A cost-HEAT ENERGY FOR DIFFERENT HEATING SYSTEMS
Nizhny Novgorod was the inventor of the improved design of the modern in-line engine, so he was able to provide even greater fuel savings of resources in the operation systems of heating, water and steam heating.
Whatever is not used in the heating of residential and industrial buildings, whether the furnace, water and steam, it contains a firebox with inlets (ash-pit) to the output (pipes) and feeding hole, where a hydrocarbon fuel is burned, and in the combustion area is served at atmospheric pressure pipe thrust air.
But all these combustion technologies are used very inefficiently and with low efficiency. And all of that energy is given to the inertial mass of burning: the walls of furnaces, boilers through the influence, and the expansion of the combustion products in the flame is almost never used.
Existing and specially designed to save energy and fuel resources Flow engines, however do not have a mechanism for regulating the interdependent process of burning fuel and load changes, depending on the energy consumer. And this, too, lost efficiency and excess fuel consumption.
Nizhny Novgorod inventor - Pyatin Vikenty Vasilyevich was created recovery of energy, which is due to the use of the process of expansion of the gas temperature from the flame combustion in furnaces, by closing the through holes of the supply channels and output pairs of blades in-line engine, creates pressure in the combustion chamber volume with almost full return of energy to the consumer . This unit provides an opportunity for constructive regulatory processes by telecommunications shafts pairs of blades.
Effective work on these criteria fifths achieved through design changes in-line engine.
It comprises an inlet 1 furnace, articulated to the body 2 a pair of air flow blades pivotally mounted on the axis 4 relative to the casing 5 passing through the channel, the crankshaft 6 who found the motor 7. 8 for offset grate visor 9 which supplies air to the valve 10 for cooling. The hopper 11 is connected through valve 12 to compartment 13. The housing 14 working pair of blades articulated with the other side of the furnace 1 and the crankshaft 6 which articulates with the electric generator 15.
Starting battery 16 is connected to the generator and motor circuits.
When you start the recovery portion of the work is shifted to fuel grate 8 of the compartment 13. With elektrospiralnyh ignition is ignition of the battery 16 while switching on the motor 7. As a result, the gas pressure in the cavity of the furnace 1 increases and recovery starts to save energy. Information received from the disposal of fuel combustion in furnaces of heating energy is directed to the provision of independent households with electricity.
The new design inline engine Pyatina provides ease of use, conserve resources and favorably known analogues.
Contact information:
606279, Nizhny Novgorod region., Vorotyinskiy district, Bykovka, VV Pyatin
