References

Facilities designed by JSC “Siltumelektroprojekts”

  • Power plants (PP)
  • Thermal power plants (TPP)
  • Cogeneration power plants (CPP)
  • Substations and electrification
  • Boiler houses

No.

Name of projects and works

Power output

Year and Location

Electric, MW

Heat, Gcal/h

1

Augstsprieguma tīkls’’. The Kurzeme Ring, Latvia. Reconstruction of 110 kV power transmission line in the section Ventspils – Tume – Riga, constructing additional lines with voltage up to 330 kV.

   

2017

Latvia

2

WorleyParsons Energy Services Finland OY”. The development of RAOS Project Oy’s integrated construction management system documents and independent assessment of licensing document packages for the Fennovoima Oy’s obtaining of Hankhikivi-1 NPP Construction License

   

2017

Finland

3

Augstsprieguma tīkls’’. 110 kV substation No. 136 Bolderaja II, Latvia. Reconstruction of the installation of the distribution transformer: design, construction and installation work.

   

2016

Latvia

4

“TGC-1”. CHPP-5. Reconstruction of the sewerage networks, installation of the liquid sludge dewatering facility of the chemical water treatment, construction of the local purification plants on the discharge to the city sewage header in St. Petersburg.

   

2016

Russia

5

 “TGC-1”. CHPP-7. Development of design and estimate documentation for the modernization of the sewerage networks, constructing the waste water purification plants in St. Petersburg.

   

2016

Russia

6

 “TGC-1”. PP-2. Reconstruction of the sewerage system, installing the commercial metering stations and constructing the PP-2 purification plants (the city sewage header) in St. Petersburg.

   

2016

Russia

7

“TGC-1”. CHPP-22. Development of activities on the connection of new consumers in St. Petersburg.

   

2016

Russia

8

‘’Hyndrotech Energy’’. Estonian PP in Narva. Reconstruction. Analysis of ash and slag material at the ash disposal of Estonian PP. Development of the project for the construction of separating dams and filling of the ash disposal area of Estonian PP.

   

2016

Estonia

9

‘’Mykolaivoblteploenerho’’. Feasibility Study for development of the construction project for the reconstruction of part of the existing DH networks in Mykolaiv and provision of field designer supervision services.

   

2016

Ukraine

10

“T Plus”. Optimization of the agglomeration system of cities Saratov and Engels, including reconstruction of power generating sources. Development of Feasibility Study.

   

2016

Russia

11

AtomEnergoSbit’’. Development of a Preliminary Feasibility Study for the Construction of Interstate Power Supply Network Infrastructure of Power Distribution Scheme (PDS) of the Baltic Nuclear Power Plant (BNPP)

   

2015

12

AtomEnergoSbit’’. Performance of Works for the Assessment of Regulatory Environment in Energy and EU Energy Markets

   

2015

13

Ventspils Nafta Terminals”.  Construction and installation of special and additional equipment for removing water from sludge received from the existing flotation facility in Ventspils. Construction Design.

   

2015

Latvia

14

’’Latvijas dzelzceļš’’. Development of Sketch Design for electrification of railway network.

   

2015

Latvia

15

“TGC-1”. CHPP-14 of OAO “TGC-1”. Construction of the centralized oil facilities with communications. Project and working documentation.

   

2015

Russia

16

‘’INTER RAO’’. Pre-design works for construction of CCGT-TPP and reconstruction of DH networks in Pereslavl-Zalyessky.

24

80

2015

Russia

17

’’Latvenergo’’. Riga TPP-2. Reconstruction of the auxiliary power supply system, reconstruction of the DH water circulation system, reconstruction of the DH water makeup system, reconstruction of the water fire-fighting system and creation of the automated control system. Project and working documentation.

   

2015

Latvia

18

Ventspils Nafta Terminals”. Double-sided rail tank car unloading rack No. 1, pump station No. 1 and manifold No. 1 in Ventspils. Technical Design.

   

2015

Latvia

19

‘’INTER RAO’’. Verkhnyetagilskaya SRPP. Construction of 420 MW CCGT unit. Development of separate sections of working documentation (heating and ventilation, water supply and water disposal for the main building; electrical part, relay protection and automation of power supply and power generation systems).

420

 

2015

Russia

20

Augstsprieguma tīkls’’. The Kurzeme Ring, Latvia. Reconstruction of 110 kV power transmission line in the section from Grobiņa to Ventspils, constructing additional lines with voltage up to 330 kV.

   

2014

Latvia

21

SPbES”. Development of project/working documentation for the facility: “110/10 kV substation “347-A” with 110 kV cable line in St. Petersburg.

   

2014

Russia

22

“TGC-1”. Technical upgrading of the internal gas supply scheme of Pervomayskaya CHPP of the subsidiary “Nevsky” of OAO “TGC 1”.

   

2014

Russia

23

“TGC-1”. Reconstruction of PP-2 in St. Petersburg. Phase I: Construction of 110/6 kV indoor switchgear. Project and working documentation. Phase  II: Pre-design studies.

   

2013

Russia

24

‘’MOEK-Proekt’’. Preliminary calculations of economic efficiency of possible options for enhancement of RTS “Yuzhnoye Butovo”, which provides covering of future heat loads in the RTS location, considering the new areas connected to Moscow.

150

770

2012

Russia

25

‘’MOEK-Proekt’’. Development of economically substantiated options for introduction of electricity and heat generating capacities at Regional Thermal Station (RTS) in Zelenograd, considering the results of the work performed during the construction of the GTP-CHPP at RTS-4 in Zelenograd.

   

2012

Russia

26

“TGC-1”. PP-2 in St. Petersburg. Modernization of the DH network makeup system, providing makeup from the city water supply system.

   

2012

Russia

27

TGC-1”. Enhancement of Archangelsk CHPP by installing the boiler unit E-420-140, plant No. 7.

   

2012

Russia

28

’’Latvenergo’’. Reconstruction of Riga Thermal Power Plant No. 2 (TPP-2). Installation of two 400 MW CCGT power units. Adaptation of project documentation, development of separate sections.

800

800

2012

Latvia

29

Juglas Jauda”. Increase of TPP electric capacity by installing two 2 MW gas reciprocating units. Project documentation.

4

 

2011

Latvia

30

Augstsprieguma tīkls’’. Reconstruction of 110 kV power transmission lines of the Kurzeme Ring in the section from Grobiņa to Ventspils, by reinforcing with a 330 kV line.

   

2011

Latvia

31

‘’Pöyry Finland’’. Biofuel CHP plant, Jelgava.

24

45

2011

Latvia

32

‘’MOEK-Proekt’’. Technical and economic analysis and optimization of technical solutions for the cogeneration plant “Yuzhnoye Butovo” in Moscow.

36

440

2011

Russia

33

‘’Lengiproneftehim’’. OOO “Kirishi SRPP”. 800 MW CCGT unit. Calculation of low-pressure plant pipelines.

   

2011

Russia

34

‘’Rigas Siltums’’. District Heating Plant (DHP) “Ziepniekkalns”. Construction of the biofuel cogeneration power unit with electric power of 4 MW.

4

 

2011

Latvia

35

“FSK EES”. Main Power Grids of Siberia. Overall technical upgrading and reconstruction of 220 kV substation “Moskovka” in Omsk. Project and working documentation.

   

2010

Russia

36

Juglas Jauda”. Construction of cogeneration power plant, installing two gas reciprocating units with capacity of 6 MW each. Pre-design studies

12

 

2010

Latvia

37

‘’Lengiproneftehim’’. OOO “Kirishi SRPP”. 800 MW CCGT unit. Calculation of high-pressure plant pipelines.

   

2010

Russia

38

‘’VKG Energia’’. Project of installation of the steam turbine PT-25/30-2.9/0.6 in Kohtla-Jarve.

30

2010

Estonia

39

‘’Lengiproneftehim’’. OOO “Kirishi SRPP”. Modernization of the water treatment plant for 750 m3/h. Tender proposals.

   

2009

Russia

40

‘’Lengiproneftehim’’. OOO “Kirishi SRPP”. Reconstruction of On-shore pump station No. 1. Working Design.

   

2009

Russia

41

‘’Rigas Siltums’’. Boiler house “Imanta”. Installation of the CCGT unit and reconstruction of the hot-water boilers.

50

340

2009

Latvia

42

“FSK EES”. Main Power Grids of Volga. Construction of 220 kV substation “Levoberezhnaya” in Tolyatti. Working documentation.

   

2009

Russia

43

“FSK EES” (“Federal Grid Company of the Unified Energy System of Russia”). Construction of 330 kV substation “Kingiseppskaya”. Project documentation.

   

2008

Russia

44

‘’Lengiproneftehim’’. OOO “Kirishi SRPP”. Reconstruction of the heat supply scheme, installing boiler room No. 4. Working Design.

   

2008

Russia

45

‘’Lengiproneftehim’’. OOO “Kirishi SRPP”. Reconstruction of the heat supply scheme, installing storage tanks Nos. 4 and 5 with volume of 5000 m3 each.

   

2008

Russia

46

“CKTI”. Development of pre-design documentation for reconstruction of CHPP of OAO NPO “CKTI” in St. Petersburg.

60

300

2008

Russia

47

’’Latvenergo’’. Riga TPP-1. Installation of the CCGT unit.

145

130

2008

Latvia

48

’’Latvenergo’’. Riga TPP-1. Installation of the hot-water boiler.

 

100

2008

Latvia

49

‘’Consulting & Engineering Company JS&K’’. Liepaja TPP. Site selection.

20

100

2007

Latvia

50

Panevežio Energija’’. Combined-cycle cogeneration plant (CCCP) in Panevezys. Lithuania

30

22

2007

Lithuania

51

‘’Kauno termofikacijos elektrinė’’. Feasibility Study for installation of the CCGT power unit at AB “ACHEMA”.

50

 

2007

Lithuania

52

‘’Lengiproneftehim’’.OOO “Kirishi State Regional Power Plant”. Development of justification of investments in the reconstruction of Power Unit No. 6 of the condensing power plant (CPP) of Kirishi SRPP, based on combined cycle technology.

800

 

2007

Russia

53

“TGC-1”. Reconstruction of the power plant PP-2 in St. Petersburg. Feasibility Study (Draft).

120

830

2007

Russia

54

“FSK EES”. Construction of 220 kV substation “Prospekt Ispitatelei” with inlets of the overhead lines in St. Petersburg. Project and working documentation.

   

2007

Russia

55

Lenenergo”. 110 kV transformer substation in St. Petersburg. Development of a typical design for 110/10-10(6-6) kV indoor transformer substations.

   

2007

Russia

56

“FSK EES”. Construction of 330 kV substation “Parnas” with inlets of the overhead lines in St. Petersburg. Project documentation.

   

2007

Russia

57

‘’InterESP’’. Construction of 110/10 kV substation “Vesennyaya” in Omsk. Project and working documentation.

   

2006

Russia

58

“TGC-1”. Territorial Generating Company No. 1 (TGC-1). Development of justification of investments in the reconstruction of Pervomayskaya CHPP-14 in St. Petersburg.

670

1300

2006

Russia

59

‘’Venceb’’. Ventspils coal-fueled power plant. Site selection.

400

 

2006

Latvia

60

‘’Lengiproneftehim’’.OOO “Kirishi SRPP”. Reconstruction of fuel oil pumping station No. 2. Working Design.

   

2005

Russia

61

‘’Lengiproneftehim’’.OOO “Kirishi SRPP”. Change-over of the power plant (CPP and CHPP) to gas firing, Feasibility Study. Working Design for 8 start-up facilities. Reconstruction of DH part of the power plant, Feasibility Study. Reconstruction of gas ducts at CPP and CHPP by changing over to 320 m high smokestacks, Working Design.

2020

 

2005

Russia

62

‘’Lengiproneftehim’’.OOO “Kirishi SRPP”. Construction of the main entrance checkpoint building. Working Design.

   

2004

Russia

63

‘’INTER RAO EES’’. Lithuanian PP. Feasibility Study. Installation of the CCGT unit.

380-500

 

2004

Lithuania

64

‘’Lengiproneftehim’’.OOO “Kirishi SRPP”. External power supply to OOO “KINEF” from Kirishi SRPP, including:

•Extension and reconstruction of 6 kV main switchgear of Kirishi SRPP;

•Extension and reconstruction of 110 kV outdoor switchgear of Kirishi SRPP;

•Extension of 330 kV outdoor switchgear of Kirishi SRPP;

•Installation of 330/110 kV, 200 MVA communication autotransformer at Kirishi SRPP;

•110 kV cable lines from SRPP-19 to OOO “KINEF”;

•110/6 kV load-center substation No. 2 of OOO “KINEF” with three 110/6-6 kV, 80 MVA transformers

Feasibility Study and Working Designs

   

2004

Russia

65

‘’INTER RAO EES’’. ZAOKaunas TPP. Feasibility Study for modernization based on steam and gas equipment or gas engine.

80

 

2003

Lithuania

66

‘’Lietuvos Elektrine’’. Installation of the steam turbine in the boiler house of AB “Lifosa” in Kedainiai.

25

100

2000

Lithuania