As the adoption of photovoltaic systems follows a steep upward trajectory, the demand for a straightforward and effective monitoring approach becomes increasingly compelling. Our project proposes a unified framework centered around a singular tool for collecting, storing and presenting real-time data sourced from both economical sensors and locally crafted alternatives, particularly when commercially available options are prohibitively expensive or unavailable in the local market. Additionally, we leverage free tools to augment our dataset with essential information that may be challenging to obtain. The proposed solution incorporates diverse notification methods for instances where specific values surpass predefined thresholds and it ensures data preservation by storing records on a remote server in the event of accidental loss. The acquired data is subsequently distributed across distinct local databases which will be assessed for factors such as efficiency, storage capacity and integration with prospective applications.