Новости

Wartsila has announced that its 4-stroke, ammonia-fueled marine engine is now commercially available as part of the Wartsila 25 engine platform. Viridis Bulk Carriers will be the first shipowner to benefit from the new ammonia solution, and the two organisations are planning to sign a commercial contract in early 2024.

Beyond the engine, Wartsila technology offerings include the AmmoniaPac fuel gas supply system, the Wartsila Ammonia Release Mitigation System (WARMS), and the Wartsila NOx Reducer for exhaust after-treatment.

26/08/2024

Kolomna Plant (TMH-Energy Solutions) manufactured and delivered to the customer, Transenergoprom, a 1-9GMG gas engine power plant. It will be used as the main generating equipment of power station under construction in the village of Shorshely in the Mariinsko-Posadsky municipal district of the Chuvash Republic. The power station is being constructed as part of an agreement between Transenergoprom, the Government of Chuvashia and TMH-Energy Solutions. The operating mode is basic with the supply of electricity to the power system. The station will be put into operation in parallel with the external power grid of Chuvashenergo, the branch of Rosseti Volga PJSC.

21/08/2024

The company develops and supplies compact modular power plants. Several types of hybrid power units are being produced to operate autonomously and in parallel with the grid, solar panels, hydro power stations and wind turbines. The power plants are operated in various climatic conditions, in a wide temperature range: from –60 ⁰С to +50 ⁰С. Since 2012, the company has been producing modular hybrid power units that have passed state tests and have the letter O1 and state acceptance for remote military facilities. The Garant hybrid energy unit has been developed and is being used for civilian remote facilities.

 

 

16/08/2024

For backup power supply of one of the power units of the Kursk NPP Kolomensky Zavod (TMH Energy Solutions) delivered the 20EDG500 diesel generator.

The 20EDG500 is the most powerful diesel engine produced at the enterprise. Its developer is the TMH Engine Engineering Center. The technical and economic characteristics embedded in the engine design fully comply with the requirements of the customer – Rosatom State Corporation.

24/07/2024

Digital Engineering advanced engineering school of SPbPU together with the UEC opened Advanced Digital Technologies in Engine Building educa-tional center and Aircraft Engine with Control System demonstration stand on March 19. They are designed for the project work of students and staff of St. Petersburg Polytechnic University together with engineers of the UEC.

The Center has 7 workplaces and 12 studying places for the training of engineers in the design of gas turbine engines using digital technologies. It is also planned to retrain UEC specialists in the field of "Digitalization in engine building".

Aircraft Engine with Control System demonstration stand was installed at the I.I. Kirillov Turbine Engineering Laboratory. Modern laboratory equipment purchased for the educational process during the training of students in the Advanced digital technologies in engine and Aircraft engines and power plants building master's degree programs was also placed here.

17/07/2024

Technopromexport (Rostec) has started operation of the second power unit of the Udarnaya TPP. The station supplies 456 MW to the wholesale electricity market, provides electricity to the housing and communal sector and industrial enterprises of the region.

The comprehensive testing of the power unit took place in March. The equipment worked for 72 hours in the rated power mode and confirmed the declared characteristics. The main fuel for GTU is natural gas. The first power unit at the CHP was put into operation on March 1, 2024. The total capacity of the Udarnaya TPP will be 560 MW.

 

 

05/07/2024

The production of the 4+1 combustion chamber cover has been mastered by the Rotor plant (Gazenergoservice JSC). It limits the volume of the combustion zone and together with the fuel injectors forms the aerodynamics of the torch. The product, which is complex in geometry, is a flow separator, in the end part of which more than 2000 cooling holes are made at different angles.

07/06/2024