Session
Mechatronics Robotics and System Engineering
Description
This paper focuses on the mechatronic technology development, and its influent on electrical efficiency with a direct result in cost and environment. Considering the well-known European Union standard “20-20-20” and the possibility and responsibility of Kosovo in this field, the role of energy efficiency has great impact for future directions. This paper refers to a new technology solution for heating that is available on the local market, called “DAIKIN” by analyzing the functionality of this device and its promise to save up to 40% of the heating costs. Implementation of “DAIKIN” technology in state institutions in Prishtina, and also the simulation of the electrical efficiency and the cost and environmental results have been studied.
Keywords:
Energy, Efficiency, Consumption, Environment
Session Chair
Besnik Skenderi
Session Co-Chair
Bertan Karahoda
Proceedings Editor
Edmond Hajrizi
ISBN
978-9951-437-31-8
First Page
113
Last Page
117
Location
Durres, Albania
Start Date
8-11-2014 2:30 PM
End Date
8-11-2014 2:45 PM
DOI
10.33107/ubt-ic.2014.66
Recommended Citation
Hyseni, Sherif, "Mechatronics in electrical efficiency and environmental impact" (2014). UBT International Conference. 66.
https://knowledgecenter.ubt-uni.net/conference/2014/all-events/66
Included in
Mechatronics in electrical efficiency and environmental impact
Durres, Albania
This paper focuses on the mechatronic technology development, and its influent on electrical efficiency with a direct result in cost and environment. Considering the well-known European Union standard “20-20-20” and the possibility and responsibility of Kosovo in this field, the role of energy efficiency has great impact for future directions. This paper refers to a new technology solution for heating that is available on the local market, called “DAIKIN” by analyzing the functionality of this device and its promise to save up to 40% of the heating costs. Implementation of “DAIKIN” technology in state institutions in Prishtina, and also the simulation of the electrical efficiency and the cost and environmental results have been studied.