This paper presents the implementation of a hardware and software interface monitoring system for the power measurement and performance evaluation of a 4.54KW Solar/Wind combo Renewable Energy system designed for a Zero Energy Home. The project includes a low cost, LED based power level indicator working in conjunction with a DC motor, which is operated by the solar power system. The project also includes a fountain-like display showing the operation of a submersible pump placed in a 600-gallon tank and operated by the solar/wind power system. LabVIEW Virtual instrumentation was used for the dynamic data acquisition of the current and voltage outputs from the power system. The virtual instrumentation is configured to compute daily power output in KWhr; the output of which is interfaced to an embedded system for a digital read out and display of the daily power generation. A web accessible and remote controlled weather station is also configured for providing an elaborate histogram of weather data, including solar radiation and wind speed data gathered at the project site. The data logging is used for an assessment of the correlation between the local weather and the electric power generation.