I'm a b-tech student.i want to do a seminar on the topic Electrolytic Hydrogen: A Future Technology for Energy Storage.I don't know more about this subject.so kindly provide me as much information's related to this topic as soon as possible.Hoping an early reply..
yours faithfully
sunu
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I want ppt on electrolytic hydrogen a future technology for energy storage ....etc

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I am Swetha tallam,btech 4th year student in BRECW.I want to know the complete description of Electrolytic Hydrogen: A Future Technology for Energy Storage.Its advantages ,disadvantages,applications,future expectations. ....etc

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Title: Renewable Energy Technology Management Promoting Village Energy Security & Sustainable Development -- A case study of village Radhapur.
Trainee name: Indranil Ghosh, M. Tech Energy & Environment Management, Kurukshetra University
Organization: Society for Development Alternatives, New Delhi
Guide: Mr. Manoj Mahata, Program Manager, Energy Systems,
Development Alternatives
Faculty guide: Prof. Smita Choudhry, Institute of Environmental Studies, Kurukshetra University
The objective of the study is substantial analysis of the ....etc

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pls send information ....etc

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send the details of this topic ....etc

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Hi
Please send the report and other details of the topic Electrolytic Hydrogen: A Future Technology for Energy Storage

Regards
Simy ....etc

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SOLID ALUMINUM ALLOYS: A HIGH ENERGY DENSITY MATERIAL FOR SAFE ENERGY STORAGE, TRANSPORT, AND SPLITTING WATER TO MAKE HYDROGEN ON DEMAND
Outline
• Energy density and technology sustainability
• Brief history and technology overview
• What else we know about it
• Process flow and hydrogen delivery control
• Markets and applications
Energy density and technology sustainability
As hydrogen from splitting water:
• 1 Kg H2: 142 MJ = 39.4 kW-Hrs combustible energy
• 1 Kg Al* makes ....etc

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Pumped hydroelectric and compressed air energy storage (CAES) are currently economic for utilities when relying on natural geologic formations and the cheapest, most abundant substances (i.e. elevated water and compressed air). In these situations the cost of energy storage capacity can be very low (<$5/kWh1) Unfortunately the scale and location-specific nature of energy storage in natural formations is likely to render it of limited benefit to small scale distributed renewables. Available pumped hydro and CAES capacities could prove small in r ....etc

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information on the above topic ....etc

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