{"id":12321,"date":"2018-06-29T11:29:24","date_gmt":"2018-06-29T09:29:24","guid":{"rendered":"https:\/\/www.schiedel.com\/uk\/?p=12321"},"modified":"2022-01-27T14:28:08","modified_gmt":"2022-01-27T13:28:08","slug":"hp5000-chimney-system-for-sberbank-data-centre-in-russia","status":"publish","type":"post","link":"https:\/\/www.schiedel.com\/uk\/hp5000-chimney-system-for-sberbank-data-centre-in-russia\/","title":{"rendered":"HP5000 Chimney system for Sberbank Data Centre in Russia"},"content":{"rendered":"

HP5000 Chimney system for Sberbank Data Centre in Russia<\/h1>\n

Schiedel were involved with the New Skolkovo site in Russia, which is one of the biggest Data Centres in Europe. It was constructed for the main bank of Russia, Sberbank. This project was designed by Zaha Hadid.<\/strong><\/p>\n

Many thanks to our colleagues in Schiedel Russia<\/a>, who provided this article.<\/em><\/p>\n

Main task of Sberbank Data Centre is to increase the reliability of Sberbank’s IT systems and ensure the growth of its IT infrastructure. At the same time, reliable power supply of such an object is the main condition for its high operational stability.<\/p>\n

Data Centre consists of five standard modules, is 2000 server racks with each power station capacity of 8 kW, which corresponds to a density of 3.2 kW \/ m2. The maximum power of all power receiving devices of the data center is 29.9 MW.<\/p>\n

In order to improve the reliability of power supply, the facility has two power supply systems: main and standby.<\/p>\n

Dynamic rotary uninterruptible power supplies (DRUPS), production by Holland company Hitec Power Protection<\/a>, are used as sources for the system of uninterrupted guaranteed power supply. The generator is powered by \u0421ummins diesel engines<\/a>. This DRUPS has a capacity of 1880 kW in continuous load mode.<\/p>\n

One of the main tasks that designers and builders at the site had to solve was the removal of exhaust gases from powerful diesel engines. The parameters of the installation require a temperature stability of 450\u00b0C and a gas-tightness of up to 5000 Pa.<\/p>\n

When choosing a modular flue system, the most important condition was the gas tightness of the module connections, ensuring the indicated quality for the entire lifetime of the chimneys. This requirement became one of the most important according about 20 m of each flue length passes inside the building through the premises where personnel and expensive equipment.<\/p>\n

Place chimneys on the facade of the center’s date did not allow the specificity of the architectural and planning solutions of the object. Accordingly, an important factor in choosing a modular flue system was static strength, because the height of the chimney at the facility is 32 m and the system is subject to severe wind loads.<\/p>\n

When a customer was choosing a chimney system, various solutions of domestic and foreign companies were considered, but only Schiedel’s\u00a0HP5000<\/a> chimney system satisfied all the requirements.<\/p>\n

The main delivery parameters * at Skolkovo:<\/strong><\/p>\n