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The Fabrication workshop is a very important part of the Department. It handles a great responsibility of practical and Fabrication related courses. Almost the activities carried out in the Fabrication workshop are run by the use of spot welding machine; this Fabrication cannot be achieve without the uses of spot welding machine.




From the nineteenth century through the middle of the twentieth century, DC to AC power conversion was accomplished by using rotary converters or more generator sets. In the early twentieth century, vacuum tubes and gas filled tubes begin to be used as switches in inverter circuits.

The most widely used type of tube was the thyratron the origins of electromechanical inverters explain the source of the term inverter.

The inverter power supply system is a substitute means of power generation outside power supplied by other available means and source of power. As it names implies, “inverter”. It invent direct current (DC) to alternative current (AC) which is suitable for consumption as a result of systematic arrangement of the entire component enclosed in its design. The basic building, block of the system which includes the oscillator amplifier/switching and transformation on stages and the attempted power supply control stages.


The need for improving and maintained a constant power supply in the Department of Agricultural and Bio-Environmental Engineering is essential. Power failure today is paramount and inverters apart from generators have been designed and constructed to take care of power failure. For effective study by the students in the department and with the use of the desktop computers constant power supply without interruption and with a consistent quality both during normal operation, when the main supply is available and during emergency conditions when the main supply failed. Unfortunately that the supply system in the country is not reliable in terms of sguarantee and continuity. This inefficiency of our power providing company therefore necessitates the need for another means of power generation, such as inverter, generators, solar, windmill power generation system etc.

1.3       AIM OF PROJECT

The aim of this project is to install a solar inverter and a deep circle rechargeable batteries for powering thirty desktop computers and projectors:

1.         To provide a second means of power supply within the department of Agricultural and Bio-Environmental Engineering, as to power thirty desktop computer and projector.

2.         To provide a constant and dependable power sources

3.         To reduce effect of high rainy utility rates, as it well be used to power thirty desktop computer and a projector

4.         Procurement of the equipments to be used in the installation of the solar inverter

5.         Installation of the solar inverter 

6.         Testing the performance of the installed  solar inverter


There will be a constant and dependable source of power available for powering the required thirty desktop and projector. Inverters also improve the efficiency of the whole system. Energy gets lost when it is transferred from the panels to the home so an inverter that can minimize those losses, delivering more power and saves more money for the department in paying the bills.

It will serve as a case study for students within the department and thereby improve knowledge of the students during the installation process.


The scope of the project is to ensure an adequate installation of the solar inverter through a good inverter selection and configuration, proper distribution of board, and junction boxes, cables, eartent for solar modules and inverter, weather monitoring station, control room and switch yards, failing, installation and project management within the department of Agricultural and Bio-Environmental Engineering.

This is project is limited for the installation of


This project was designed not to carry too much or heavy load that is more than the rated value of the original maximum value of the inverter output load. In addition to the thirty desktop computer and projector, it can only be used to power electrical appliance with lesser power consumption in other to extend the life span of the inverter and also limited to domestic use only, and not for industrial machines.

This project cover five chapters, chapter two discuss the literature review of the projects, work related to inverter are summarized and presented, chapter three discusses about the methods observed in the installation of the solar inverter, chapter four discusses about the cost analysis, result and discussions and the chapter five discusses the conclusion and recommendation.

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