heating system

This article examines the efficiency of helioroof in natural conditions. Modern energy development is characterized by a significant increase in energy costs. In recent decades, in many countries there is environmental degradation due to the increasing number of fossil fuels, and as a result, increasing concentration of greenhouse gases in the atmosphere. The need to replace non-renewable energy sources associated not only with their depletion, but also the danger of global scale, which is created by burning coal, oil, gas, peat and the increase of CO2 in the atmosphere.

The paper presents the results of theoretical studies of the temperature field, velocity and pressure in the proposed design temoregulyatora. It is shown that in this case there is an almost linear regime on the coolant flow rate, which gives the opportunity to work in the hot water heating system with a constant hydraulic regime change in the quantitative and qualitative characteristics of the coolant only heating devices.

Feasibility of using alternative energy sources, current state and prospects of solar energy development is analyzed. Today, it is important to improve and develop new solar panels that would reduce their costs and increase efficiency. Efficiency of helioroof in the solar heating system with forced movement of coolant is analyzed. It is shown that heat can be used effectively with roofing building material. The results of research of incoming flow of solar radiation on the helioroof are described.