NAU Harvester System
WORKING MEDIUM AS THE WORKING ENVIRONMENT FOR THE CONSTRUCTION OF MINI-GENERATOR OF ELECTRIC ENERGY
Наукові журнали Національного Авіаційного Університету
View Archive Info| Field | Value | |
| Title |
WORKING MEDIUM AS THE WORKING ENVIRONMENT FOR THE CONSTRUCTION OF MINI-GENERATOR OF ELECTRIC ENERGY
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| Creator |
Kaczyński, R.; Bialystok University of Technology
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| Subject |
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UDK 621.891 |
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| Description |
Monitoring systems for water distribution and sewerage networks constitutes an indispensable condition for smooth operational management of existing communal infrastructure. The question of an effective use of resources and means to supervise, regulate, and control water supply networks requires special care already in the planning stage and also during the implementation process of maintenance equipment. To meet the above demand a telemetry and data system to monitor the performance of water mains has been developed making use of GSM/GPRS data transfer technology. One of the fundamental problems of building the system is how to supply energy to the distributed control and measurement devices. A possible solution to these problems could be, as proposed in this paper, a wireless energy supply system using the measuring medium, i.e. the flowing water for energy transport. To this end, a construction of a minihydrodynamic generator, i.e. a device transforming the kinetic energy of lowing water into electrical energy using carbon polymers reinforced with carbon fibres has been made, in which the flow of the operational medium is the working environment. This solution will allow for a continuous collection of small amounts of energy to charge the built-in measuring device batteries. Energy storage will be used for on oing measurement and periodic data transfer.
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| Publisher |
Національний Авиаційний Університет
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| Contributor |
—
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| Date |
2010-01-18
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| Type |
—
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| Format |
application/pdf
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| Identifier |
http://jrnl.nau.edu.ua/index.php/PTZ/article/view/3644
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| Source |
Проблеми тертя та зношування; № 53 (2010)
Scientific-Technical Journal "Problems of Friction and Wear"; № 53 (2010) Проблемы трения и изнашивания; № 53 (2010) |
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| Language |
uk
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