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Department of Forestry

Alternative drives of forest vehicles

Opterećenje: 15+0+0
Sadržaj predmeta: 1. Autonomous driving of forest vehicles 2. Hybridization of forest vehicles - types and features of drive hybridization 3. Electric - hydraulic drives 4. Electric motors and energy storage (batteries) 5. Electromobility 6. Mechatronics and control systems of hybrid and electric drives 7. Operating characteristics of hybrid and electric forest vehicles 8. Evaluation of the usefulness of hybrid drives 9. Application of hydrogen as fuel in forest vehicles 10. Production, distribution and storage of hydrogen 11. Hydrogen fuel cells in forest vehicles 12. Energy balance of alternative drives of forest vehicles 13. Environmental and ergonomic convenience of alternative drives of forest vehicles 14. Possibilities of using alternative drives of other vehicles in protected nature areas 15. Robotics in forestry
Literatura:

Obvezna literatura :

1. Šušnjar, M.: Predavanja

2. Hellström, T., Ringdahl, O., 2011: Intelligent vehicles in forestry. Umeå University. 1-46

3. Finpro, 2010: Ev technologies in working machinery – Global view. 1-62

4. Frano Barbir: Vodik i gorivni članci [Priručnik] Tehnička škola Ruđera Boškovića u Zagrebu 1-34.

5. Hybrid technology in forest machines. Logset report, 1-19.

 

Preporučena literatura: 

6. Nokka, J., 2018: ENERGY EFFICIENCY ANALYSES OF HYBRID NON-ROAD MOBILE MACHINERY BY REAL-TIME VIRTUAL PROTOTYPING Acta Universitatis Lappeenrantaensis 785, 1-87

7. Kovač, A., 2018: Uloga vodikovih gorivnih članaka u procjeni razvoja prometnog sektora u republici hrvatskoj

8. Radovi Zavoda za znanstveni rad HAZU Varaždin; br. 29, 2018., str. 349-359

9. Georgsson F., Hellström, T., Johansson, T., Prorok, K., Ringdahl, O. and Sandström, U., 2005: Development of an Autonomous Path Tracking Forest Machine- a status report. Technical Report UMINF 05.08, Department of Computing Science, Umeå University SE-901 87 Umeå, Sweden.

10. Mol1, C., O’Keefe, M., Brouwer, A.; Suomela, J., 2010: Trends and insight in heavy-duty vehicle electrification. World Electric Vehicle Journal Vol. 4.1-12.

11. Lajunen, A., Suomela, J., Pippuri, J., Tammi, K., Lehmuspelto, T., Sainio.P., 2016: Electric and hybrid electric non-road mobile machinery – present situation and future trends. World Electric Vehicle Journal Vol. 8.1-12

12. Laitila, J., Prinz, R., Routa, J., Kari Kokko, L., Kaksonen P., Suutarinen,J., Eliasson, L., 2015: PROTOTYPE OF HYBRID TECHNOLOGY CHIPPER. Skogforsk INFRES – 1-20.

13.Ola Lindroos, O., La Hera, P., Häggström, C., 2017: Drivers of Advances in Mechanized Timber Harvesting – a Selective Review of Technological Innovation. Croatian journal of forest engineering 38(2017) 2, 243-258.

14. La Hera, P.,Mendoza Trejob, O., Ortíz Moralesa D., 2018: AUTOMATION TECHNOLOGY FOR FORESTRY MACHINES: A VIEW OF PAST, CURRENT, AND FUTURE DEVELOPMENTS. Proceedings 6 th International Forest Engineering Conference “Quenching our thirst for new Knowledge” Rotorua, New Zealand, April 16th - 19th, 2018. 1-9


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