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There is a need for an action plan for achieving photovoltaic power generation capacity in Nigeria. The total irradiation of 5.5kW-hr/day/ m 2 (ECN-UNDP, 2005) of solar radiation in Nigeria is not utilized for PV generation. The integration of Solar PV grid technology into the Nigerian grid systems will provide an attractive environmentally sound technology options for the Nigerian Electricity industry, it could offset a significant proportion of the foreign exchange that is used annually for importing Power generators, and its associated accessories such as diesels, oil, spare parts, etc. In addition PV grid integration is well suited for meeting the recent directive by the federal government of Nigerian for Local government Sectors to generate its own electricity The 5.5kW-hr/day/m 2 represents a huge prospect for solar energy generation if a total capacity can be developed for PV grid integration. This paper proposes using experimental models and control strategies, a large scale introduction of solar power (PV) into the Nigerian distribution grid. Counter measures for harmonics will be developed and demonstrated. The output from the PV systems and its associate problems such as Pulsating AC signal will be analyzed and demonstrated. We will evaluate the impact of a of PV penetration on the optimum economical design by using general purpose components for main circuits, switching elements and switches and selection of operating capacity that takes maximum advantage of the capacity of each element and solar irradiation capacity. The assessment of the best practice for program design and implementation will be observed.

Reliability Analysis of Switched Stand Alone Hybrid PV-Diesel Generation Power System for Rural electrification in Nigeria