ENERGY INDICATOR SYSTEM

Abstract

The invention relates to an energy recovery system that uses transformer tanks (1) to effectively dissipate the heat generated in transformers, recovering the waste heat and meeting the electrical needs of the fan (11) and / or lamp (12) connected to the transformer tank (1).

Description

1 TARIFF ENERGY ACQUISITION SYSTEM TECHNICAL FIELD The invention is used for the efficient dissipation of heat generated in transformers. By recovering the waste heat from transformer tanks, transformer 5 energy that provides the electrical power to the fan and / or lamp connected to the boiler It is related to the achievement system. PREVIOUS TECHNIQUE Transformers are used to detect and transform electrical energy during transmission and conversion. Energy losses are released as heat. This heat transfers from the inside of the transformer to the surface in 10 seconds. It is transmitted and released into the environment via the transformer tank. In known applications, this Transformer tanks with corrugated walls or radiators for heat transfer to the environment It is observed that these structures are designed with the aim of transferring heat only to the outside environment. It aims to dissipate heat and cool the transformer. However, this heat... It is not recovered or converted back into energy in any way. 15 In current techniques, the waste heat that escapes the transformer tank is only a loss. It is seen as such, and there is no solution for utilizing this energy. For example, fans or lighting used during the transformer cooling process. Devices such as these require energy from external sources. This situation, Due to the fact that the energy lost in transformers cannot be used, energy efficiency is 20 It reduces and increases operating costs. Consequently, with current techniques, the heat emitted from transformer tanks is recovered. the energy obtained is converted into energy and this energy is used by the transformer's cooling fans. or used to meet the energy needs of devices such as lighting systems This is not possible. These shortcomings will improve the energy efficiency of transformers and 25 the need for a new energy recovery system that will provide sustainable use It clearly demonstrates this. 2 Considering the problems mentioned above, transformers... transformer tanks are used to effectively dissipate the heat generated, The waste heat in question is recovered and used to power the fan and / or transformer tank. a power recovery system is needed to meet the electricity needs of the lamp It is heard. 5 In conclusion, all the problems mentioned above necessitate innovation in the relevant field. It has brought it to this state. THE PURPOSE OF THE INVENTION The present invention aims to eliminate the aforementioned problems and provide technical solutions in the relevant field. It is introduced with the aim of creating an innovation. 10 The purpose of the invention is to convert the waste heat emitted from transformers into electrical energy, The goal is to minimize energy losses. The purpose of the invention is to convert the waste heat emitted from transformers into electrical energy. the electrical needs of elements such as fans and / or lamps used in the transformer The aim is to ensure that these elements are met. Thus, 15 are needed in the network for these elements to function. This eliminates the need for it. The aim of the invention is to reduce operating costs and improve energy efficiency by utilizing waste energy. to provide economic benefit. A BRIEF DESCRIPTION OF THE INVENTION All the objectives mentioned above and those that will emerge from the detailed explanation below are 20 The current invention, designed to achieve this, is an energy recovery system. The invention converts waste heat emitted from the transformer tank surface into electrical energy. connected to the transformer tank surface in such a way that there is no distance between them A thermoelectric generator maximizes the electrical energy that can be obtained. The hot and cold surfaces in the aforementioned thermoelectric generator are 25 in order to provide thermoelectricity to maximize the temperature difference between them a heat spreader connected to the external surface of the generator, thermoelectric generator the low-level electrical voltage produced by the aforementioned fan or lamp voltage that enables it to be raised to a suitable voltage level to allow it to function 3 The amplifier raises the electrical voltage produced by the thermoelectric generator mentioned above. This enables the voltage to be transmitted to the voltage booster and from there to the aforementioned fan or lamp. the heat generated in transformers, characterized by the presence of a connecting cable from transformer tanks used for effective discharge, the aforementioned Waste heat is recovered and used to power a fan and / or lamp connected to the transformer tank. It is related to an energy recovery system that enables meeting the needs. A preferred configuration of the invention involves electronics located within the aforementioned fan or lamp. The voltage output from the aforementioned voltage amplifier is used to protect the circuits. It contains a regulator that ensures it is fixed in place. BRIEF DESCRIPTION OF THE FIGURES 10 Figure 1 shows the energy recovery system connected to the transformer tank containing the fan. A representative view is provided. Figure 2 shows the energy recovery system connected to the transformer tank containing the lamp. A representative view is provided. EXPLANATION OF REFERENCE NUMBERS IN FIGURES 15 1. Transformer Tank 11. Fan 12. Lamp 2. Thermoelectric generator 3. Heat emitter 20 4. Voltage booster 5. Connection cable DETAILED DESCRIPTION OF THE INVENTION This detailed explanation of the energy recovery system that is the subject of the invention only provides a better understanding of the subject. It is explained with examples that do not create any limiting effects so that it can be understood. 25 4 The invention is used for the efficient dissipation of heat generated in transformers. from transformer boilers (1), the said waste heat is recovered and the transformer enabling the fan (11) and / or lamp (12) connected to the boiler (1) to meet the electrical needs. It is related to energy recovery systems. To effectively dissipate the heat generated in transformers, transformer 5 Transformer tanks (1) are used. Transformer tanks (1) are used in open or closed environments. They can be found on the transformer tanks (1) shown in Figures 1 and 2. As can be seen, there is a fan (11) and / or lamp (12). Especially in the dark In order to ensure that the environment is illuminated in the transformer tanks (1) located in the environments It is essential to use a lamp (12). Also, the use of a fan (11) is necessary to reduce the 10 caused by the boiler. This ensures that the high heat is removed from that area. As a result of this situation... (1) fans (11) and / or lamps (12) are used in transformer tanks and these The electrical needs of the components are also met from the grid. The invention involves energy recovery. It is a system and with its structure, it emits waste heat from transformer tanks (1). The electrical power of the fan (11) and / or lamp (12) connected to the transformer tank (1) is recovered. It means meeting a need. The invention is an energy recovery system, consisting of a transformer boiler as shown in Figures 1 and 2. (1) distance between them to convert the waste heat emitted from the surface into electrical energy thermoelectric connected to the transformer tank (1) surface in such a way that it will not be found It includes a generator (1). The thermoelectric generator (2) is based on the principle of the “Seebeck effect”. It withstands; this effect occurs when there is a temperature difference between two surfaces of a material, causing an electrical charge. It enables the creation of a potential. Maximizing the electrical energy to be obtained. to enable the extraction of hot and cold from the mentioned thermoelectric generator (2). to maximize the temperature difference between the surfaces Heat emitter (3) connected to the surface of the thermoelectric generator (2) facing the outside environment 25 It includes a "heatsink". Thanks to the mentioned thermoelectric generator (2), from the boiler Electricity is generated by using the temperature difference between the emitted heat and the surrounding environment. It produces voltage. The mentioned heat emitter (3) also maximizes the temperature difference. This allows for an increase in the electrical voltage produced. The invention is an energy recovery system, thermoelectric 30 as shown in figures 1 and 2. low-level electrical voltage produced by generator (2) to the mentioned fan (11) or raising the voltage to a suitable level to enable the lamp (12) to work It includes a voltage booster (4) which provides power. Thermoelectric generator (2) The generated electrical voltage is passed to the mentioned voltage amplifier (4) and from there to the mentioned fan It includes a connecting cable (5) that enables transmission to (11) or to the lamp (12). The invention includes electronic circuits preferably located in the aforementioned fan (11) or lamp (12). To maintain the voltage coming from the mentioned voltage booster (4), It includes a regulator that provides 5. The scope of protection of the invention is specified in the claims attached hereto, and these details are strictly adhered to. The explanation cannot be limited to those given for illustrative purposes. Because a technically skilled person... the person, without deviating from the main theme of the invention, in light of what has been described above, similar It is clear that these structures can emerge.

Claims

6 REQUESTS 1. The invention relates to the efficient dissipation of heat generated in transformers. by recovering the said waste heat from the transformer boilers (1) used the electrical needs of the fan (11) and / or lamp (12) connected to the transformer tank (1). It is an energy recovery system that enables meeting the demand, and its feature is; 5  Converts the waste heat emitted from the transformer tank (1) surface into electrical energy. transformers in a way that there is no distance between them for the purpose of conversion Thermoelectric generator (2) connected to the surface of boiler (1),  To maximize the amount of electrical energy generated. The hot and cold surfaces (2) in the thermoelectric generator mentioned above are 10 to ensure that the temperature difference between them is maximized heat connected to the surface of the thermoelectric generator (2) facing the external environment emitter (3),  Low-level electricity produced by the thermoelectric generator (2) 15 voltage booster (4) which enables the voltage to be raised to the appropriate voltage level.  The electrical voltage produced by the thermoelectric generator (2) from there to the mentioned voltage booster (4) and from there to the mentioned fan (11) or The connecting cable (5) that transmits the light to the lamp (12), It is characterized by its inclusion. 20 2. The energy recovery system (A) is compliant with Claim 1 and its feature is the aforementioned fan (11) or the voltage mentioned to protect the electronic circuits in the lamp (12) It contains a regulator which ensures that the voltage coming from the amplifier (4) is stabilized.

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