Abstract
Energy storage is an interesting phenomenon today that has the potential to move forward. Accumulation of energy in the form of a hydrate is important in terms of transport options to the site of coverage of unexpected energy peaks in the technology industry. Natural gas hydrate is in the solid state, which makes up about 85% of the water and 15% of the gas bound in the clathrate lattice. Insufficient research and development of hydrates has caused that the real application in convection systems of natural gas accumulation is in the phase of theoretical studies. This unconventional energy source is currently destined for the distant path to energy efficiency. The main aim of the article is to describe the parameters that affect the rate of hydrate formation. The article presents a basic analysis of the phase equilibrium criteria of methane hydrate. Storing energy in a form suitable for safe storage and further release is a current efficiency in processes that use the need to store energy.
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