• Initiative -
  • Type KAPSARC journal article
  • Date 1 December 2017


This article reports on the evaluation of the short and long-term electrical performance of a photovoltaic-thermal (PVT) system coupled with borehole thermal energy storage (BTES). This assessment was conducted using a computer simulation of a PVT system installed on a small office building in two extreme climate zones in the United States. In each climate, two different scenarios were considered: (i) a PVT system coupled to a BTES with no ground-coupled heat pump (GCHP), and (ii) a PVT system coupled to a BTES with a GCHP. The system simulation results reveal significant improvements in PVT cell efficiency in the system without a GCHP compared with conventional PV panels. These improvements were reported to be as high as 4.1 and 4.7% in cold and hot climates, respectively. Moreover, a coupling GCHP showed a negligible impact on the PVT cell performance, which implies the feasibility of coupling the two technologies to the same BTES.


Science Direct


Mohammad Aldubyan

Senior Research Associate Mohammad is a researcher in KAPSARC’s Climate and Environment program. His research focuses on energy efficiency, energy demand and price… Mohammad is a researcher in KAPSARC’s Climate and Environment program. His research focuses on energy efficiency, energy demand and price reforms. He is currently leading the Residential Energy Model (REEM), which simulates residential energy demand and estimates the impact of energy efficiency programs on Saudi Arabia’s housing sector. He is also part of a project modeling energy demand in Saudi Arabia and estimating the economic impacts of energy price reforms. Mohammad holds an M.Sc. in Renewable and Clean Energy from the University of Dayton, Ohio and an M.Sc. in Economics from Purdue University, West Lafayette.


  • Energy Efficiency; Energy Demand and Price Reforms; Energy Economics Modeling

Publications See all Mohammad Aldubyan’s publications

Andrew Chiasson

Andrew Chiasson

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