helioroof

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.

In this article was analyzing the efficiency of the helioroof in mechanical heating system. Solar energy is the most promising resource on the scale of existing types of renewable energy for its environmental cleanliness and prevalence. The advantages of solar energy over traditional fuels include: the use of solar energy in almost all parts of the earth’s surface, the possibility of direct conversion of solar energy into heat or electricity, the ability to obtain high coolant. The climate of Ukraine provides the potential for widespread use of solar energy.

The prospects for the development of solar energy in the world are analyzed. Of the existing types of renewable energy most promising scale resources, environmental cleanliness and the prevalence is solar energy. This is confirmed by a number of experimental studies conducted in the field of solar power. The advantages of  solar energy over traditional fuels include: the use of solar energy in almost all parts of the earth’s surface, the possibility of direct conversion of solar energy into heat or electricity, the ability to obtain high coolant.

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.