Eurasian Journal of Biosciences


In operation, the cocoa agroindustry required capital, so it was necessary to calculate the optimal rate of return on cash money. This research aimed to measure the costs and benefits of cocoa agroindustry over a certain period of time. The net present value was used to measure the net benefit over time resulting from an investment. The results of the net present value analysis show that the cocoa agroindustry micro, small and medium enterprises (MSMEs), were profitable. The cocoa agroindustry MSMEs were quite effective in facing the economic recession during the Covid-19 pandemic. If there was an increase in variable costs and credit interest, and there was no increase in yield, the increase in cash flow would be similarly smaller so that the NPV would also decrease. Cocoa agroindustry MSMEs produced NPV = 0 when the discount was 25.45%. The difference between the MSMEs credit interest of 6% and the break-even point discount of 25.45% was quite large. This suggested that the cocoa agroindustry MSMEs looked strong in terms of profitability.


  • Barton D, Boland M, Chaddad F, Evelsull E (2011) Current challenges in financing agricultural cooperatives. Choices 26: 12–16.
  • Bode-Greuel KM, Nickisch K (2014) Deciding between biobetter versus biosimilar development options based on net present value calculations. J of Comm Bio 20(2): 21–31.
  • Effendy (2015) Increasing of cocoa farmers household income with two stage least squares method. Mod App Sci 9(6): 120 – 127.
  • Effendy (2018a) Factors affecting variation of total factor productivity in cocoa farming in the Central Sulawesi, Indonesia. AJCS 12(4): 655-660.
  • Effendy (2018b) Changes of technical efficiency and total factor productivity of cocoa farming in Indonesia. Bul J of Agric Sci 24(4): 566–573.
  • Effendy, Antara M (2015) Effect of input production against quality of cocoa beans. Am J of App. Sci 12(10): 709-713.
  • Effendy, Antara M, Rauf RA, Tangkesalu D, Christoporus, Pratama MF, Basir-Cyio M, Mahfudz, Zainuddin, Muhardi (2018) Evaluation of economic efficiency from smallholder cocoa investment in Indonesia: A case study in central Sulawesi province with tropical climate. AJCS 12(12):2004-2010.
  • Effendy, Hanani N, Setiawan B, Muhaimin AW (2013) Effect characteristics of farmers on the level of technology adoption side-grafting in cocoa farming at Sigi Regency-Indonesia. J of Agri Sci 5(12): 72-77.
  • Hailu G, Jeffrey SR, Goddard EW (2007) Capital struc- ture, firm size, and efficiency: the case of farm petroleum and animal feed cooperatives in Canada. Agricultural Finance Review 67: 279–293.
  • Hartemink AE (2005) Nutrient stocks, nutrient cycling, and soil changes in cocoa ecosystems: a review, Advances in Agronomy 86(1): 227-253.
  • Hasnah S, Fleming E, Villano RA, Patrick I (2011) The potential of cacao agribusiness for poverty alleviation in West Sumatra. Proceedings of 55th National Conference on Australian Agricultural and Resource Economic Society, Melbourne, August, pp. 1-20.
  • Matos C, Bentes I, Santos C, Imteaz M, Pereira S (2015) Economic analysis of a rainwater harvesting system in a commercial building. Water Res Manage 29: 3971–3986.
  • Patil BO, Poddar RS (2016) Financial feasibility of drip irrigation system in grape cultivation. Int J of Agri, Env and Bio 9(4): 617-624.
  • Royer JS (2014) Determining Your Cooperative’s Cost of Equity. Cornhusker Economics, Department of Ag- ricultural Economics, University of Nebraska-Lincoln Extension.
  • Saidi, W., Abram, T., Bejjit, L., Bouachrine, M. (2018). New Organic Compounds Based on Biphenyl for Photovoltaic Devices: DFT Theoretical Investigation. Chemical Methodologies, 2(3), 247-259.
  • Samad S, Hasyim AW (2019) Environmental analysis of Smart Sago (SS) product marketing strategy. Eurasia J Biosci 13: 207-211.
  • Sianipar CPM, Widaretna K (2012) NGO as triple-helix axis: some lessons from Nias community empowerment on cocoa production. Procedia – Social and Behavioral Sciences 52(1): 197-206.
  • Sojková Z, Adamičková I (2011) Evaluation of economic efficiency of the orchards investment project with respect to the risk. Agric. Econ. – Czech 57(12): 600–608.
  • VanSickle JJ, Ladd GW (1983) A model of cooperative finance. American Journal of Agricultural Economics 65: 273–281.
  • Weber TA (2014) On the non-equivalence of IRR and NPV. Journal of Mathematical Economics 52: 25–39.
  • Wijayanti N, Masyhuri, Jamhari, Mulyo JH (2019) Marketing mix of Sumbawa Forest honey in Indonesia. Eurasia J Biosci 13: 2243-2247.
  • Yung-Chang W (2016) The optimal capital structure in agricultural cooperatives under the revolving fund cycles. Agric.Econ – Czech 62(1): 45–50.
  • Zereyesus YA, Dalton TJ (2017) Rates of return to sorghum and millet research investments: A meta-analysis. PLoS ONE 12(7), e0180414.


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