No, the solar module cleaning system does not require water for cleaning. Our robots work on the complete waterless dual-pass cleaning method. This method includes airflow and microfibre cloth for deep and safe cleaning of the solar panels.
No, the solar module cleaning system does not require water for cleaning. Our robots work on the complete waterless dual-pass cleaning method. This method includes airflow and microfibre cloth for deep and safe cleaning of the solar panels.
Integrates with CPCB monitors to align cleaning with AQI spikes. In Delhi, this boosted efficiency by 12% during smog seasons.
TAYPRO’s AI models analyze satellite imagery, historical weather data, and on-site IoT sensor inputs (wind speed, humidity, PM2.5 levels) to forecast dust storms 6–12 hours in advance. For example, in Rajasthan, the system detects wind gusts >35 km/h as a precursor to sandstorms, triggering preemptive cleaning to minimize post-storm residue. Accuracy exceeds 90%, as validated in Gujarat’s 2023 cyclone season.
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.
Uniform cleaning ensures consistent DC input, reducing voltage fluctuations. A Madhya Pradesh plant cut dips by 70% post-TAYPRO.
AI analyzes weather forecasts (e.g., rain in Kerala, sandstorms in Rajasthan) to schedule cleanings only when necessary. For instance, robots skip cycles before rain and prioritize post-storm cleaning, cutting water/energy waste by 30%.
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