Internet Based On/Off Controller Using Labview

Rézaei, Edwin K.; Kolla, Sri R.

doi:10.18260/1-2--11747

Cited by 8 publications

(3 citation statements)

References 7 publications

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“…This should be done in order to minimize energy losses and also to optimally utilize the area of installation 12 . Rezaei et al, 13 developed a TSAT based on microcontroller with a 27-degree angle.…”

Section: I) Horizontal Single Axis Tracker (Hsat)mentioning

confidence: 99%

Solar Tracking Systems – A Review

Priyam

2023

jmmf

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The biggest challenge and concern for the upcoming 50 years is the idea of power generation, by making less use of the fossil fuels. The idea of solar energy as fuel, and the fact that we can convert freely available energy which we receive from the sun into usable energy, is fascinating, and is probably at the highest priority at the moment as compared to other renewable energy sources. Although solar energy as fuel is the go-to form of green energy, it is faced with some problems. The two main problems are, first, it is geographically constrained and second is that it is nearly impossible to collect a hundred percent heat energy from the sun at every single point of the day. This happens because the relative angle of the sun changes continuously with respect to the earth. This leads to a problem. The watts delivered by the solar panels gets reduced. Thus, it gets more challenging to generate power. To overcome this problem, developers and researchers came up with an innovative solution, “Solar Trackers”. After a lot of studies and extensive research conducted on this technology, it can staunchly said that solar trackers are the best alternative as compared to static solar panels, for increasing the efficiency. In this paper different types of tracking systems, their setups and comparison in between their performances are reviewed. After carefully analysing and comparing different results obtained from different solar tracking systems, we can say that altitude and azimuth dual axis solar trackers are more coherent, accurate and efficient in collecting the radiation as compared to the traditional static solar panels and the single axis solar trackers. However, we should also consider the fact that the dual axis solar trackers are not pocket friendly and are not feasible to install compared with the single axis solar tracking system.

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Section: I) Horizontal Single Axis Tracker (Hsat)mentioning

confidence: 99%

Solar Tracking Systems – A Review

Priyam

2023

jmmf

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“…The projects performed in the process control course laboratory include, i) Temperature control using ON/OFF control mode, ii) PID controller for liquid level control system, and iii) speed control of dc motor. The temperature control system experiment described below is used as an example for the process control laboratory [14].…”

Section: Instrumentation and Process Control Courses At Bgsumentioning

confidence: 99%

Fieldbus Networks Topic In Instrumentation And Control Systems Courses

Kolla¹,

Mainoo²

2006 Annual Conference &Amp; Exposition Proceedings

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His teaching and research interests are in electrical engineering/technology area with specialization in artificial intelligence, control systems, computer networking and power systems. He is a senior member of IEEE and ISA. Joseph Mainoo, Bowling Green State University Joseph Mainoo is a graduate student in the Master of Industrial Technology degree at the Bowling Green State University, Ohio. He received his B.S. in Electronics and Computer Technology from the Bowling Green State University, Ohio, in 2004. He also has a Diploma in Management Information Systems from the Institute for the Management of Information Systems, London, UK. His academic interests are in the areas of information technology and electronics. He is a student member of ISA.

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“…Given that this development work is undergoing, not all of the education resources have been finalized and incorporated in the website. telecommunications 3,4,5 . Students are introduced to a new instruction paradigm 6,7,8 .…”

Section: User Interfacementioning

confidence: 99%

Interactive Remote Controlled Experiment For Instruction In Fluid Mechanics And Hydraulics

Muste¹,

Kruger²,

Eichinger³

et al.

2004 Annual Conference Proceedings

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Just as the Internet has transformed communication and scientific research over the last decade, it is changing industry, commerce, social exchange, and education all over the world. Today engineers control complex systems that may have components in widely separated geographic locations all remotely controlled over Internet. In education, new avenues and methods for enhancing the overall learning experience as well as expanded educational opportunities for a larger pool of students have been enabled by the Internet. One such example is a remotelyaccessed instructional laboratory experiment. Initial remote access development has been in the fields of computer science and electrical engineering where the Internet and related infrastructure are part of the curricula. Currently, these advancements are being adapted into engineering programs where a "hands-on" laboratory approach is essential. This paper presents a "proof-of-concept" remote-controlled experiment developed at IIHR-Hydroscience & Engineering (formerly the Iowa Institute of Hydraulic Research) to illustrate a concept for an introductory undergraduate engineering course in fluids mechanics at The College of Engineering, The University of Iowa. The interactive, real-time fluid viscosity experiment allows individuals or groups of students to initiate, conduct, and conclude the laboratory experiment using physical hardware (http://vfl.iihr.uiowa.edu/atac/viscosity.html) from practically any place, at any time. Beyond the interactive learning environment and the related information (handout, experimental procedures, design and construction considerations, etc), the experiment is complemented with additional teaching aids (visualizations, course material, relevant Internet links, applets, etc.) to make it a stand-alone and tutorial assignment that can be accessed independently of the class lectures. This paper demonstrates that remote experimentation in conjunction with additional resources is a viable option for instruction in fluid mechanics by efficiently supplementing the on campus instruction and considerably assisting distance learning and non-traditional student education.

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Internet Based On/Off Controller Using Labview

Cited by 8 publications

References 7 publications

Solar Tracking Systems – A Review

Solar Tracking Systems – A Review

Fieldbus Networks Topic In Instrumentation And Control Systems Courses

Interactive Remote Controlled Experiment For Instruction In Fluid Mechanics And Hydraulics

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