1Computer Engineering Department, The Polytechnic, Ibadan.
2Electrical Engineering Department, The Polytechnic, Ibadan
MLA 8 O.K., Adejumobi, et al. "DEVELOPMENT OF A MICROCONTROLLER-BASED PHOTOVOLTAIC POWERED CROP-DRYER FOR AGRICULTURAL DEVELOPMENT IN NIGERIA." IJETSI, vol. 2, no. 4, 2017, pp. 671-679, ijetsi.org/more2017.php?id=55. APA O.K., A., O.A., A., O.A., A., & M.O., S. (2017). DEVELOPMENT OF A MICROCONTROLLER-BASED PHOTOVOLTAIC POWERED CROP-DRYER FOR AGRICULTURAL DEVELOPMENT IN NIGERIA. IJETSI, 2(4), 671-679. Retrieved from http://ijetsi.org/more2017.php?id=55 Chicago O.K., Adejumobi, Adejumobi O.A., Akindele O.A., and Sadiq M.O. "DEVELOPMENT OF A MICROCONTROLLER-BASED PHOTOVOLTAIC POWERED CROP-DRYER FOR AGRICULTURAL DEVELOPMENT IN NIGERIA." IJETSI 2, no. 4 (2017), 671-679. http://ijetsi.org/more2017.php?id=55.
.Brenndorfer, B., Kennedy, L. and oswin C.O. (1998). ‘Solar dryers-Their Roles in Post-Harvest processing’. Technology and Engineering.
. El-Amin et al. (2007). ‘Design and Construction of A Solar Dryer for Mango Slices’. Faculty of Agriculture Journal, University of Khartoum, Sudan.
. El-Shiatry, M.A., Muller, J., and Muhlbauer, with Solar energy in Egypt’. AMA, 22(4):61-64. \
. Farinati, L.E. and Suarez, C. (1984). ‘ Technical Note: A Note on the Drying Behaviour of Cotton Seed’. Journal of Food Technology. 19, 739-744.
. Gomez, M.I. (1982). ‘ Effects of Drying on the Nutritive Values of Foods in Kenya’. IDRC-195C (ED) Yaciuk, Ottawa, Canada.
. Lambert, J.M., Angus, D.E. and Reid, P.J. (1980). ‘Solar Energy Applications in W (1991). ‘Drying Fruits and Vegetables Agriculture’. The dried Vine Industry. University of Melbourroe, Australia.
. Madhlopa, A., Jones, S.A. and Kalenga Saka, J.D. (2002). ‘A Solar Air Heater Tray with composite-absorber systems for food dehydration’ . Renewed Energy, 27:27-37.
. Sodha et al, (1987). ‘Solar Crop drying’. Vols.I and II. CPR Press, USA.
Abstract: One of the major contributory factors responsible for the economic non-viability in farming is
farmer's inability to handle and store produce efficiently hence leading to the reduction of the
quality and even destruction of produce available for sale. The investment into farming can be
preserved not only upon the capacity to grow in large quantity, but also upon the facilities for
efficient handling, drying and storage before marketing.
This paper therefore, presents the 'Development of a Microcontroller-Based Photovoltaic
Powered Crop-Dryer as a Strategy for the Improvement of Agricultural Sector in Nigeria'.
Although the design can be used for various drying purposes, the focus is on its use for drying
agricultural produce (Ginger).
This Solar dryer comprises of a PIC Microcontroller, a Perspex-covered flat Plate Collector, the
drying Chamber, Heater and a d.c. Blower (suction fan) powered by a solar module.
This solar dryer with improved features will in no doubt increase the income of farmers and
industrialists who need to preserve their products by dehydration in a developing nation like
In the Crop dryer, dehydration of samples was carried out at temperatures 32'C, 40'C and 50'C.
In this design, the drying of the produce and the powering of the suction fan and heater are both
solar driven that is why the Dryer can be used on farm where there is no public power supply.
The PIC Microcontroller is used to turn ON the fan at very high temperature, and to turn the heater at low temperatures in order to maintain the temperature of the drying Chamber.
However, for drying to continue in the absence of solar radiation it is recommended a battery be
provided as power back-up.
The International Journal of Engineering Technology and Scientific Innovation Inviting Papers/Articles for Current Issue Volume 3 Issue 3 May-June 2018.
Submit your Paper through Online Submission System. Authors also can Send Paper to email@example.com ....... Impact Factor for IJETSI is 2.512