Radhey Shyam Meena, "Sustainable Development of Remote Isolated Communities Using Integrated Hybrid System: A New Generation of Renewable Energy'' Akshay Urja, Magazine of Ministry of New & Renewable Energy, Volume 10 Issue 2, pp 42-45, October 2016
अलसी - एक चमत्कारी आयुवर्धक, आरोग्यवर्धक दैविक भोजन
“पहला सुख निरोगी काया, सदियों रहे यौवन की माया।” आज हमारे वैज्ञानिकों व चिकित्सकों ने अपनी शोध से ऐसे आहार-विहार, आयुवर्धक औषधियों, वनस्पतियों आदि की खोज कर ली है जिनके नियमित सेवन से हमारी उम्र 200-250 वर्ष या ज्यादा बढ़ सकती है और यौवन भी बना रहे। यह कोरी कल्पना नहीं बल्कि यथार्थ है। आपको याद होगा प्राचीन काल में हमारे ऋषि मुनि योग, तप, दैविक आहार व औषधियों के सेवन से सैकड़ों वर्ष जीवित रहते थे। इसीलिए ऊपर मैंने पुरानी कहावत को नया रुप दिया है। ऐसा ही एक दैविक आयुवर्धक भोजन है “अलसी” जिसकी आज हम चर्चा करेंगें।
पिछले कुछ समय से अलसी के बारे में पत्रिकाओं, अखबारों, इन्टरनेट, टी.वी. आदि पर बहुत कुछ प्रकाशित होता रहा है। बड़े शहरों में अलसी के व्यंजन जैसे बिस्कुट, ब्रेड आदि बेचे जा रहे हैं। भारत के विख्यात कार्डियक सर्जन डॉ. नरेश त्रेहान अपने रोगियों को नियमित अलसी खाने की सलाह देते हैं ताकि वह उच्च रक्तचाप व हृदय रोग से मुक्त रहे। विश्व स्वास्थ्य संगठन (W.H.O.) अलसी को सुपर स्टार फूड का दर्जा देता है। आयुर्वेद में अलसी को दैविक भोजन माना गया है। मैंने यह भी पढ़ा है कि सचिन के बल्ले को अलसी का तेल पिलाकर मजबूत बनाया जाता है तभी वो चौके-छक्के लगाता है और मास्टर ब्लास्टर कहलाता है। आठवीं शताब्दी में फ्रांस के सम्राट चार्ल मेगने अलसी के चमत्कारी गुणों से बहुत प्रभावित थे और चाहते थे कि उनकी प्रजा रोजाना अलसी खाये और निरोगी व दीर्घायु रहे इसलिए उन्होंने इसके लिए कड़े कानून बना दिए थे।
यह सब पढ़कर मेरी जिज्ञासा बढ़ती रही और मैंने अलसी से सम्बन्धित जितने भी लेख उपलब्ध हो सके पढ़े व अलसी पर हुई शोध के बारे में भी विस्तार से पढ़ा। मैं अत्यंत प्रभावित हुआ कि ये अलसी जिसका हम नाम भी भूल
अलसी - एक चमत्कारी आयुवर्धक, आरोग्यवर्धक दैविक भोजन
“पहला सुख निरोगी काया, सदियों रहे यौवन की माया।” आज हमारे वैज्ञानिकों व चिकित्सकों ने अपनी शोध से ऐसे आहार-विहार, आयुवर्धक औषधियों, वनस्पतियों आदि की खोज कर ली है जिनके नियमित सेवन से हमारी उम्र 200-250 वर्ष या ज्यादा बढ़ सकती है और यौवन भी बना रहे। यह कोरी कल्पना नहीं बल्कि यथार्थ है। आपको याद होगा प्राचीन काल में हमारे ऋषि मुनि योग, तप, दैविक आहार व औषधियों के सेवन से सैकड़ों वर्ष जीवित रहते थे। इसीलिए ऊपर मैंने पुरानी कहावत को नया रुप दिया है। ऐसा ही एक दैविक आयुवर्धक भोजन है “अलसी” जिसकी आज हम चर्चा करेंगें।
पिछले कुछ समय से अलसी के बारे में पत्रिकाओं, अखबारों, इन्टरनेट, टी.वी. आदि पर बहुत कुछ प्रकाशित होता रहा है। बड़े शहरों में अलसी के व्यंजन जैसे बिस्कुट, ब्रेड आदि बेचे जा रहे हैं। भारत के विख्यात कार्डियक सर्जन डॉ. नरेश त्रेहान अपने रोगियों को नियमित अलसी खाने की सलाह देते हैं ताकि वह उच्च रक्तचाप व हृदय रोग से मुक्त रहे। विश्व स्वास्थ्य संगठन (W.H.O.) अलसी को सुपर स्टार फूड का दर्जा देता है। आयुर्वेद में अलसी को दैविक भोजन माना गया है। मैंने यह भी पढ़ा है कि सचिन के बल्ले को अलसी का तेल पिलाकर मजबूत बनाया जाता है तभी वो चौके-छक्के लगाता है और मास्टर ब्लास्टर कहलाता है। आठवीं शताब्दी में फ्रांस के सम्राट चार्ल मेगने अलसी के चमत्कारी गुणों से बहुत प्रभावित थे और चाहते थे कि उनकी प्रजा रोजाना अलसी खाये और निरोगी व दीर्घायु रहे इसलिए उन्होंने इसके लिए कड़े कानून बना दिए थे।
यह सब पढ़कर मेरी जिज्ञासा बढ़ती रही और मैंने अलसी से सम्बन्धित जितने भी लेख उपलब्ध हो सके पढ़े व अलसी पर हुई शोध के बारे में भी विस्तार से पढ़ा। मैं अत्यंत प्रभावित हुआ कि ये अलसी जिसका हम नाम भी भूल
..........................भारत का नंo 1 ..........................
...................सर्वश्रेष्ठ धार्मिक एवं ज्ञानवर्धक.......................... ..........................समाचार-पत्र..........................
क्लीन लीन एंड ग्रीन? एशिया इन्फ़्रस्ट्रक्चर बैंक के बारे में संक्षिप्त विवरण
The Centre for Financial Accountability aims to strengthen and improve financial accountability within India by engaging in critical analysis, monitoring and critique of the role of financial institutions – national and international, and their impact on development, human rights and the environment, amongst other areas. For more information visit http://www.cenfa.org Get in touch with us at info@cenfa.org
We also publish Finance Matters, a weekly newsletter on the development finance. Archive can be accessed at http://www.cenfa.org/newsletter-archive/
To subscribe, email us at newsletter@cenfa.org
Modeling and Steady State Response Analysis of Interconnected Hybrid Renewable Energy Network with Embedded VSC - MTDC Transmission System for Secure and Efficient Power Delivery
..........................भारत का नंo 1 ..........................
...................सर्वश्रेष्ठ धार्मिक एवं ज्ञानवर्धक.......................... ..........................समाचार-पत्र..........................
क्लीन लीन एंड ग्रीन? एशिया इन्फ़्रस्ट्रक्चर बैंक के बारे में संक्षिप्त विवरण
The Centre for Financial Accountability aims to strengthen and improve financial accountability within India by engaging in critical analysis, monitoring and critique of the role of financial institutions – national and international, and their impact on development, human rights and the environment, amongst other areas. For more information visit http://www.cenfa.org Get in touch with us at info@cenfa.org
We also publish Finance Matters, a weekly newsletter on the development finance. Archive can be accessed at http://www.cenfa.org/newsletter-archive/
To subscribe, email us at newsletter@cenfa.org
Modeling and Steady State Response Analysis of Interconnected Hybrid Renewable Energy Network with Embedded VSC - MTDC Transmission System for Secure and Efficient Power Delivery
Research and Development in Roof-Top Solar Potentiality Using LiDAR Technology
Mr. Radhey Shyam Meena
M.Tech Scholar (Power System)
Student Member -The Institute of Engineering & Technology (IET), UACEE
Dept. Of Electrical Engineering
Sri Balaji College Of Engineering & Technology Jaipur Rajasthan Technical University Kota
4th International conference on “Advance Trend in Engineering, Technology and Research (ICATETR-2015)”
Date: 19-20 June-2015
Venue: Bal Krishna Institute of Technology, Kota IPC-15, RIICO Institutional Area, Ranpur Kota (Rajasthan) (India)
Scientific & Technological Perspective:
Future of Energy Storage With
Graphene Oxide (GO)
Paper Presentation
By
Radhey Shyam Meena
In
International Conference On
Advanced in Power Generation From
Renewable Energy Sources
APGRES 2015, June 15-16, 2015
Rajasthan Technical University Kota
Training Report Of 2x600MW, Kalishindh Super Thermal Power Project Jhalawar(Rajasthan)
Under
Asst. Prof. Neeraj Kumar Garg
Dept. of Electrical Engineering
Radhey Shyam Meena
B.Tech. In Electrical Engineering
Govt. Engineering College Jhalawar
Rajasthan Technical University Kota
Industrial revolution worldwide. It has resulted in social changes too and raised the standard of living we examine a future distribution system capable of solving problems caused by the connection of numerous distributed generators. A supervisory-control-and-data-acquisition (SCADA) system for this distribution system should be economical, flexible, and reliable, and should execute a real-time process. In this seminar report, we propose a SCADA system using mobile agents for flexibility. In addition, we show two types of communication protocols that make agent migration more fault-tolerant, and perform experiments where the SCADA system executes earth fault protection within the required time. These results indicate that the SCADA system based on our proposed technologies should be capable of fulfilling the real-time processing requirement.
While writing the report on my seminar, I was wondering that Science and technology are as ever expanding field and the engineers working hard day and night and make the life a gift for us
The modern power system around the world has grown in complexity of interconnection and
power demand. The focus has shifted towards enhanced performance, increased customer focus,
low cost, reliable and clean power. In this changed perspective, scarcity of energy resources,
increasing power generation cost, environmental concern necessitates optimal economic dispatch.
In reality power stations neither are at equal distances from load nor have similar fuel cost
functions. Hence for providing cheaper power, load has to be distributed among various power
stations in a way which results in lowest cost for generation. Practical economic dispatch (ED)
problems have highly non-linear objective function with rigid equality and inequality constraints.
Particle swarm optimization (PSO) is applied to allot the active power among the generating
stations satisfying the system constraints and minimizing the cost of power generated. The
viability of the method is analyzed for its accuracy and rate of convergence. The economic load
dispatch problem is solved for three and six unit system using PSO and conventional method for
both cases of neglecting and including transmission losses. The results of PSO method were
compared with conventional method and were found to be superior. The conventional
optimization methods are unable to solve such problems due to local optimum solution
convergence. Particle Swarm Optimization (PSO) since its initiation in the last 15 years has been
a potential solution to the practical constrained economic load dispatch (ELD) problem. The
optimization technique is constantly evolving to provide better and faster results.
While writing the report on our project seminar, we were wondering that Science and smart
technology are as ever expanding field and the engineers working hard day and night and make
the life a gift for us
Today large number of new technologies depends on electrical supply system, so complexity of
wires is very high. In this project, as requirement of wireless electrical power system, project
team present an analysis the concept of cable less transmission i.e. Power without the usage of
any kind of the electrical conductor or wires. Transmission or distribution of 50 or 60 Hz
electrical energy from the generation point to the consumers end without any physical wire has
yet to mature as a familiar and viable technology.
Our team chose to project the feasibility of wireless power transmission through
inductive coupling. This consists of using a transmission and receiving coils as the coupling
antennas. Although the coils do not have to be solenoid they must be in the form of closed loops
to both transmit and receive power. To transmit power an alternating current must be passed
through a closed loop coil. The alternating current will create a time varying magnetic field. The
flux generated by the time varying magnetic field will then induce a voltage on a receiving coil
closed loop system. This seemingly simple system outlines the major principle that our research
investigated. The primary benefits to using inductive coupling are the simplicity of the
transmission and receiving antennas, additionally for small power transmission this is a much
safer means of conveyance. To demonstrate the success of our the teams we created a receiving
circuit to maximize the amount of received power and light an LED at a distance up to two feet.
We were able to create both transmission and receiving circuits capable of transmitting the
necessary power to light an LED in a pulsed mode. On average with transmitting one watt of
power the receiving circuit was able to receive 100 micro-watts of power. While the efficiency of
the system is extremely low, approximately 0.01% with some improvements we feel certain the
efficiency could be greatly improved. Furthermore, as the transmission distance is decreased the
efficiency of any system using inductive coupling improves exponentially.
World cannot be imagined without electrical
power. Generally the power is transmitted through
transmission networks. This paper describes an original
idea to eradicate the hazardous usage of electrical wires
which involve lot of confusion in particularly organizing
them. Imagine a future in which wireless power transfer is
feasible: cell phones, household robots, mp3 players,
laptop computers and other portable electronic devices
capable of charging themselves without ever being plugged
in freeing us from that final ubiquitous power wire. This
paper includes the techniques of transmitting power
without using wires with an efficiency of about 95% with
non-radioactivemethods. In this paper wireless power
transfer technique have been implemented on test system.
Keywords : power, ubiquitous, efficiency
A sudden loss of power will disrupt most business operations, it is not only total mains failures or
‘blackouts’ which can trigger devastating effects. Many electrical loads, for example computer
systems, are equally susceptible to power sags, brown-outs, black-outs, power spikes and surges,
noise and radio frequency interference, and supply frequency changes.
Such loads are often referred to as ‘critical loads’, partly because their continuous operation is
fundamental to the functioning of the business, and also because they require a more stable and
reliable power source than that generally offered by the utility mains supply in order to guarantee
their correct function.
Critical Load Applications
The numbers and types of load falling into the ‘critical’ category are rapidly expanding as an
ever increasing range of microprocessor-based equipment enters both the industrial and commercial
marketplaces. This is typified by the growth of on-line transaction processing and Ecommerce
where 24 hour trading demands absolute power quality with zero downtime.
Among typical critical loads are:
• Computers – e.g. data processing and control systems.
• Industrial process equipment – e.g. precision manufacturing.
• Medical equipment – e.g. life support and monitoring systems.
• Telecommunications network equipment – e.g. PABX.
• Point of sales (POS) terminals – e.g retailing environment.
• On-line business transactions – e.g. internet shopping.
The effects of an inadequate supply to a critical load can include:
• Cessation of the business process – i.e. a total inability to trade and/or communicate
• data loss or corruption due to software crashing
• Expensive hardware failure including component damage – e.g. due to power sags,
spikes etc.
• Production loss due to incorrect operation of a manufacturing process and possible
production equipment damage
• Inappropriate control system operation
• Lost business due to failed POS or telecommunications equipment
• Possible time penalty paid to repair/reset affected systems
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