Gulf Cooperation Countries (GCC) governments are encouraging advances in renewable energy and its deployment to reform domestic energy market policy. GCC countries including United Arab Emirates (UAE) all have begun to explore renewable energy technologies. This research intended to develop a framework model to use Grid Tied photovoltaic renewable energy (GT-PV) in the housing design of the GCC region particularly in UAE. In this regard, research has analyzed the various types of housing plans and worked out the possibilities of retrofit design to adapt renewable energy model to implement (GT-PV) in existing housing for their energy needs. This study has determined the total energy need of each type of house, data of energy need was statically analyzed, and renewable energy output was calculated. The end-result of research has surfaced a comprehensive model to design a grid-tied photovoltaic renewable energy system to cater the need for private housing in UAE. This research demonstrated that GT-PV is a sustainable and renewable energy system and its adaptation of in existing housing would bring substantial reduction in national energy usage. This research also shared the opinion that, principal cost of GT-PV system is a key drawback in adaptation of this system. However, study determined that high principal cost would be payback within 08 years and principal cost could be termed as the investment cost. Keywords: Housing, Renewable energy, Grid-tied system, Electrification.
Gulf Cooperation Countries (GCC) governments are encouraging advances in renewable energy and its deployment to reform domestic energy market policy. GCC countries including United Arab Emirates (UAE) all have begun to explore renewable energy technologies. This research intended to develop a framework model to use Grid Tied photovoltaic renewable energy (GT-PV) in the housing design of the GCC region particularly in UAE. In this regard, research has analyzed the various types of housing plans and worked out the possibilities of retrofit design to adapt renewable energy model to implement (GT-PV) in existing housing for their energy needs. This study has determined the total energy need of each type of house, data of energy need was statically analyzed, and renewable energy output was calculated. The end-result of research has surfaced a comprehensive model to design a grid-tied photovoltaic renewable energy system to cater the need for private housing in UAE. This research demonstrated that GT-PV is a sustainable and renewable energy system and its adaptation of in existing housing would bring substantial reduction in national energy usage. This research also shared the opinion that, principal cost of GT-PV system is a key drawback in adaptation of this system. However, study determined that high principal cost would be payback within 08 years and principal cost could be termed as the investment cost. Keywords: Housing, Renewable energy, Grid-tied system, Electrification.