Benefits Of Using Solar Panel Cleaning Robot In A Solar Plant

Conventional methods of solar cleaning are becoming increasingly inefficient and costly due labour dependency and water wastage. Solar panel cleaning robot has come up as a solution with its Next-Gen cleaning mechanism, ensuring high uptime and optimised power generation. 

Solar panel cleanliness is essential to maintain the efficiency of the solar plant. Considering the pollution levels, dust and smog accumulation on the solar panels has become common, which requires an effective cleaning solution. 

Solar panel cleaning robot is the most advanced and efficient method to ensure optimal power generation through consistent cleaning. Preventing the operational and environmental challenges laid by the conventional methods of cleaning, solar cleaning robots prove to be the cost-effective and sustainable solution. 

What Is A Solar Panel Cleaning Robot? 

Solar panel cleaning robot is a smart and tech-based method of solar panel cleaning. These automatic robots have modern mechanisms to remove the dirt from the solar panels.

Solar cleaning robots function automatically with remote monitoring. This ensures quick work with increased efficiency without any human intervention.

They clean solar panels using the microfibre cloth and air blow, preventing any pressure or abrasion while cleaning. They have in-built sensors that ensure smooth movements on the panels and prevent a fall from the edge. 

Unlike traditional methods of solar cleaning, automated solar cleaning robots offer consistent cleaning schedules with minimal maintenance and high output. 

The Need For Solar Panel Cleaning Robots

Solar panel cleaning is a revolutionary method of solar cleaning, which not only cleans the panels effectively but also saves a significant amount of labour costs and water. The below points describe the need for solar panel cleaning robots in a solar plant. 

Soiling – Soiling declines the power generation capacity of the solar panels by around 10% – 15%. The solar plant is dusty and arid regions face the challenge of huge and consistent dust accumulation. 

Such sites need daily solar cleaning to sustain the efficiency of the solar plant. In such an instance, solar cleaning robots will be beneficial for their waterless and advanced cleaning mechanism. 

Labour Shortage – Unlike solar cleaning robots, the manual cleaning method is highly based on labour support. It is a labour-intensive method with low scalability, often not suitable for large-scale solar plants. Moreover, this method is prone to hazardous accidents. 

Functional Downtime – The manual solar panel cleaning method is highly prone to operational downtime. The complete dependency on labour can lead to inconsistent quality, unplanned cleaning schedules and unexpected disruptions. 

These issues can be resolved with automated solar cleaning robots with the highest uptime guarantee and same-day breakdown resolution. 

Water scarcity – The solar plants in dry or arid zones require continuous solar cleaning and maintenance. However, using a water-based traditional method of cleaning is unfeasible in these scanty areas. 

Solar panel cleaning robot is an effective alternative for solar cleaning in dry regions. 

Application Of Solar Panel Cleaning Robots In A Power Plant

Solar panel cleaning robots have great scalability. They are feasible for installation in both residential and large-scale commercial settings. From rooftop installations to ground-level expansive solar plants, these robots are easy to install and suitable for the dynamic landscape of India’s solar energy. 

Application of automatic solar panel cleaning robots in a power plant takes some hours to a full day. The installation duration of the automated solar cleaning robots depends on the site conditions, the surface of the panels, and the nature of solar cleaning robots. 

Though installation of solar panels requires huge effort and cost, a single solar panel can be an alternative to 8-10 labourers. 

What Are The Advantages Of Solar Power Cleaning Robots In A Solar Power Plant? 

Solar panel cleaning robots resolve the shortcomings of traditional solar cleaning methods. These automated robots provide a smart, effective, and consistent cleaning solution. 

The following points present the benefits of the application of solar panel cleaning robots in a power plant. 

Enhanced Power Generation –

Soiling on the panel surface disrupts the absorption of sunlight, which declines power generation. Solar cleaning robot removes the accumulated dirt from the panels efficiently, allowing maximum light absorption and energy output. 

Solar panel cleaning robot increases the energy efficiency of the solar panels by 15% – 30%. This not only generates more usable electricity but also saves water and operational costs. 

Water And Cost Savings – 

Though installation of solar panel cleaning robots in a solar plant can be high initially, the robots reduce the cost of maintenance and operations deliberately. 

The thorough cleaning by these automated robots increases the power output, saves cost on labour, and saves time and water. This leads to a decrease in operational expenses and accumulates maximum returns on investment. 

Prolonged Lifespan Of Panels –

Solar panel cleaning robots use a unique non-abrasive mechanism for the cleanliness of solar panels. The microfibre cloth and airflow remove the dirt from the panel surface without causing any minor damage to the panels. 

This prevents any tears and scratches to the panels, unlike the manual methods using brushes and sponges. Its waterless technique does not leave back any residue or staining and prevents erosion. Moreover, early detection of issues results in quick resolution, increasing the lifespan of the panels. 

Safety And Efficiency – 

Safety is a big concern for the maintenance of solar panels. Solar cleaning robots do the cleaning process without any need of human labour. This prevents accidents involved in the manual cleaning method. 

Moreover, the self-dependent battery charging mechanism of automated solar cleaning robots avoids unnecessary disruptions and uplifts the efficiency of the solar plant. 

Minimal Maintenance – 

Regular and efficient cleaning of solar panels maintains the seamless functioning of the solar plant. With no involvement of human labour in the cleaning, solar cleaning robots remove the need for repairs and replacement of solar modules. 

The advanced cleaning mechanism of the robots protects the solar panels against tears and abrasion. 

Remote Monitoring – 

Automated solar cleaning robots follow the cleaning cycle on their own. These robots are equipped with a SCADA performance tracking system. This system analyses the functional data, the performance of the robots, cleaning frequency, etc. 

The cloud-based remote monitoring of the solar cleaning robots helps to inspect the robot operations from anywhere through a Wi-Fi connection and assists in predictive maintenance. 

Reduction In Carbon Footprint – 

Solar panel cleaning robot is an automated cleaning medium without any human interference. This prevents the need for labour and the related carbon emissions caused by their transportation. This decreases the carbon emissions significantly. 

Apart from this, the enhanced efficiency of comprehensive cleaning increases the power output. This allows optimised usage of renewable energy rather than depending on non-renewable sources.

Efficient Solar Cleaning Solutions By Taypro’s Automated Solar Cleaning Robots

Taypro is a well-known solar cleaning company that has designed next-generation AI and ML-based solar cleaning robots. These have revolutionised the cleanliness and maintenance of solar panels. These automated robots offer the highest uptime guarantee, sameday breakdown resolution, cloud-based SCADA system for communication, etc. 

Taypro has deployed its 52 automated solar cleaning robots at the 50 MW capacity solar plant in Prayagraj, Uttar Pradesh. The solar plant is based near the cement factory, leading to persistent dust accumulation. 

Through its solar cleaning robot deployment, Taypro has uplifted the power plant’s efficiency while reducing the carbon footprint and downtime. 

Below is the impact of these solar cleaning robots at the Prayagraj power plant:

• 5464540 litres of water saved
• ₹ 909090 labour costs saved
• 15013636.35 kg of total carbon reduction
• 7500000 kWh of energy generation increased

This underscores the importance and exceptional advantages of solar panel cleaning robots in sustaining the efficiency of the solar power sector. 

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