Company News

Large-scale modernization of main heating network has been completed in Petrozavodsk, in Anokhin Street. Reliable operation of the reconstructed passage will guarantee heat energy supply to more than 150 thousand inhabitants of the districts of Golikovka, Zareka, Kukkovka, as well as the City Center.

On October 28, the round table on heat receivables was held in St. Petersburg. Power specialists of TGC-1 and SUE TEC St

My Energy information and education portal with the support of TGC-1 announces the acceptance of works for creative social ads contest mainly dedicated to timely payment for utility services

TGC-1 published its 9 month 2016 financial statements under the Russian Accounting Standards (RAS).

In the first 9 months of 2016 electricity output of TGC-1, including PJSC “Murmanskaya CHPP”, increased by 7.6% yoy to make 20,269.6 million kWh.

As a result of its work, the Russian Ministry of Energy commission signed the act on PJSC TGC-1's readiness for operation in the autumn-winter period 2016/17, followed by issuance of the readiness certificate.

October 05, 2016 - Fitch Ratings has assignedlong-term Issuer Default Rating (IDR) of TGC-1 in foreign and local currency at 'ВВ+', Outlook Stable, and short-term IDR in foreign and local currency at 'В'.

On September 26, 2016 an international agency Standard & Poor’s Global Ratings assigned TGC-1 long-term and short-term ratings ‘ВВ+/В’ according to the international scale with ‘stable’ outlook. Additionally, TGC-1 was rated ‘ruAA+’ according to the national scale.

September 22, 2016. The results of the V Contest for Young Professionals and Innovators, held by Gazprom Energoholding LLC were announced in St. Petersburg. Representatives of PJSC Mosenergo, PJSC MOEK, PJSC OGC-2 and PJSC TGC-1 took part in the final competition. 24 projects were presented to the jury.

Starting from 00:00, September 20, 2016, in accordance with the order of the Energy and Engineering Committee under St. Petersburg Administration, energy facilities of PJSC TGC-1 will operate in a periodic heat delivery mode.