EEE

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    2-wire Ac distribution for protection -using isolation transformer
    (NHCE, 2020) THOMAS ALLWIN ANTO – 1NH17EE754 ABHILASH MITHARE – 1NH17EE701
    There are many circumstances that can lead to electrical accidents. It is subsidiary to identify and document kenned hazardous conditions that will be engendered in electrical facilities and equipment. Conditions that can be reproduced in a laboratory, intended to duplicate genuine-life conditions, can be acclimated to enhance cognizance of the possible hazards and they can withal facilitate manufacturers to develop safer and more fire-resistant electrical systems. The desideratum for electrical energy is sizably voluminous due to advancements in technology, which are mainly electrically driven. This advancement has equipollently established high electrical accidents, due to unsafe working conditions and practices followed at work. Hence, the desideratum to truncate the accidents at workplaces becomes a desideratum in order to increment productivity and make the environment safe for household dwellers and workers. Isolated extension supply is a contrivance used to isolate a domestic AC distribution supply system from the ground connection. The objective of this contrivance is to increment electrical safety especially for the users of the pieces of equipment. An endeavor has been made in this thesis to propose a simple isolated extension supply which averts electrical accidents to the users and the types of equipment.
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    2010-11 EE syllabus
    (2011-07-21T11:11:20Z) VTU
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    3 & 4 Sem Bio Electrical and Electronics Engineering Autonomous Syllabus, 2016-17
    (2017-01-13T14:49:25Z) New Horizon College of Engineering
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    3-4 Sem EE Syllabus 2002-03
    (2010-03-30T10:13:36Z) VTU
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    3-4 Sem EE Syllabus 2006-07
    (2010-03-30T10:17:15Z) VTU
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    3-4 Sem EEE Autonomous Syllabus, 2017-18
    (2017-10-05T06:49:47Z) New Horizon College of Engineering
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    3-4 Sem EEE Autonomous Syllabus, 2019-20
    (2019-07-25T10:39:50Z) New Horizon College of Engineering
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    3-4 Sem EEE Autonomous Syllabus, 2020-21
    (2021-02-18T05:23:08Z) New Horizon College of Engineering
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    360 Degree Solar Tracking And Automatic Cleaning System
    (2015-12-22T09:16:43Z) Suman, Choudhary; Sneha, Kumar; Saurabh, Kumar; Neeraj, Kumar
    The solar PV modules are generally employed in dusty environments which is the case in tropical countries like India. The dust gets accumulated on the front surface of the module and blocks the incident light from the sun. It reduces the power generation capacity of the module. The power output reduces as much as by 50% if the module is not cleaned for a month. In order to regularly clean the dust, a sun tracking- cum- cleaning system has been designed, which not only tracks the sun but also cleans the modules automatically. This automated system is implemented using microcontroller which controls the stepper motor coupled solar panel. This mechanism does not require any sensor or synchronization for tracking the sun. In this mechanism, the solar panels make a rotation of 360o in a day, which results in sliding of cleaning brushes twice over the PV modules. In terms of daily energy generation, the presented tracking- scheme provides about 30% more energy output as compared to the flat PV module (module kept stationary on ground) and about 15% more energy output as compared to PV module with single axis tracking. The implementation and working of 360 degree sun tracking system with automatic cleaning is described in this paper.
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    3D printed smart door
    (NHCE, 2024) K Rajini –1NH21EE040 , Kruthiuka Dc-1NH21EE048, Yashwanth Bs-1NH21ME083 , Manish J-1NH21ME039
    The integration of 3D printing technology with smart security features is transforming the design and functionality of modern doors. This paper investigates the development and implementation of 3D printed smart doors equipped with Radio Frequency Identification (RFID) and keypad access systems, providing enhanced security, convenience, and customization. By leveraging the precision and flexibility of additive manufacturing, these doors are designed to integrate seamlessly with RFID tags and keypad interfaces, offering secure entry mechanisms for residential, commercial, and industrial environments. The RFID system allows for contactless entry by detecting authorized tags, while the keypad enables PIN-based authentication for additional security layers.
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    3rd and 4th -Sem-syllabus-Final
    (New Horizon College of Engineering, 2026)
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    3rd and 4th Semester
    (2023)
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    3rd and 4th Semesters
    (2021)
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    3rd and 4th semesters
    (2022)
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    4th SEM End Exam 2025-26
    (NHCE, 2026)
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    4th Sem-Supplimentary-2020-21
    (NHCE, 2020)
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    5-6 Sem EEE Autonomous Syllabus, 2017-18
    (2017-10-05T06:51:23Z) New Horizon College of Engineering
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    5-6 Sem EEE Autonomous Syllabus, 2020-21
    (2021-02-18T05:24:37Z) New Horizon College of Engineering