Vortex thermoelectric generator
The invention relates to electric power sources and is a device for direct conversion of thermal energy into electrical energy.

RU2234161

Device for the production of heat and electric energy
The invention relates to the fields of heat engineering and electrical engineering and can be used in combined devices producing thermal energy and simultaneously directly converting thermal energy into electrical energy.

RU2224190

Thermionic electrical converter
The invention generally relates to devices for direct conversion of thermal energy to electrical energy, and more particularly, is an improved thermionic electrical converter.

RU2195742

Economical thermal power plant and the way it works
The invention relates to the field of energy. The primary area of ​​use in winter is heat production, the primary area of ​​use in the summer is the production of electricity.

RU2099653

The method of converting low-potential heat into electricity
The invention relates to the field of heat power engineering and can be used for the production of mechanical work and electric power due to the heat present in the surrounding atmosphere, as well as the heat released by various devices and lost in the atmosphere, for example exhaust gases, thermal discharges of refrigerating devices, exhaust gases, geothermal Water and the like.

RU2099543

Thermoelectric generator
The invention relates to the field of thermoelectric energy conversion, namely to thermoelectric generators (TEG) intended to provide electric energy to ocean buoys by using natural temperature differences between the surface and deep layers of the ocean.

RU2031486

Thermoelectric generator
The invention relates to the field of thermoelectricity and can be used in thermoelectric generators operating on liquid organic or gaseous fuels, advantageously using the heat released by the burners in the combustion of fuel.

RU2065645

Thermal generator
The invention relates to a thermo-generator with p and n elements for a clock, a sensing element, a power supply device, or the like that is located between warm and cold temperature sources, the thermoelements being coated with a thin- or thick-film technique on a substrate, and the n- and p- -elements is selected in such a way that they overlap.

RU2113035

Thermobattery and the method of its manufacture
The invention relates to the field of direct conversion of thermal energy into electrical energy, in particular to thermoelectric battery converters and methods for producing them for generating electricity or for measuring temperature.

RU2031487

Thermoelectric Generator
The invention relates to heat power engineering and can be used in the technology of heat and power supply, in particular, to provide heat and electricity for the station of cathodic protection of main gas pipelines against corrosion.

RU2099642

Thermoelectric Generator
The invention relates to the field of power engineering and can be used for obtaining simultaneously hot air, hot water and electric power, in energy generators, for operation in the field, in emergency situations and in rescue operations on land and water.

RU2166702

Thermoelectric battery
The invention relates to electrical engineering, namely to thermoelectric solid-state devices operating on the basis of the Peltier effect, and can be used in electrical refrigerating plants and in converters of thermal energy into electric.

RU2098889

Modular power plant
The invention relates to the generation of energy by means of water vapor, more specifically to a modular power plant operating from a source of geothermal steam.

RU2140545

A capacitive heat medium to electricity converter
Utilization: a capacitive medium-to-energy converter (C-kessor (an energy medium converter) is an autonomous power generator for all consumers with a capacity from a fraction of a watt to several kilowatts. The energy produced by S-Kessor is selected as heat from the environment, without the use of any fuel. The invention is carried out by carrying out the "Charging-Discharging" cycles of special non-linear dielectrics-capacitors with a frequency f. Condensers are combined in batteries by parallel and serial connection. The frequency of the "RR" cycles f depends on the capacitance C _{of the} battery at "Charge" and C _p at "Discharge"; At an alternating current of 50 Hz it is equal to 100 Hz.

RU2227947

Thermal energy converter directly into electrical
The invention relates to electric power sources with direct conversion of heat to electricity and can be used in the creation of autonomous sources of electricity on organic fuels and in the creation of heat energy utilizers, for example exhaust gases and fumes.

RU2074460

A method for converting thermal energy into a mechanical one and an apparatus for carrying it out, a method for increasing the enthalpy and the compressibility coefficient of water vapor
The invention relates to the field of converting thermal energy into mechanical energy using a working fluid, in particular for the purpose of generating electricity, but is not limited to this application.

RU2114999

Thermoelectric generator
The invention relates to the conversion of thermal energy to electrical energy and can be used in thermoelectric generators (TEGs) used for the purpose of utilizing the waste heat of nuclear reactors, internal combustion engines (ICE), diesel and other thermal engines.

RU2191447

Thermoelectric generator
The invention relates to the field of direct conversion of thermal energy into electrical energy and can be used in thermoelectric generators used primarily for power supply of household appliances, for example, radio receivers.

RU2018196

Method of manufacturing thermoelectric batteries
The invention relates to the field of thermoelectricity and can be used in the manufacture of thermoelectric batteries, which are used in various thermoelectric devices, mainly in thermoelectric generators and thermoelectric air conditioners.

RU2248070

Lighting device with built-in thermoelectric battery
The invention relates to instrumentation, in particular to lighting devices.

RU2247896