Conference and Exhibition HYDRO 2011 Practical Solutions for a Sustainable Future
15.9.2011International Conference and Exhibition HYDRO 2011 will take place on the 17th to 19th October 2011 at the Prague Congress Centre in Prague. HYDRO 2011 will bring together high level delegations from all countries with active hydro development programmes underway, to discuss priorities, achievements and future challenges. TES VSETÍN will be one of the exhibitors.
TES Has Developed Excellent Engineering Solutions to Permanent Magnet Bonding
7.9.2011Vsetín – Company TES VSETÍN, a.s., has just registered a utility model of permanent magnet bonding of a wind power generator. TES design engineers applied a common way of fixing permanent magnets to the rotor packet, however, their innovating combination of specific fixing materials developed by them has an outstanding impact on the parameters of this particular machine design.
HydroVision Brazil September 20-22, 2011
11.8.2011We would like to invite you to visit us at HydroVision Brazil on September 20-22, 2011 in Rio de Janeiro. Join us for Latin America's newest event focused on the development of the region's hydroelectric power.
TES In the Second Quarter of 2011 the Company Breaks into New Territories in America
1.8.2011Vsetín – Company TES VSETÍN, a.s., a major maker and Czech exporter in the field of renawable power engineering, won public tenders for deliveries of generators on the new markets in Mexico and Chile.
TES VSETÍN Has Developed a Generator for Wind Power Plants
15.7.2011TES VSETÍN, a.s., a traditional producer of rotating electrical machines, has extended its product range of specially designed wind generators, releasing a newly developed generator type (PMG), which applies permanent magnets to induce voltage in the stator.Investment costs at the height of CZK 40 000 000 made it possible to put the product on the market. Product concerned, together with the machine unit components of the wind power plant, is capable to achieve a higher electrical energy output, which is 4,7% – 8,3% higher than common, present-day generators, based on the use of power-supplied field excitation.Use of the new technology shall improve profitability of wind-power installations, especially in localities with changeable windy weather conditions. This innovation shall allow widespread of this kind of renewable energy.
