TR2022012919A2 - ELECTRICITY GENERATION BY AIR AND LIQUID - Google Patents

ELECTRICITY GENERATION BY AIR AND LIQUID

Info

Publication number
TR2022012919A2
TR2022012919A2 TR2022/012919A TR2022012919A TR2022012919A2 TR 2022012919 A2 TR2022012919 A2 TR 2022012919A2 TR 2022/012919 A TR2022/012919 A TR 2022/012919A TR 2022012919 A TR2022012919 A TR 2022012919A TR 2022012919 A2 TR2022012919 A2 TR 2022012919A2
Authority
TR
Turkey
Prior art keywords
liquid
air
electricity
production
feature
Prior art date
Application number
TR2022/012919A
Other languages
Turkish (tr)
Inventor
Arici İsmai̇l
Original Assignee
Bueyuekakar Elektrik Enerji Sanayi Ve Ticaret Anonim Sirketi
Büyükakar Elektri̇k Enerji̇ Sanayi̇ Ve Ti̇caret Anoni̇m Şi̇rketi̇
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Bueyuekakar Elektrik Enerji Sanayi Ve Ticaret Anonim Sirketi, Büyükakar Elektri̇k Enerji̇ Sanayi̇ Ve Ti̇caret Anoni̇m Şi̇rketi̇ filed Critical Bueyuekakar Elektrik Enerji Sanayi Ve Ticaret Anonim Sirketi
Priority to TR2022/012919A priority Critical patent/TR2022012919A2/en
Publication of TR2022012919A2 publication Critical patent/TR2022012919A2/en

Links

Landscapes

  • Other Liquid Machine Or Engine Such As Wave Power Use (AREA)
  • Jet Pumps And Other Pumps (AREA)

Abstract

Buluş, dışardan enerji takviyesi gerekmeksizin hava ve sıvı ile elektrik üretiminin gerçekleştirmektedir. Türbin (4) üzerine basınca dayanıklı boru veya hortum kullanılarak basınç kontrol motoru (3) yardımıyla sıvı tankı (2) kısmından sıvı veya basınçlı tankı (1) kısmından hava basılması sağlanır. Basınç kontrol motoru (3) yardımıyla sıvı tankı (2) kısmından sıvı veya basınçlı tankı (1) kısmından hava basılmasından sonra türbin (4) kanatlarının dönmesi sağlanır ve tekrar geri dönüş motoru (10) yardımıyla sıvı tankı (2) kısmına sıvı veya basınçlı tankı (1) kısmına havanın yönlendirilmesi sağlanır.The invention realizes the generation of electricity with air and liquid without the need for external energy reinforcement. By using a pressure-resistant pipe or hose on the turbine (4), liquid from the liquid tank (2) part or air from the pressured tank (1) part is supplied with the help of the pressure control engine (3). With the help of the pressure control motor (3), liquid from the liquid tank (2) part or air from the pressured tank (1) part, the turbine (4) blades are rotated and again with the help of the return motor (10), liquid or pressurized tank is supplied to the liquid tank (2) part. Air is directed to part (1).

Description

TARIFNAME HAVA VE sivi iLE ELEKTRIK ÜRETIM YÖNTEMI Teknik Alan Bulus, elektrik enerjisini üretimini saglanmasi ve sürekli olarak elektrik üretimi saglayan, disardan enerji takviyesi gerekmeksizin hava ve sivi ile elektrik üretimi saglamasiyla ilgilidir. Teknigin Bilinen Durumu Günümüzde nüfusun artmasi ve teknolojinin gelismesiyle birlikte ev, isyeri, fabrika vb. alanlarda elektrik kullaniminin artmasina neden olmustur. Elektrik ihtiyaci barajlar, rüzgâr tribünleri ve termik santrallerde üretilerek yüksek gerilim hatlari yardimiyla kullanilacak alana tasinmaktadir. Gelisen teknolojiyle birlikte daha yasanilabilir dünya için elektrik enerjisinin üretiminde yenilene bilir enerji sistemi için elektrik üretiminde kullanilan yenilikçi yöntemler bulunmaktadir. Mevcut sistemlerde kullanilan yöntemlerde elektrik üretiminde yenilikçi ve verimlilik açisindan gelistirilen özellikle sivi akisi yardimiyla elektrik üretilmesi saglanan sistemler bulunmaktadir. Bu sistemler genellikle su tribünleri yardimiyla akarsu yataklarina kurulan sistemlerdir. Hidro elektrik santralleri yapilari geregi yüksek akis debisine ihtiyaç duymaktadir. Akiskan debisinin yeterli olmadigi durumlarda elektrik üretiminin devam edebilmesi için ek enerji kullanilarak üretimin devam etmesi saglanmaktadir. Teknigin bilinen durumuna bir örnek TR2014/11021 nolu ve "Bagimsiz hidroelektrik santral sistemi." baslikli patent basvurusunun özeti söyledir. Bagimsiz hidroelektrik santral sistemi, yenilenebilir enerji kaynaklarina alternatif olarak düsünülen, disaridan haricen herhangi bir enerji kaynagina (karbon yakitlar, gaz, elektrik, isi, rüzgar,günes v.s.) ihtiyaç duymayan, kendi sivi potansiyelini ve geridönüsüm sistemini kullanarak çalisan ve sistemde üretilen bütün enerjiyi sürekli olarak bu sekilde üreten bir sistemdir. Geridönüsüm sisteminde, güç sisteminde üretilen güçten hiçbir sekilde kullanim olmamaktadir. Sistem, güç üretmek için kullanilan ve durgunlasan siviyi kademeli olarak tutma ve potansiyelini artirma kabiliyetine sahiptir. Her bir geridönüsüm sistemi, sonuçta kesik ve aralikli ama sadece sistemde mevcut potansiyeli kullanarak sivi sirkülasyonunu gerçeklestirmektedir. Bagimsiz hidroelektrik santral sisteminde bulunan güç sistemi ve geridönüsüm sisteminin sayisinin artirilmasi ve/veya ölçülerinin büyütülmesi ile istenilen degerlere ulasilir ve istenilen güçte elektrik enerjisi üretimi saglanir. Üretilecek ve istenen gücün sinirlan sistemin ölçüleri, büyüklügü ve geridönüsüm sistemi sayisi ile belirlenir. Günümüzde elektrik enerjisi üretimi olarak kullanilan birçok farkli sistem bulunmaktadir. Bu sistemlerde sürdürülebilir sistemlerde çözümlerin yetersizlikleri bulunmakta ve bu nedenle gelistirme yapmayi zorunlu kilmaktadir. Bulusun Amaci Bulus mevcut sistemlere ek olarak gelistirilmis ve ilave avantaj saglayan hava ve sivi ile elektrik üretimi ile ilgilidir. Bulusun bir baska amaci, mevcut sistemlere göre daha verimli yapida elektrik üretimi gerçeklesmesi saglanmaktadir. Bulusun bir baska amaci, hava veya sivi kullanilarak kendi kendine elektrik enerjisi üretilmesi saglanan ve ayni zamanda uzun ömürlü ürün elde edilmesi saglanmaktadir. Sekillerin Açiklamasi Sekil- 1 Bulus konusu hava ve sivi ile elektrik üretimi sema görünümü Referans Numaralari 1. Basinçli hava tanki 2. Sivi tanki 3. Basinç kontrol motoru 4. Türbin . Alternatör 6. Redresör 7. Regülatör 8. Yükleme kontrol 9. Akü .Geri dönüs motoru 11.Invertör Bulusun detayli açiklamasi Bulus konusu hava ve sivi ile elektrik üretimi, basinçli tank (1), sivi tanki (2), basinç kontrol motoru (3), türbin (4), alternatör (5), redresör (6), regülatör (7), yükleme kontrol (8), akü (9), geri dönüs motoru (10), invertör (11) kisimlarindan meydana gelmektedir. Bulus konusu hava ve sivi ile elektrik üretim yöntemi, türbin (4) üzerine basinca dayanikli boru veya hortum kullanilarak basinç kontrol motoru (3) yardimiyla sivi tanki (2) kismindan sivi veya basinçli tanki (1) kismindan hava basilmasi saglanir. Basinç kontrol motoru (3) yardimiyla sivi tanki (2) kismindan sivi veya basinçli tanki (1) kismindan hava basilmasindan sonra türbin (4) kanatlarinin dönmesi saglanir ve tekrar geri dönüs motoru (10) yardimiyla sivi tanki (2) kismina sivi veya basinçli tanki (1) kismina havanin yönlendirilmesi saglanir. Türbin (4) üzerinden uygun aktarma elemani yardimiyla alternatör (5) üzerine yönlendirilerek istenilen devirde dönmesi saglanan türbin (4) yardimiyla meydana gelen güçle alternatör (5) üzerinden elektrik enerjisi üretimi gerçeklesir. Alternatör (5) tarafindan üretimi yapilan elektrik enerjisi regülatör ünitesine (7) aktarilarak gerilimin belirli sinirlar içinde kalmasini otomatik olarak ayarlar. Alternatör (5) kismindan üretimi yapilan elektrik enerjisinin redresör ünitesi (6) kismina aktarilarak AC akimin DC akima dönüstürülmesi saglanir. Redresör ünitesi (7) kismindan çikan elektrik yükünü kontrol etmek için yükleme kontrol (8) kismina iletilmesi saglanir. Bu kisimdan sonra elektrik yükü akü (9) kismina iletilerek depolanmasi saglanir. Akü (9) kismindan invertör (11) yardimiyla kullanim alani veya TR TR DESCRIPTION METHOD OF ELECTRICITY PRODUCTION WITH AIR AND LIQUID Technical Field The invention is related to the production of electrical energy and the production of electricity with air and liquid, which provides continuous electricity production, without the need for external energy supplement. Known Status of the Technology Today, with the increase in population and the development of technology, houses, workplaces, factories, etc. It has led to an increase in electricity use in areas. Electricity is produced in dams, wind turbines and thermal power plants and transported to the area to be used with the help of high voltage lines. With the developing technology, there are innovative methods used in the production of electricity for the renewable energy system in the production of electrical energy for a more livable world. Among the methods used in current systems, there are systems that are innovative and developed in terms of efficiency in electricity production, especially those that produce electricity with the help of liquid flow. These systems are generally installed in stream beds with the help of water turbines. Hydroelectric power plants require high flow rate due to their structure. In cases where the fluid flow rate is not sufficient, additional energy is used to continue electricity production. An example of the known state of the art is TR2014/11021 and "Independent hydroelectric power plant system." The summary of the patent application titled is as follows. Independent hydroelectric power plant system is considered as an alternative to renewable energy sources, does not need any external energy source (carbon fuels, gas, electricity, heat, wind, sun, etc.), works by using its own liquid potential and recycling system, and uses all the energy produced in the system continuously. It is a system that produces in this way. In the recycling system, there is no use of the power produced in the power system. The system has the ability to gradually retain the stagnant liquid used to generate power and increase its potential. Each recycling system ultimately carries out liquid circulation intermittently, but only by using the potential available in the system. By increasing the number of power systems and recycling systems in the independent hydroelectric power plant system and/or enlarging their dimensions, the desired values can be achieved and the production of electrical energy at the desired power is ensured. The limits of the power to be produced and desired are determined by the dimensions, size and number of recycling systems of the system. Today, there are many different systems used to produce electrical energy. In these systems, there are inadequacies in the solutions in sustainable systems and therefore it is necessary to make development. Purpose of the Invention The invention is related to the production of electricity with air and liquid, which has been developed in addition to existing systems and provides additional advantages. Another purpose of the invention is to provide more efficient electricity production compared to existing systems. Another purpose of the invention is to obtain a long-lasting product that produces electrical energy automatically by using air or liquid. Explanation of Drawings Figure- 1 Schematic view of electricity production with the air and liquid of the invention. Reference Numbers 1. Compressed air tank 2. Liquid tank 3. Pressure control engine 4. Turbine. Alternator 6. Rectifier 7. Regulator 8. Loading control 9. Battery .Return motor 11.Inverter Detailed explanation of the invention The subject of the invention is electricity production with air and liquid, pressurized tank (1), liquid tank (2), pressure control motor (3). ), turbine (4), alternator (5), rectifier (6), regulator (7), loading control (8), battery (9), reversing motor (10) and inverter (11). In the method of generating electricity with air and liquid, which is the subject of the invention, liquid is pumped from the liquid tank (2) or air is pumped from the pressure tank (1) part with the help of the pressure control motor (3) by using a pressure-resistant pipe or hose onto the turbine (4). After the liquid or pressurized tank is pumped into the liquid tank (2) with the help of the pressure control engine (3), the turbine (4) blades are rotated and the liquid or pressurized tank is transferred to the liquid tank (2) part with the help of the return engine (10). Air is directed to part (1). Electrical energy is produced through the alternator (5) with the power generated by the turbine (4), which is directed onto the alternator (5) with the help of a suitable transmission element and allowed to rotate at the desired speed. The electrical energy produced by the alternator (5) is transferred to the regulator unit (7) and automatically adjusts the voltage to remain within certain limits. The electrical energy produced from the alternator (5) section is transferred to the rectifier unit (6) section, thus converting the AC current into DC current. In order to control the electrical load coming out of the rectifier unit (7), it is transmitted to the load control (8) section. After this part, the electric charge is transmitted to the battery (9) and stored. Usage area or TR TR from the battery (9) section with the help of inverter (11)

Claims (1)

1.ISTEMLER . Bulus konusu hava ve sivi ile elektrik üretimi olup özelligi; basinçli tank (1), sivi tanki (2), basinç kontrol motoru (3), türbin (4), alternatör (5), redresör (6), regülatör (7), yükleme kontrol (8), akü (9), geri dönüs motoru (10), invertör (11) kisimlarini içermesidir. . Istem 1' de bahsedilen hava ve sivi ile elektrik üretimi olup özelligi; basinca dayanikli boru veya hortum kullanilarak basinç kontrol motoru (3) yardimiyla sivi tanki (2) kismindan sivi basilmasi veya basinçli tanki (1) kismindan hava basilmasi saglanan türbin (4) içermesidir. . Istem 1' de bahsedilen hava ve sivi ile elektrik üretimi olup özelligi; türbin (4) kanatlarinin dönmesinden sonra sivi tanki (2) kismina sivi veya basinçli tanki (1) kismina havanin geri yönlendirilmesini saglayan geri dönüs motoru (10) içermesidir. . Istem 1' de bahsedilen hava ve sivi ile elektrik üretimi olup özelligi; istenilen devirde dönmesi saglanan türbinin (4) uygun aktarma elemani yardimiyla güç aktarilarak elektrik enerjisi üretiminin gerçeklesmesini saglayan alternatör (5) içermesidir. . Istem 1' de bahsedilen hava ve sivi ile elektrik üretimi olup özelligi; alternatör (5) tarafindan üretimi yapilan elektrik enerjisinin aktarilarak, gerilimin belirli sinirlar içinde kalmasini otomatik olarak ayarlayan regülatör ünitesi (7) içermesidir. . Istem 1' de bahsedilen hava ve sivi ile elektrik üretimi olup özelligi; alternatör (5) kismindan üretimi yapilan elektrik enerjisinin AC akimin DC akima dönüstürülmesi saglayan redresör ünitesine (6) sahip olmasidir. . Istem 1' de bahsedilen hava ve sivi ile elektrik üretimi olup özelligi; redresör ünitesi (7) kismindan çikan elektrik yükünü yükleme kontrol (8) kismiyla kontrol ettikten sonra elektrik yükünün depolanmasini saglayan akü (9) içermesidir. . Istem 1' de bahsedilen hava ve sivi ile elektrik üretimi olup özelligi; akü (9) üzerinden kullanim alani veya sebekeye aktarilmasini saglayan invertör (11) içermesidir. TR TR1.CLAIMS. The subject of the invention is the production of electricity with air and liquid and its feature is; pressure tank (1), liquid tank (2), pressure control motor (3), turbine (4), alternator (5), rectifier (6), regulator (7), loading control (8), battery (9), It includes the reversing motor (10) and inverter (11) parts. . It is the production of electricity with air and liquid mentioned in Claim 1 and its feature is; It contains a turbine (4) that pumps liquid from the liquid tank (2) or air from the pressure tank (1) with the help of a pressure control motor (3) using a pressure-resistant pipe or hose. . It is the production of electricity with air and liquid mentioned in Claim 1 and its feature is; It contains a return engine (10) that allows liquid to be directed back to the liquid tank (2) or air to the pressure tank (1) part after the turbine (4) blades rotate. . It is the production of electricity with air and liquid mentioned in Claim 1 and its feature is; The turbine (4), which is allowed to rotate at the desired speed, contains an alternator (5) that enables the production of electrical energy by transferring power with the help of the appropriate transmission element. . It is the production of electricity with air and liquid mentioned in Claim 1 and its feature is; It contains a regulator unit (7) that automatically adjusts the voltage to remain within certain limits by transferring the electrical energy produced by the alternator (5). . It is the production of electricity with air and liquid mentioned in Claim 1 and its feature is; It has a rectifier unit (6) that converts the electrical energy produced by the alternator (5) into AC current and DC current. . It is the production of electricity with air and liquid mentioned in Claim 1 and its feature is; It contains a battery (9) that stores the electric charge after controlling the electric charge coming out of the rectifier unit (7) with the loading control (8). . It is the production of electricity with air and liquid mentioned in Claim 1 and its feature is; It contains an inverter (11) that enables the battery to be transferred to the usage area or to the grid via the battery (9). TR TR
TR2022/012919A 2022-08-16 2022-08-16 ELECTRICITY GENERATION BY AIR AND LIQUID TR2022012919A2 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
TR2022/012919A TR2022012919A2 (en) 2022-08-16 2022-08-16 ELECTRICITY GENERATION BY AIR AND LIQUID

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
TR2022/012919A TR2022012919A2 (en) 2022-08-16 2022-08-16 ELECTRICITY GENERATION BY AIR AND LIQUID

Publications (1)

Publication Number Publication Date
TR2022012919A2 true TR2022012919A2 (en) 2022-09-21

Family

ID=84603555

Family Applications (1)

Application Number Title Priority Date Filing Date
TR2022/012919A TR2022012919A2 (en) 2022-08-16 2022-08-16 ELECTRICITY GENERATION BY AIR AND LIQUID

Country Status (1)

Country Link
TR (1) TR2022012919A2 (en)

Similar Documents

Publication Publication Date Title
US7537683B2 (en) Hydrogen based energy storage apparatus and method
US20080121525A1 (en) Renewable Power Controller for Hydrogen Production
US20070079611A1 (en) Renewable Power Controller for Hydrogen Production
US20100276935A1 (en) Renewable energy fluid pump to fluid-based energy generation
US4718233A (en) Solar power take off
US20160322886A1 (en) Water Generator System
AU2010238418A1 (en) Method for increasing the net electric power of solar thermal power plants
JP2008172988A5 (en)
CN102734092A (en) Gravity energy storage generating device
TR2022012919A2 (en) ELECTRICITY GENERATION BY AIR AND LIQUID
CN204089214U (en) A kind of solar energy, heat generating intelligent control type are defeated, distribution micro-capacitance sensor
CN201348301Y (en) Heat-collecting system
Soedibyo et al. Control Design of Wind Turbine System Using Fuzzy Logic Controller for Middle Voltage Grid
CN113979408A (en) Clean hydrogen production and energy supply system
CN113482889A (en) Underwater isobaric compressed air hybrid energy storage system and method
RU148077U1 (en) WIND ENERGY CONVERSION DEVICE IN HYBRID POWER INSTALLATION
CN218151231U (en) Booster-type hydrologic cycle power generation facility
Syamsuri et al. EXPERIMENTAL STUDY OF VARIATION OF THE EFFECT OF THE PELTON TURBINE VALVE OPENING ON ELECTRICITY ENERGY THAT WAS PRODUCED TO TURNED ON A LAPTOP
CN2521552Y (en) Solar power generator
Zafar et al. Energy Harvesting and Storage System for Marine Applications
RU209922U1 (en) Mobile autonomous power plant
CN201007255Y (en) Device for electricity power generating with water energy in water transfer pipeline
RU2233387C2 (en) Power supply system
CN219141152U (en) Refrigerating and heating device capable of comprehensively utilizing renewable energy
Dariusz et al. Electrical energy recovery from network water pressure