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Nigeria very recently experienced a restructuring in her power system setup. This was done with the intention of involving private investors in the generation and distribution expansion plans in tandem with the country's millennium development goals. A major focus of the current energy debate is how to meet the future demand for electricity while meeting up with the high operational efficiency required in a deregulated power industry. Energy conservation and pollution minimization are central to such desired optimal operation in this new power structure. Problem arises when these generating stations are situated in unfavourable locations leading to high losses. Building cogeneration plants is a very efficient way of achieving large generation capacity, while reducing energy wastage and environmental pollution. This work assesses the risks involved in locating and sizing of cogenerating plants using Monte Carlo technique applied in MATLAB simulation environment. Results obtained are used to determine the benefits accruing to the utility companies when these cogeneration plants are connected to the grid. This is because it forms a major point of consideration in the planning of the generation system, particularly in deregulated systems where profit maximization is a key to surviving the competition

Application of Risk Assessment to Cogeneration Source Planning In Restructured Power System