Moscow)

CJSC «NG-Energo» (St.Petersburg)

JSC “GT-TETs Energo»

CJSC «Industrial Group «ASK» (Lyubertsy)

LLC «Energy Center «President-Neva»

6. Regulatory and legal framework, regulating development of small-scale power generation

7. Assessment of potential of Russian market of distributed power generation

8. Analysis of prospects of introduction of PC400 unit of company UTC Power at Russian market

8.1. Potential of application of small-scale power-generating units and co-generation facilities

8.2. Use of anaerobe gas, bio-gas, exhaust gas

8.3. Opportunity of obtaining credits CDM

8.4. Comparative analysis of technical-and-economic characteristics of PC400 and common power generators and heat energy sources

8.5. Search and substantiation of the most promising market niches and forecasted assessment of volumes of PC400 sales at Russian market

Table 1. Power losses of some distribution companies of Russia in 2006

Table 2. Dynamics of some performance data of JSC «Sakhaenergo» in 2002-2006

Table 3. Production of power in Kamchatka in 2005-2006

Table 4. Characteristics of equipment of diesel power plants of JSC «Koryakenergo»

Table 5. Production of power by some stationary diesel power plants in Khabarovsk region in 2005-2006

Table 6. Production of power by some small-scale power plants in Krasnoyarsk region in 2005-2006

Table 7. Production of power by small-scale power plants in Tomsk region in 2005-2006

Table 8. Characteristics of decentralized consumers in northern districts of Irkutsk region

Table 9. Production of power in Komi in 2005-2006, mln. kWh

Table 10. The main nominal characteristics of diesel-electric units and power plants

Table 11. Basic mix of Russian stationary diesel power plants

Table 12. Mix of power-generating facilities of JSC «Zvezda» (St.Petersburg)

Table 13. Technical characteristics of diesel-generator sets, produced by «Kolomna plant»

Table 14. Technical characteristics of autonomous power-generating units, produced by «Kolomna plant»

Table 15. Technical characteristics of diesel block-transportable power plants with capacity of 1500 kWh, produced by «Kolomna plant»

Table 16. Technical characteristics of diesel block-transportable power plants with capacity of 1000 kWh, produced by «Kolomna plant»

Table 17. Characteristics of diesel-generator sets, produced by «Barnaultransmash»

Table 18. Characteristics of gas-reciprocating facilities, produced by «Barnaultransmash»

Table 19. Mix of diesel-generator sets of JSC «RUMO»

Table 20. Mix of gas-reciprocating power-generating units of JSC «RUMO»

Table 21. Characteristics of diesel power plants, produced by «Baranchikovsky electromechanical plant»

Table 22. Characteristics of gas-reciprocating facilities Cummins

Table 23. Advantages and disadvantages of gas-turbo-generators

Table 24. Characteristics of GTES of Perm motor-building complex’s production

Table 25. Characteristics gas-turbine facilities GTES of Perm motor-building complex’s production

Table 26. The main characteristics of power-generating facilities, produced by «NPO «Saturn»

Table 27. Characteristics of GTES with capacity up to 10 MW, produced by «NPO «Iskra»

Table 28. Characteristics of turbo-generators, produced by «Kaluga turbine plant»

Table 29. Characteristics of transportable gas-turbine power plant PGTES-1500, produced by «Proletarasky plant» (St.Petersburg)

Table 30. Characteristics of power-generating GTU of CJSC «Ural turbine plant»’s production

Table 31. Characteristics of simple cycle GTU of State Enterprise «Zorya-Mashproject»’s production (Ukraine)

Table 32. Advantages and disadvantages of micro-turbines

Table 33. The main technical characteristics of GTES on the basis of Capstone micro-turbines

Table 34. Consumed capacities of communal utilities

Table 35. Production of diesel-generator sets in 2005-2006, pieces

Table 36. Production of mobile power plants in 2005-2006, MW

Table 37. Import supplies of power-generating units in Russia in 2005-2006

Table 38. Prices on diesel-generator sets Gesan (Spain) and Geko (Germany)

Table 39. Prices on diesel-generator sets of JSC «Moscow Floodlight Plant»’s production

Table 40. Average wholesale prices on natural gas, approved by Federal Regulating Commission since 1.01.2007

Table 41. Technical characteristics of cogenerators on the basis of gas engines Waukesha

Table 42. Types and characteristics of co-generation facilities Tedom

Table 43. Supplies of natural gas and diesel fuel to regions of Russia in 2005-2006

Table 44. Production activity of JSC «Gazprom» and its power consumption in 2002-2006

Table 45. Capitalization and profit of JSC «Gazprom» in 2002-2006

Table 46. Financial and economic performance data of JSC «Zvezda» in 2002-2006

Table 47. Realisation of LLC «Energotech»’s projects on power supply of oil-gas fields in 2004-2007

Table 48. Supplies of power-generating facilities of CJSC «NG-Energo» in 2005-2006

 Table 49. Balance reserves of natural gas, gas-condensate and petroleum of JSC «Gazprom» as of the end of 2006

Table 50. Examples of application of small-scale power sources in communal utilities sector

Table 51. Characteristics of co-generation facilities Tedom, using bio-gas

Table 52. Calculation of economic effectiveness of mini-CPP (co-generation power plant), using natural gas and bio-gas

Table 53. Technical-and-economic characteristics facilities on the basis of fuel cells of company UTC Power’s production

Table 54. Modes of operation of facilities of company UTC Power

Table 55. Technical-and-economic characteristics of operation of Capstone facilities

Table 56. Technical-and-economic characteristics of diesel-generator sets with capacity of 400 kWh

Table 57. Average producer’s prices on fuel and oils, used in autonomous power plants in 2007

Table 58. Actual tariffs on power by groups of consumers of RAO EES

Table 59. Tariffs on power, supplied by power plants of OGK RAO EES to wholesale market of power (capacities), 0.01 Ruble/kWh

Table 60. Payment for technological hooking up in regions of Russia as of the beginning of 2007, Rubles/kWh capacities

Table 61. Tariffs on power in Moscow in 2007

Figure 1. Diesel power plant of JSC «Kolomna plant»’s production

Figure 2. Diesel multi-fuel block-transportable power plant with capacity of 1500 kWh, produced by «Kolomna plant»

Figure 3. Block-transportable multi-fuel power plant of series ED-1000 with capacity of 1000 kWh, produced by «Kolomna plant»

Figure 4.Stationary diesel-electric unit DEAS-100, produced by «Barnaultransmash»

Figure 5. Gas-turbine power plant GTES-2.5, produced by «NPO «Saturn»

Figure 6. Mini-CPP «Shigili»

Figure 7. Mini-CPP «Agidel’»

Figure 8. GTES «Ural-6000» at mounting site

Figure 9. Scheme of mini-CPP «Yanus»

Figure 10. Co-generation plant Waukesha at plant JSC «Zvezda» in St.Petersburg

Figure 11. Co-generation plant TEDOM of type Quanto C1000

Figure 12. Price of 1 kWh of installed capacity for diesel, gas-reciprocating and micro-turbine facilities

Figure 13. Price of 1 kWh of produced power for diesel, gas-reciprocating and micro-turbine facilities