SCIENTIFIC INDUSTRIAL RESEARCH TO INCREASE THE ENERGY EFFICIENCY OF ELECTRIC MACHINES WITH RARE EARTH PERMANENT MAGNETS (Q3838011): Difference between revisions
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(Created claim: summary (P836): The subject-matter of the project is the research, synthesis, prototyping and testing of an energy efficient electric machine based on the development of utility model (PM) ref. 2954/23.02.2015; protection No 2095u1 and PM No 3116/08.10.2015. An important aspect is the study of new magnetic systems with the application of rare earth permanent magnets, including hybrid magnetic systems. The principle of hybridisation is the construction of a magn...) |
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The subject-matter of the project is the research, synthesis, prototyping and testing of an energy efficient electric machine based on the development of utility model (PM) ref. 2954/23.02.2015; protection No 2095u1 and PM No 3116/08.10.2015. An important aspect is the study of new magnetic systems with the application of rare earth permanent magnets, including hybrid magnetic systems. The principle of hybridisation is the construction of a magnetic system containing electromagnetic excitation and excitation by permanent magnets. Innovative solutions will allow to overcome the limitations of classical technologies by increasing energy efficiency (CPA) and reduce the mass of electrical machines. A methodology for realisation of the project is based on the methods of scientific industrial research. A distinctive feature of the method is the study using natural specimens of the site or its models, which aims at: —analysis of the action of the object or its model; —a check of theoretical positions and facts already presented; —disclosure of patterns, interactions, properties and values of factors and parameters of the objects or phenomena examined. The chosen methodology for implementation of the project provides the following activities:1. Project management2. System of problems3. Structuring and synthesis of energy efficient electrical machines with rare earth permanent magnets.4. Math and Computer Modeling and Virtual Synthesis of High Performance Electric Machine with Rare Earth Magnets (Computer Simulated Model) 5. Physical modelling 6. Experimental studies on physical model 7. Development of guidelines for the application of research results. (English) | |||||||||||||||
| Property / summary: The subject-matter of the project is the research, synthesis, prototyping and testing of an energy efficient electric machine based on the development of utility model (PM) ref. 2954/23.02.2015; protection No 2095u1 and PM No 3116/08.10.2015. An important aspect is the study of new magnetic systems with the application of rare earth permanent magnets, including hybrid magnetic systems. The principle of hybridisation is the construction of a magnetic system containing electromagnetic excitation and excitation by permanent magnets. Innovative solutions will allow to overcome the limitations of classical technologies by increasing energy efficiency (CPA) and reduce the mass of electrical machines. A methodology for realisation of the project is based on the methods of scientific industrial research. A distinctive feature of the method is the study using natural specimens of the site or its models, which aims at: —analysis of the action of the object or its model; —a check of theoretical positions and facts already presented; —disclosure of patterns, interactions, properties and values of factors and parameters of the objects or phenomena examined. The chosen methodology for implementation of the project provides the following activities:1. Project management2. System of problems3. Structuring and synthesis of energy efficient electrical machines with rare earth permanent magnets.4. Math and Computer Modeling and Virtual Synthesis of High Performance Electric Machine with Rare Earth Magnets (Computer Simulated Model) 5. Physical modelling 6. Experimental studies on physical model 7. Development of guidelines for the application of research results. (English) / rank | |||||||||||||||
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| Property / summary: The subject-matter of the project is the research, synthesis, prototyping and testing of an energy efficient electric machine based on the development of utility model (PM) ref. 2954/23.02.2015; protection No 2095u1 and PM No 3116/08.10.2015. An important aspect is the study of new magnetic systems with the application of rare earth permanent magnets, including hybrid magnetic systems. The principle of hybridisation is the construction of a magnetic system containing electromagnetic excitation and excitation by permanent magnets. Innovative solutions will allow to overcome the limitations of classical technologies by increasing energy efficiency (CPA) and reduce the mass of electrical machines. A methodology for realisation of the project is based on the methods of scientific industrial research. A distinctive feature of the method is the study using natural specimens of the site or its models, which aims at: —analysis of the action of the object or its model; —a check of theoretical positions and facts already presented; —disclosure of patterns, interactions, properties and values of factors and parameters of the objects or phenomena examined. The chosen methodology for implementation of the project provides the following activities:1. Project management2. System of problems3. Structuring and synthesis of energy efficient electrical machines with rare earth permanent magnets.4. Math and Computer Modeling and Virtual Synthesis of High Performance Electric Machine with Rare Earth Magnets (Computer Simulated Model) 5. Physical modelling 6. Experimental studies on physical model 7. Development of guidelines for the application of research results. (English) / qualifier | |||||||||||||||
point in time: 2 December 2021
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Revision as of 12:32, 2 December 2021
Project Q3838011 in Bulgaria
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | SCIENTIFIC INDUSTRIAL RESEARCH TO INCREASE THE ENERGY EFFICIENCY OF ELECTRIC MACHINES WITH RARE EARTH PERMANENT MAGNETS |
Project Q3838011 in Bulgaria |
Statements
367,635.12 Bulgarian lev
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585,655.14 Bulgarian lev
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0.63 percent
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1 June 2018
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22 October 2020
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ПРЕДМЕТ НА ПРОЕКТА Е ИЗСЛЕДВАНЕ И ПРОТОТИПИРАНЕ НА НОВА ГЕНЕРАЦИЯ ЕНЕРГОЕФЕКТИВНИ ЕЛЕКТРИЧЕСКИ МАШИНИТехническата същност на предлаганите иновативни решения са свързани с изследване, синтезиране, прототипиране и тестване на енергоефективна електрическа машина, базирана на развитие на полезен модел (ПМ) вх.№ 2954/23.02.2015; защитен № 2095u1 и ПМ вх.№3116/08.10.2015 г. Важен аспект е и изследване на нови магнитни системи с приложението на редкоземни постоянни магнити, в това число и хибридни магнитни системи . Принципът за хибридизация се изразява в изграждане на магнитна система, съдържаща електромагнитно възбуждане и възбуждане от постоянни магнити. Иновативните решения ще позволят да се преодолеят ограниченията на класическите технологии , като се повиши енергийната ефективност/КПД/ и се намали масата на електрическите машини.Методология за реализиране на проекта се основава на методите на научноиндустриалните изследвания.Отличителна черта на методът е изследването с помощта на естествени образци на обекта или негови модели, при което се цели: -анализ на действието на обекта или неговия модел; -проверка на вече представени теоретични положения и факти; -разкриване на закономерности, взаимодействия, свойства и стойности на фактори и параметри на изследваните обекти или явления.Избраната методология за реализация на проекта предвижда следните дейности:1. Управление на проекта2. Систематика на проблемите3. Структуриране и синтез на енергоефективни електрически машини с редкоземни постоянни магнити.4. Математическо и компютърно моделиране и виртуален синтез на високоефективна електрическа машина с редкоземни магнити (Компютърно симулиран модел) 5. Физическо моделиране 6. Експериментални изследвания на физически модел 7. Разработване на насоки за приложение на резултатите от изследванията. (Bulgarian)
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The subject-matter of the project is the research, synthesis, prototyping and testing of an energy efficient electric machine based on the development of utility model (PM) ref. 2954/23.02.2015; protection No 2095u1 and PM No 3116/08.10.2015. An important aspect is the study of new magnetic systems with the application of rare earth permanent magnets, including hybrid magnetic systems. The principle of hybridisation is the construction of a magnetic system containing electromagnetic excitation and excitation by permanent magnets. Innovative solutions will allow to overcome the limitations of classical technologies by increasing energy efficiency (CPA) and reduce the mass of electrical machines. A methodology for realisation of the project is based on the methods of scientific industrial research. A distinctive feature of the method is the study using natural specimens of the site or its models, which aims at: —analysis of the action of the object or its model; —a check of theoretical positions and facts already presented; —disclosure of patterns, interactions, properties and values of factors and parameters of the objects or phenomena examined. The chosen methodology for implementation of the project provides the following activities:1. Project management2. System of problems3. Structuring and synthesis of energy efficient electrical machines with rare earth permanent magnets.4. Math and Computer Modeling and Virtual Synthesis of High Performance Electric Machine with Rare Earth Magnets (Computer Simulated Model) 5. Physical modelling 6. Experimental studies on physical model 7. Development of guidelines for the application of research results. (English)
2 December 2021
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Стара Загора
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Identifiers
BG16RFOP002-1.005-0013
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