Case Study 1: Hybrid Solar and Wind Power Generation Prototype Model Tailored and Implemented at CPDAM Frostburg State University
S.Tariq MASOOD(1), Jamil Abdo(1), Kaimiao Liu(1), Shakil M. Rahman(2), Iftikhar Ul- Haq(2) 1. Department of Engineering and Sustainable Technologies Frostburg State University - 101 Braddock Road Frostburg, MD 21532 USA 2. TOPSOE Making Energy Transition, DK-2800 Kgs-Lyngby Denmark   2026-06-27

Abstract

This case study presents the design, development, and implementation of a residential-scale hybrid solar and wind power generation system installed at the Center of Product Design and Advanced Manufacturing (CPDAM) at Frostburg State University (FSU). The “WISE” system integrates a 2-kW photovoltaic (PV) array and a 1.8 kW wind turbine mounted on a 45-ft monopole tower, jointly supplying a small residential-type building through a grid-tied configuration with net metering. Extensive resource assessment was conducted using three Davis Weather Pro®stations and long-term solar-insolation modeling. The hybrid system incorporates advanced inverter/charger technology, MPPT algorithms, remote monitoring, and automatic generator start capability, enabling reliable, scalable operation for both on-grid and backup modes. Real-time performance data collected throughout the year confirms stable output in varying weather
conditions and validates the system’s technical and educational value. The project demonstrates a viable residential renewable energy model, strengthens regional sustainability efforts, and provides experiential learning opportunities for engineering and technology students at Frostburg State University.

Key words: Hybrid, photovoltaic, PV array, thermostat, auto generator, Solar charger

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