Saudi Arabia solar rooftop system

Does Saudi Arabia need a rooftop PV system?

Saudi Arabia needs to utilize the building sector for PV application to help achieve its 9.5 GW renewable energy targets. The study examines the residential sector of Saudi Arabia for rooftop PV power generation.

Can solar PV be installed on mosque rooftops in Saudi Arabia?

Such observations justify a dedicated and tailored assessment of the financial viability of installing solar PV system on mosque rooftops in the Saudi context. To that end, we present for the first time a detailed technoeconomic analysis of installing a solar PV system on a mosque rooftop in Riyadh, the capital city of Saudi Arabia.

Is solar PV deployment financially advantageous for mosques in Saudi Arabia?

Our result show that solar PV deployment is financially advantageous for mosques in Saudi Arabia: if net metering were implemented, the net present cost (NPC) would reduce by 22%. The study, given its high level of granularity, can serve as a basis to inform policymaking decisions related to solar PV deployment in Saudi Arabia. 2.

Can solar panels be installed on mosque rooftops?

Integrating the PV panels in the early phases of building construction is also becoming more common [ 13 ]. This paper will focus on solar PV systems installed on mosque rooftops, as this area has not received the same research attention as other types of installations have.

What is the performance ratio of solar panels in Saudi Arabia?

The performance ratio (PR) 0.84 is considered for pleasant climatic conditions, however, considering the harsh weather of Saudi Arabia signified by high temperatures, a figure of 0.75 is used in the study [ 30, 31 ]. In Saudi Arabia, dust can be a factor affecting the performance of PV systems.

Does dust affect the performance of solar panels in Saudi Arabia?

In Saudi Arabia, dust can be a factor affecting the performance of PV systems. An uncleaned PV panel for six months produces 50% less power; hence, regular cleaning on a monthly frequency is assumed and recommended [ 32 ]. A monthly 10% power reduction can be assumed based on literature with another 5% for shadows for few hours of a day [ 25 ].