ACOMPREHENSIVECONSTRUCTIONOFHYDROGEN-HYDROGEN-OXYGEN(HHO)CELLASRENEWABLEENERGYSTORAGE

ACOMPREHENSIVECONSTRUCTIONOFHYDROGEN-HYDROGEN-OXYGEN(HHO)CELLASRENEWABLEENERGYSTORAGE

In this paper, we propose a comprehensive design of HHO generation cell of the brown gas using three different design models, namely: parallel plates design for HHO cell, cylindrical tubes design for HHO cell, and spiral plates design for HHO cell. Extensive experimental results for the plate's...

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Bibliographic Details
Main Authors: HeshamM.Enshasy, QasemAbuAl-Haija, HasanAl-Amri, MohamedAl-Nashri, SultanAl-Muhaisen, MashhourAl-Tarayrah
Format: Article
Language:English
Published: Yeshwantrao Chavan College of Engineering, India 2019-07-01
Series:Journal of Research in Engineering and Applied Sciences
Subjects:
clean energy storage
current
efficiency
electrolysis
energy
hho cells
photovoltaic
electricity storage.
Online Access:http://www.mgijournal.com/Data/Issues_AdminPdf/136/1-Volume%204%20Issue%201%20%20January%202019.pdf
Description
Summary:In this paper, we propose a comprehensive design of HHO generation cell of the brown gas using three different design models, namely: parallel plates design for HHO cell, cylindrical tubes design for HHO cell, and spiral plates design for HHO cell. Extensive experimental results for the plate's parameters such as resistance, inductance and capacitance are proposed to get more insight into the proposed designs. The simulation data showed that minimizing the voltage at least to be 1.23V, will increase the effective current, hence improving the efficiency. On the other hand, shaping the input signal to the energy generation system, will lead to stabilizing the temperature and reduce the power loses.
ISSN:2456-6403
2456-6403

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