Waterproof (IP68) design with drainage channels. Post-rain, robots dry panels using air jets, preventing mineral streaks in Tamil Nadu’s hardwater zones.
Developing hydrogen-powered robots for off-grid farms, AI-driven drone swarms for inspections, and predictive analytics for inverter health.
For a 200 MW solar plant, the total investment in TAYPRO’s robotic system is ₹3.36 crore. With annual savings of ₹3.29 crore (from labor, water, and energy gains), the payback period is 1.02 years. Over 20 years, the net ROI exceeds 1,660%, generating ₹62+ crore in profit. Smaller plants (e.g., 50 MW) achieve payback in 1.5–2 years, making TAYPRO one of the fastest-return investments in solar O&M.
Yes. TAYPRO’s adjustable nozzles clean both sides of bifacial panels. In Gujarat’s 100 MW bifacial plant, robots boosted energy gain by 18% by removing dust from rear panels, which manual crews often neglect.
Solar panel cleaning robot works on the internal power system. They have in-built batteries for smooth automated cleaning of solar panels. The battery life can be customised depending on the length of the solar panel cleaning area.
Hydrophobic microfiber repels moisture, and AI skips cycles during monsoons. In Kerala, this cut algae-related losses by ₹60 lakh/year.
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