Yes. 5G-ready for ultra-low latency (<10ms) by 2025. Current RF mesh offers <100ms latency, sufficient for real-time control in remote farms.
Yes. 5G-ready for ultra-low latency (<10ms) by 2025. Current RF mesh offers <100ms latency, sufficient for real-time control in remote farms.
By preventing scratches and hotspots, panels last 25+ years vs. 20–22 years with manual cleaning. This defers replacement costs by ₹10–15 crore/MW.
Yes. TAYPRO’s modular robots adapt to any plant layout (fixed-tilt, tracking, rooftop) and integrate with SCADA systems for seamless data flow. Deployment takes 2–4 weeks for a 200 MW farm.
Traditional stiff brushes scratch panels, reducing efficiency by 2–3%/year. TAYPRO uses contactless air jets and microfiber with 12,000 fibers/cm², certified non-abrasive under ISO 9022-13.
Hotspots are localized areas of overheating caused by uneven dust layers, debris, or faulty cells. They reduce panel lifespan by 2–3 years and increase fire risks. TAYPRO’s robots prevent hotspots via uniform cleaning and thermal sensors that alert operators to anomalies, enabling immediate repairs.
Vibration mode shakes off snow without damage. A 10 MW farm reduced snow-clearing labor costs by ₹15 lakh/year.
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