The challenges of unmonitored or partial usage of solar power for cooperate firms that generate this power has motivated the need for this research to develop a smart system to monitor and control the varying parameters of PV systems. Voltage, current and temperature sensors were used to monitor the energy generated, consumed, stored and losses that are connected to the system. This system was able to monitor radiations from the sun and temperatures of the PV modules. Also, with the aid of programmable microcontrollers, ECUs and routers, gathered information was transmitted real-time for a specified period. Results were displayed in digital values using graphs and. transmitted to the internet with aid of dedicated servers. This system senses slightest variations on variables, captures any anomaly and transmits prompt results via text message / internet. It is recommended that microchips’ Internet of Things (IOT) board should be utilized in future monitoring due to its shorter deployment time and encrypted transmission of data. Moreso, cooperate bodies and individuals investing on PV systems in terms of security should be supported fully most especially by the government and renewable energy policies as practiced in developed nations should be emulated by developing and underdeveloped nations.