Solar Panel Cleaning Robot for Single-Axis Trackers — NYUMA-X

What is Taypro NYUMA-X?
Autonomous Waterless Solar Panel Cleaning Robot for Single-Axis Tracker Installations
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The Innovation Behind the NYUMA-X
360° View of NYUMA-X
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The Innovation Behind the NYUMA-X
How Does NYUMA-X Clean Single-Axis Tracker Plants?
Robot is assigned to a specific tracker array
AI scheduler selects the optimal cleaning window
Self-deploys onto the tracker row
single-pass waterless cleaning across the row
Battery-aware return to docking station
Recharge and cloud telemetry sync
Engineered for Tracker-Based Solar Farms
Purpose-Built for Single-Axis Trackers
Flexible ±15° Body Articulation
Wide Module Tilt Range (-52° to +52°)
100% Waterless single-pass Cleaning
AI- and ML-Driven Autonomy
Cloud-Connected Remote Monitoring
Up to 2.2 km / 3,600 Modules Per Charge
TÜV NORD Certified Build
Inside the NYUMA-X Tracker Cleaning Robot
Flexible Body Bridge for Tracker Tables
NEXTracker and Gamechanger Compatibility
Edge, Obstacle & Angle Detection
single-pass Cleaning — PBT brush or PBT
Real-Time Weather-Aware Scheduling
Self-Docking Charging Station
Battery-Aware Return Safety
Sealed IP65 Body, Wind-Safe at Dock
Certifications & Field-Validated Testing
TÜV NORD Certified
Simulated Sandstorm Testing
Panel-Safe Verified
Trusted by India's Leading Solar Operators
Service & Maintenance Promise
Pre-Scheduled Preventive Maintenance
Immediate Remote Diagnostics
Same-Day On-Site Intervention
Schedule Online Demo For Single-Axis Tracker
Solar Panel Cleaning Robots
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Solar Panel Cleaning Robot for Single-Axis Trackers
NYUMA-X Specifications
| Specification | Value |
|---|---|
| Cleaning Method | Waterless, single-pass |
| Cleaning Material | PBT brush or PBT |
| Cleaning Speed | 10–15 Metres/Minute |
| Maximum Operational Range | Up to 2.2 km |
| Recommended Operational Range | 1.6 km |
| Operation Mode | Automatic |
| Battery Technology | Lithium-Ion |
| Overall Dimensions | 450 mm × 2700 mm |
| Operating Weight | 25 kg |
| Design Life | 20 Years |
| Corrosion Resistance Class | C3 |
| IP Protection Rating | IP65 |
| Wind Resistance (In Operation) | 40 km/hr |
| Wind Resistance (At Docking Station) | 180 km/hr |
| Maximum Module Undulation | +20 mm |
| Maximum Module Tilt | -52° to +52° |
| Maximum East–West Terrain Slope | 15° |
| Maximum Operating Temperature | 90°C |
| Connectivity (NECTYR) | LTE, Wi-Fi, hybrid self-healing RF mesh, LoRa, and LoRaWAN |
| Tracker Compatibility | NEXTracker, Gamechanger and equivalent single-axis trackers |
Why Robotic Cleaning Is Essential for Single-Axis Tracker Plants
| Criterion | Manual Cleaning of Trackers | Taypro NYUMA-X |
|---|---|---|
| Cleaning Frequency | Weekly or fortnightly — limited by tracker production schedule and labour windows | Daily autonomous cycles, weather-aware AI scheduling |
| Water Consumption | 1.5–3 litres of water per module per wash, plus tanker logistics | Zero — fully waterless single-pass dry cleaning |
| Tracker Movement Compatibility | Tracker must be parked flat, taking arrays offline during the day | Cleans post-production hours; supports the full -52° to +52° tilt range |
| Inter-Table Angle Tolerance | Manual crews work around small misalignments slowly and inconsistently | Flexes body ±15° to cross inter-table angle deviations safely |
| Cleaning Quality | Inconsistent, operator-dependent | 99%+ dust removal per single-pass cycle, every cleaning run |
| Labour & Safety | Large crews; tracker-row safety risk; uneven ground access risk | Zero manual intervention — runs autonomously after install |
| Performance Ratio Impact | Soiling losses of 5–25% accumulate between washes | Daily cleaning sustains peak PR, lifting plant yield 4–8% |
| Total Cost of Ownership | Recurring water, labour, tanker, downtime and tracker-parking costs | One-time capex, replaces recurring opex, 20-year design life |
NYUMA-X vs NYUMA: Which Robot Suits Your Solar Plant?
| Criterion | NYUMA-X (Tracker) | NYUMA (Fixed-Tilt) |
|---|---|---|
| Mounting Structure | Single-axis trackers (NEXTracker, Gamechanger and equivalent) | Fixed-tilt and seasonal-tilt utility-scale plants |
| Module Tilt Range | -52° to +52° (full tracker range) | Designed for fixed-tilt and seasonal-tilt range |
| Inter-Table Flex | ±15° body articulation between adjacent tables | Not required — fixed-tilt rows are co-planar |
| Cleaning Mechanism | Waterless single-pass — PBT brush or PBT brush | Waterless single-pass — self-cleaning PBT brush drum |
| Range Per Charge | Up to 2.2 km / ~3,600 modules | Up to 3,600 modules per charge |
| Operating Weight | 25 kg (most compact) | Heavier — designed for fixed-tilt utility-scale |
| Cleaning Mode | Fully autonomous, AI-scheduled | Fully autonomous, AI-scheduled |
| Cloud Monitoring | NECTYR via LTE, Wi-Fi, hybrid self-healing RF mesh, LoRa, and LoRaWAN | NECTYR via LTE, Wi-Fi, hybrid self-healing RF mesh, LoRa, and LoRaWAN |
Tracker cleaning robot cost & ROI
Model single-axis tracker solar panel cleaning economics for your site—use the calculator before a NYUMA-X quote.
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Built for Indian Single-Axis Tracker Plants
Designed for High-Soiling Tracker Regions
Temperature & Humidity Tolerance
Waterless — Critical for Water-Scarce Districts
Pan-India Service Network
Energy Resources
Insights, guides and field notes from the Taypro team on robotic solar cleaning, plant performance, and O&M best practices.

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A Comparative Analysis of Traditional Solar Panel Cleaning Methods vs Taypro’s Autonomous Waterless Robots
Frequently Asked Questions
A solar cleaning robot for single-axis trackers is an autonomous robotic cleaner purpose-built to operate on tracker-based solar power plants — where modules tilt across the day and where rows often have small angle deviations between adjacent tables. Taypro NYUMA-X is permanently assigned to a tracker array; at scheduled cleaning windows it self-deploys, executes a waterless single-pass cleaning cycle across the row, articulates its body up to ±15° to safely cross inter-table angle deviations, and returns to a shadow-free docking station to recharge — all without human intervention.
NYUMA-X is compatible with the leading single-axis tracker platforms used in utility-scale solar, including NEXTracker and Gamechanger. The robot integrates with existing tracker mounting structures without modifications to your modules, torque tubes or tracker hardware. For any non-standard tracker platform, our team will validate compatibility as part of the site assessment.
NYUMA is a fully autonomous robot for fixed-tilt utility-scale plants. HELYX is a semi-automatic pick-and-place robot for scattered, smaller or rooftop plants. NYUMA-X is the only Taypro robot purpose-built for single-axis tracker plants — it supports module tilts from -52° to +52°, flexes ±15° between tables, and is engineered for NEXTracker / Gamechanger style trackers. All three are waterless, AI-driven and managed from the same NECTYR portal.
NYUMA-X can clean up to 2.2 km of tracker running length — approximately 3,600 solar modules — on a single lithium-ion charge. The recommended sustained operational range is 1.6 km per cycle, ensuring a safe return to the docking station with battery headroom in every cycle.
No. NYUMA-X is 100% waterless — a single-pass cleaning cycle lifts over 99% of dust using rotating PBT brush or UV-stable PBT cleaning heads without any water, detergent or run-off. The docking station is fitted with an integrated lithium-ion charging system and does not require any external power source.
Yes. NYUMA-X moves along the frame of the solar modules — with binders that distribute load and preserve panel integrity. Every robot is independently tested for micro-crack formation, optical reflectance loss, full electrical parameter evaluation and Anti-Reflective Coating (ARC) preservation under simulated daily cleaning cycles by accredited solar-sector testing laboratories. NYUMA-X is also TÜV NORD certified for IP55 protection.
Tracker rows rarely sit perfectly co-planar across adjacent tables. NYUMA-X's flexible body articulates up to 15° to safely cross these inter-table angle deviations and works in conjunction with Taypro-supplied flexible bridges between tables — ensuring smooth, continuous cleaning across the entire row regardless of small terrain or tracker misalignment.
Pricing for NYUMA-X depends on the tracker platform, plant size, terrain and the level of integration with your existing SCADA and monitoring stack. Most tracker plant deployments achieve full ROI within 12–18 months through higher generation, eliminated water consumption and removed manual cleaning overhead. Contact our team for a site-specific quote and detailed ROI calculation.
Yes. NYUMA-X is engineered for harsh Indian utility-scale tracker field conditions: maximum operating temperature of 90°C, IP65 sealed enclosure, TÜV NORD certified IP55 protection, and field-validated under 12 simulated sandstorm cycles per year at 10 g/m² sand loading. It can clean in winds up to 40 km/hr and locks securely at its docking station up to 180 km/hr.
All NYUMA-X robots connect to the NECTYR using LTE, Wi-Fi, hybrid self-healing RF mesh, LoRa, and LoRaWAN. The portal provides a unified interface to schedule cleaning, adjust settings, monitor battery levels, view cycle telemetry, receive weather alerts and roll up performance across hundreds of robots and plants — from any device, anywhere.
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