Design of a geliokollektorny field is one of design stages гелиосистемы as a whole. Unlike coppers or thermal pumps specific productivity гелиосистемы is insignificant. The capacity received from sunlight, directly depends on the area of the absorbing

The Austrian company Sunlumo Technology GmbH developed the solar collector which has been completely made of plastic. This innovative technology allows to reduce the price of a solar collector for 50 % as there is no need to use expensive

Main distinctive feature geliosisty with compulsory circulation the pump which is built in a heat-carrier contour is. It provides heat-carrier circulation through a solar collector. It allows to increase productivity гелиосистемы on the average by 30

The term geliosistema get the increasing urgency around the world in connection with constantly growing prices for energy carriers and ecologically adverse situation. Problems of energy saving become more and more sharp. This situation

In the previous article we already mentioned productivity of a solar collector, however there are still some factors which influence operability of solar collectors in гелиосистеме. As it was already mentioned, key parameters for an assessment of efficiency

Hybrid solar collectors are capable to develop the electric power and thermal energy at the same time. This solar collector represents association of the photo-electric panel and a thermal solar collector and in abbreviated form the PVT panel is called

The international agency on market and industry research in the sphere of solar thermal energy of solrico at the end of 2011 published next, already the fifth, the review of the solar thermal industry. As a key indicator of dynamics of the

In гелиосистемах with compulsory circulation of the heat-carrier by a fundamental factor the specific expense of the heat-carrier is. This parameter is measured in liters/hours on 1 m ? the areas of an absorber of solar collectors. Geliosistema can work