Spring is a critical period for the maintenance of photovoltaic (PV) power systems in the Middle East, with a significant increase in demand for PV cleaning. This phenomenon is driven by a combination of natural environmental factors, climatic conditions, economic benefits, and policy support. Frequent sandstorms, scarce rainfall, increased sunlight, and rising temperatures collectively contribute to the growing need for PV cleaning during this season.
Firstly, the frequent occurrence of sandstorms in the Middle East during spring is one of the direct reasons for the increased demand for PV cleaning. The region, located in a desert area, experiences strong winds in spring, leading to frequent sandstorms. Large amounts of dust are carried by the wind and settle on the surfaces of PV modules. The accumulation of dust significantly reduces the light transmittance of the modules, thereby affecting their power generation efficiency. Studies have shown that dust coverage can decrease the efficiency of PV modules by more than 20%. Therefore, regular cleaning becomes essential to maintain the efficient operation of PV systems.
Secondly, the scarcity of rainfall in the Middle East during spring exacerbates the need for cleaning, as there is a lack of natural precipitation to wash away dust and dirt from the PV modules. Unlike many other regions, the Middle East has an arid climate with extremely low rainfall in spring, making it impossible to rely on rainwater to naturally clean the modules. As a result, manual cleaning becomes the only effective method to maintain the cleanliness of the modules. Additionally, when dust combines with minimal moisture, it can form stubborn stains that, if not cleaned promptly, may cause permanent damage to the module surfaces. Thus, the frequency and intensity of PV cleaning need to be increased during spring.
Thirdly, the gradual increase in sunlight intensity during spring allows PV systems to enter a peak power generation period. Keeping the modules clean maximizes their efficiency and generates higher economic returns. The Middle East is rich in sunlight resources throughout the year, and spring offers particularly favorable lighting conditions. During this season, the power generation potential of PV modules reaches a high level, but if the surfaces are covered with dust, the power output will be significantly reduced. Regular cleaning not only improves power generation efficiency but also extends the lifespan of the modules, reducing long-term operational costs. For PV plant owners, the positive correlation between cleaning investment and power generation returns makes spring cleaning a high-return investment.
Finally, government policies supporting clean energy in Middle Eastern countries have also contributed to the increased demand for PV cleaning. In recent years, several countries in the region have prioritized clean energy as part of their energy transition, with PV power generation becoming a major focus. To ensure the efficient operation of PV systems, some governments have introduced policies encouraging owners to enhance module maintenance, even providing cleaning subsidies. These policies have not only increased the enthusiasm of owners for cleaning but also promoted the development of the PV cleaning industry. Moreover, with the continuous growth of PV installed capacity in the Middle East, the market demand for cleaning services has shown a rapid upward trend.
In conclusion, the increased demand for PV cleaning in the Middle East during spring is the result of multiple factors working together. Frequent sandstorms and scarce rainfall make cleaning a necessary measure to maintain module performance, while increased sunlight and rising temperatures further highlight the economic value of cleaning. At the same time, government policy support has provided a strong guarantee for the growth in cleaning demand. As the PV industry in the Middle East continues to develop rapidly, spring PV cleaning will become an increasingly important routine maintenance task.
Over the past three months, the Middle Eastern market has seen continuous purchase orders for MULTIFIT photovoltaic cleaning equipment, including from Lebanon, Cyprus, Saudi Arabia, Tunisia, Turkey, and more. To meet the demand for exporting products, the MULTIFIT factory production lines have been operating almost non-stop.
In the field of photovoltaic cleaning, Multifit Solar has its own research and development team, which designs, produces, and sells professional photovoltaic cleaning equipment, including manual equipment, semi-automatic equipment, and fully automatic equipment. Multifit Solar can provide you with cleaning solutions for multiple scenarios.
Post time: Mar-24-2025