The generation of photovoltaic electric power as a complement to the use of generators in weaponry maintenance in military operations
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Abstract
This study proposes the self-production of electricity in an Armament Maintenance Workshop to rationalize fuel expenses and the acquisition of generators in military operations via photovoltaic generation. The technical and economic feasibility of acquiring a Campaign Energy Module was verified, which would supply 100% of the unit’s electrical consumption. The usage times of the equipment comprising the module were surveyed, to quantify consumption and assess the potential for electrical generation, ensuring the project’s technical viability. Fuel consumption and its purchase value were also quantified to measure the daily expenditure on electricity. Moreover, the cost of purchasing generators was quantified, to estimate the savings generated by the project. The module was then designed and specialized companies submitted proposals for its construction. Based on the investment value and projected savings, the economic viability of the project was proven, with an estimated return on investment after 150 days of operation, considering a 13-year life cycle for the module.
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