In the present study, the experimental investigation aimed to examine the impact of neighboring urea-water-solution (UWS) droplets on the evaporation rate of a specific UWS droplet. Various configurations of suspended droplets were deliberately arranged to assess the relationship and dependency. To minimize conductive heat transfer from the wire, a wired grid constructed with Nichrome wire was employed for droplet suspension. Urea-water solutions with urea mass fractions of 32.5% and 50% were subjected to analysis in this study. The experimental setup consisted of a confined electric heater where the temperature was precisely controlled within the range of 150 °C to 400 °C, while efforts were made to minimize external air circulation. To determine the evaporation rate of the droplets, the droplet evolution over time was recorded and processed using in-house developed Matlab code. Furthermore, water droplets were included in each experimental condition to facilitate a comparative analysis of the obtained results. Throughout the temperature range, the evaporation of water droplets followed the expected behavior outlined by the D² law. However, the evaporation of UWS droplets exhibited variations in different temperature ranges. The experimental results clearly demonstrated the influence of the number and proximity of neighboring droplets on the evaporation process.