Новости

Cogeneration cycle power station was constructed in Yejsk (Krasnodar Area) by Yugenergotreyd Ltd. The project was developed by Neftegaspromprojekt. The station consists of two Wartsila 20V34SG gas engine power plants each rated at 8.73 MW. The plants are equipped with ABB AMG1120MM08DSE with voltage of 6.3 kV and WECS 8000 and WOIS & WISE control systems. The station is equipped with Aalborg AV-6N steam and hot water waste heat boilers. In future it is planned to modernize the station for the operation in trigeneration cycle.

09/01/2012

Under the contract Power Machines are to manufacture a K-160-7.5 steam turbine and a 160 MW TZFP turbogenerator with an excitation system. Turbogenerator was manufactured ahead of the contractual term this April.

Power Machines has already manufactured two GTE-160 gas turbines of 160 MW, each complete with air intake ducts and automatic start-up and control systems for the CCGT unit under construction at Urengoyskaya SDPP.

The new K-160-7.5 steam turbine is to be delivered to the power plant during Q4 2011.

22/12/2011

To provide reliable and uninterruptible power supply the company delivered 48 FG Wilson generating sets with total output of 7 MW. They generated electric power for the needs of event infrastructure.

 

 

23/12/2011

The construction of the station was started at the end of 2008. General contractor for the project is consortium consisted of Enel Engegneria e Produzione SpA and Atomstroyexport JSC. The project was developed by Teploelectroproject Institute. The station consists of Siemens SGT5-PAC4000F gas turbine plant rated at 277 MW. The station is equipped with SGEN5-1000A electric generator, SST-900N steam turbine.

 

21/12/2011

The station consists of six MWM TCG 2032V16 plants equipped with AvK electric generators with voltage of 6.3 kV. The main power equipment was supplied by Capital-Energo Ltd. All installation and commissioning works were carried out by MWM GmbH. The total electric output of the station is 24 MW. Nominal electric output of each plant is 4 MW. For thermal power generation the plants are equipped with hot water waste heat boilers.

19/12/2011

The wind turbine manufacturer has now signed a contract with Midtfjellet Vindkraft, which is owned by utility Ostfold Energi, local utility Fitjar Kraftlag and the independent power producer (IPP) Vardar, for the delivery and installation of 21 N90/2500 wind turbines. The contract also includes a five-year premium service agreement with an option for renewal by up to further ten years.

The “Midtfjellet” wind farm is being built on the Norwegian island of Stord. Work on installing the 52.5 MW project is to commence in summer 2012, with completion scheduled for 2013.

At the site off the Norwegian Atlantic coast, climatic conditions are relatively mild thanks to the influence of the Gulf Stream, meaning that winter temperatures rarely drop below -10 °C. On the other hand, heavy turbulence on the hilly and sparsely vegetated Midtfjellet plateau and good wind conditions with speeds averaging 8.8 m/s call for very robust and proven strong-wind turbines. The 21 turbines will be able to generate over 170,000 MWh of clean electricity per year.

15/12/2011

The station will operate on casing-head gas. It will consist of four Capstone C200 microturbines. Total electric output of the station will be 800 kW. Casing-head will be supplied to microturbines just after separator because the microturbines can use the gas with high sulfur content as a fuel. It will substantially reduce capital costs of the station. The station will operate in island mode together with existing Capstone C30 microturbine commissioned in 2007. The customer of the equipment is Tatneft JSC. Under the contract BPC Engineering will deliver the equipment and will carry out construction, engineering and commissioning works.

 

14/12/2011