Новости

 

The station was commissioned in March 2011. Total electric output of the station is 20 MW. General contractor for the project is NG-Energo Company. The station is situated far from central power grids. Earlier diesel power plants were used for power supply for the needs of the field. Gas turbine power station was developed on the base of four Taurus 60 GS gas turbine plants. It operates on base mode as a part of local power grid. The beginning of second station construction on the field is planned at the end of 2011. Its output will be 25 MW.

The station will be put into operation in 2012. Its commissioning will give the opportunity to ensure all needs of oil fields infrastructure in electric power.

 

05/07/2011

After commissioning the total electric power output of the station is 24 MW. It generates electric power for the needs of north departments complex of the enterprise. The customer for the project is Magnitogorskaya Power Company. The station was developed on the base of Wartsila 34SG power plants designed around 18V34SG with the efficiency of 45.6 % (ISO 3046). The station was installed in main building. Each power plant is equipped with hot-water boiler.

 

29/06/2011

The contract for the delivery of five SGT-400 gas turbine power plants each rated at 12.9 MW was signed by Siemens Industrial Turbomachienery AB and TNK-BP Holding. Three power plants will be supplied in November-December 2011, two power plants – in February 2013. Gas turbine power station with total electric output of 64 MW will generate power for the needs of Verkhnechonskoye oil field (Verkhnechonskneftegas JSC).

It is the first Siemens contract for gas turbine power plants delivery to TNK-BP. Generated electric power will be used for electric motors driving oil pumping stations, equipment of drilling units and other electric and auxilliary equipment.

04/07/2011

The station uses the butt of atmospheric oil cracking. Power station consists of two Wartsila 20V32 diesel generating sets each rated at 8.76 MW and two waste-heat boilers. Main power equipment was supplied by Wartsila Finland Oy. The customer of the project is Lukoil Energia and Gas Ukraine company. General contractor for thermal part of the station is Yuzhteploenergomontazh JSC.

30/06/2011

Each power station rated at 36 MW will consist of three power units designed on the base of NK-16ST gas turbine and TS-12-2R electric generator. They will be equipped with hot-water boiler with thermal output of 3 MW for thermal power generation for the needs of oil fields infrastructure. The stations will work on casing-head gas.

28/06/2011

Vestas Northern Europe has received an order from Sjisjka Vind AB for delivery of 30 units of the V100-2.6 MW wind turbine. Sjiskja Vind AB is a project finance company co-owned by wind developer O2 (25 per cent), utility provider Jämtkraft (25 per cent) and construction company Skanska Infrastructure Development (50 per cent). The turbines will be installed at the Sjisjka wind park in a sub-mountainous area in the municipality of Gällivare in the northern parts of Sweden.

The order has a total capacity of 78 MW making it one of the largest onshore wind parks to be built in Sweden. The expected annual energy production of 200 GWh will provide electricity to approx 43,000 Swedish households.

The contract includes supply, installation and commissioning of the turbines, a VestasOnline® Business SCADA system and a five-year service agreement - Active Output Management (AOM) 5000.

24/06/2011

 

Power station with total electric output of 1 MW will generate electric power for the need of Rus spa-resort. The customer of the equipment is the Department of Presidential Affairs of Russian Federation. The project was developed by Yuventa-Stroy Company. Saturn JSC is the general contractor for the project. The main power equipment was supplied by Electrosystems Ltd. (Saint-Petersburg).

The station consists of 10 Capstone TA-100 RCHP microturbines each rated at 100 kW, output voltage is 400 V. The station operates in trigeneration mode. It is equipped with two Shuangliang Eco-Energy Systems Company Ltd. absorption chillers. Chillers each rated at 1400 kW operate on hot water. Utilized thermal power is supplied to existing grid.

 

 

25/06/2011