Electrostatic microfiber attracts fine dust particles. In Rajasthan, this reduced re-soiling rates by 40% compared to manual methods.
Electrostatic microfiber attracts fine dust particles. In Rajasthan, this reduced re-soiling rates by 40% compared to manual methods.
Adapted for Sahara’s sandstorms, California’s wildfires, and Vietnam’s humidity. Pilots launched in UAE (2024).
A 200 MW plant earns 4,389 carbon credits/year (1 credit = 1 ton CO₂). These can be monetized via exchanges like IEX.
Yes. TAYPRO’s robots are engineered for deserts like Rajasthan, with air-based cleaning to handle abrasive sand, heat-resistant materials (up to 55°C), and AI that schedules post-sandstorm cleanings. A 150 MW plant in Jaisalmer reported 18% higher efficiency after deployment.
<50 dB, quieter than manual crews. Ideal for urban rooftops, as confirmed at Mumbai’s 5 MW mall installation.
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.
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