Electricity and heat production, which is called cogeneration, from biomass power plants (BPPs) provide non-intermittent energy for industries and peoples. Also, waste heat can be used in various applications together with electricity in order to increase overall efficiency of the power plant. Cameroon, which is situated in the central region of Sub-Sahara Africa and opened to the Atlantic Ocean, has a large biomass potential estimated at 19 million hectares of forest covering three-quarters of its territory [1]. Agriculture is the principal key sector of the country's economy. This sector covers more than 30% of employment base (more than 60% unskilled workers), ensures national food security, and helps a great degree to the country's GDP [2]. The country mainly produces maize, cassava, banana, sorghum, rice, millet, wheat, sugarcane, cocoa, coconut, coffee and rubber [1]. Agricultural activities in Cameroon can be divided into five agro-ecological zones. The north region is one of these zones characterized by a high cereals production. The country uses biomass resources for heating and lighting needs for the majority of rural populations. Utilization of fruit bunches of palm oil, bagasse of sugarcane and stalk of maize are not significantly used to produce electricity throughout BPPs [3-5]. Actually, the overall capacity of BPPs in the food