March 30, 2026. By Abha Rustagi
Que: Since founding TAYPRO in 2019, what core problem in the solar industry were you most determined to solve?
Ans: Stepping into this industry, we recognised that the dust accumulation on solar modules can cause significant energy loss, and we wanted to resolve this issue when we founded TAYPRO in 2019. Soiling can reduce annual power generation by 10-30 percent in large-scale solar plants, yet conventional cleaning methods rely on huge amounts of water usage and manual labour, making consistent cleaning difficult. TAYPRO addresses this structural challenge through waterless robot cleaning to attain high-frequency and reliable module maintenance. It defeats conventional cleaning methods without exploiting natural resources and helps solar plants recover lost generation, maintain consistent performance, and maximise financial returns.
Que: Water scarcity is a growing concern across major solar markets. How critical is waterless robotic cleaning in improving sustainability metrics for large-scale solar plants?
Ans: Water scarcity is one of the major operational challenges for solar plants, especially in the desolate regions where most utility-scale installations are located. Over one lakh litres of water annually can be used for a typical 1 MW solar plant’s module cleaning. This amount of water usage is becoming increasingly unsustainable and misaligned with the solar capacity scales globally. Waterless robotic cleaning reduces dependence on water and offers consistent panel maintenance. Such systems can strengthen the sustainability profile of solar plants by eliminating water consumption and improving energy yield simultaneously.
Que: How does TAYPRO ensure panel safety and prevent micro-cracks or abrasion issues often associated with manual or substandard cleaning systems?
Ans: In the solar panel industry, module safety is one of the most critical concerns because inadequate cleaning methods can cause micro-cracks, abrasion, or damage to the panel’s anti-reflective coating. TAYPRO understands this complexity and offers a solution through its patented Dual-Pass Cleaning Technology. It is a process from first pass to second pass, where the first pass uses controlled airflow to remove loose and abrasive dust particles without dragging them across the panel surface. While the second pass uses soft microfiber contact to remove finer or sticky residues. Microfiber is a much better option than nylon or PBT brushes, as microfiber ensures gentle contact and prevents micro-abrasion. This approach maximises the long-term performance through deep cleaning while protecting the modules.
Que: Could you share measurable performance improvements clients have observed after deploying your solutions?
Ans: After multiple deployments, clients have noticed clear and measurable performance improvements after adopting TAYPRO robotic cleaning systems. A solar plant can recover between 1-12 percent of previously lost generation in most large-scale installations, which improves the performance ratio between 1.5 to 3 percent. For example, at several large utility-scale sites operating in heavy dust environments, robotic cleaning has improved plant performance between 8 to 12 percent while maintaining system uptime above 99 percent.
Que: Many solar developers hesitate due to upfront costs. How do your flexible CAPEX and OPEX models lower adoption barriers?
Ans: TAYPRO offers both CAPEX and OPEX deployment models to suit different project structures and investment preferences. The CAPEX model enables owners to invest in robotic cleaning as long-term infrastructure to lower operating costs and establish higher lifecycle efficiency. While developers can benefit from the OPEX model that converts robotic cleaning into a practicable service cost, as it reduces upfront expenditure. This model enables a smooth transition from manual to automated cleaning without interrupting project economics.
Que: How much water can a typical utility-scale plant save annually by switching to TAYPRO’s waterless robotic solutions?
Ans: Water savings can be substantial when plants transition to waterless robotic cleaning. On average, a 1 MW solar plant requires more than one lakh litres of water annually for traditional module cleaning. For large utility-scale plants operating in the hundreds of megawatts, this translates into millions of litres of water consumed each year. By switching to TAYPRO’s waterless robotic solutions, this entire requirement can be eliminated. Across multiple installations, these systems have already helped save over four billion litres of water globally. These savings are particularly significant for solar projects located in desert and water-stressed regions.
Que: Are there upcoming product innovations or expansion plans in the pipeline?
Ans: The company is continuously enhancing its robotic cleaning platform with advancements in AI-driven scheduling, predictive maintenance capabilities, and communication architectures designed for large-scale solar assets. These developments aim to further improve reliability, automation, and operational intelligence across solar plants. At the same time, TAYPRO is expanding its global footprint in emerging solar markets, particularly in regions such as Africa and the Middle East, where high irradiation, dust exposure, and water scarcity create strong demand for waterless automation. The long-term vision is to scale robotic cleaning deployment across large solar portfolios worldwide.

Waterless Robotics Can Recover Up to 12% Lost Solar Generation, Says TAYPRO’s Yogesh Kudale

From Aerospace to EVs: Why Spherical Aluminium Powders Are Game-Changing

Re Sustainability's Masood Mallick Highlights Key Challenges in India’s Waste Management Sector

Dr. Faruk G. Patel Explains KP Group’s Green Hydrogen Push and 10 GW Vision

EVs Emerging as High-Yield Financial Assets for Businesses: Bharat Bala, Builder & CEO, AMP.EV

source