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The solar panel cleaning
companion to
count on!
Introducing LOTUS-P4000, a semi-autonomous and waterless solar panel cleaning robot. It is an intelligent, worker-friendly, and economical solution for sharing a single cleaning robot on multiple solar rows. It comes with unmatched product quality and a remarkable ROI under 9 months for typical solar plants.
Upto 10% more generation output than bi-weekly cleaning
LOTUS P4000 cleaning system is based on ultra-soft microfiber cloths rotating along the length direction of the robot. The microfiber cleaning fins generate airflow and a controlled impact that flicks off the dust particles from the panels without any scratching or dragging.
Cleaning via airflow + flicking action
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Up to 2 years of microfiber fins life
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Easy microfiber replacement
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Up to 98% cleaning in a single pass
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Customizable brushes
Machine Design
Our attention to detail and support from IIT Delhi has resulted in a precision-engineered machine that delivers performance while consuming less power.
Patented Technology
We have patented our unique dual-drive system with real-time orientation control which helps to overcome the module irregularities upto 40 mm.
This aluminum and steel-made drive-unit is custom-designed to be strong and lightweight.
Materials
High-grade aluminum & stainless steel is used in parts and fasteners to achieve exceptional durability and corrosion-resistant product.
Motors
High-performance BLDC motors provide 5000+ hours of life under extreme conditions with high power to weight ratio and zero maintenance.
Frame
Our robots have a rigid open-body frame which doesn’t slack while lifting and produce minimal shading with stable operation under 50 kmph wind.
Precision Engineered
The precision engineered parts provide desired features of high strength and reliable operation while minimising the weight and power loss.
Our robots have passed multiple outdoor and indoor tests of 100 + hours of continuous-operations in IIT Delhi's facilities.
Outdoor tests
Indoor tests
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Easy to handle and move
Carefully designed detatch-able handles provide row-shifting time as low as 25 secs while minimizing the weight of the robot.
Ergonomic design
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Lightweight
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Detach-able
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25 secs row-shifting time​
Maintains the SAFETY and INTEGRITY of solar PV module
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The wheels of the robot run on module frame to transfer the load from the frame to the underlying structure.
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Microfiber cleaning fins flicks-off the dust and debris to prevent any damage to the Anti-Reflective Coating (ARC).
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Appropriate hardness of the wheel coating material (TPU) provides cushion as well as durability.
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In-lab simulations result in a Factor-of-Safety (FOS) value of 5.62.
All robots are equipped with automotive grade electronics
and 4G based communication
system
Performance
- ARM Cortex M4 based processor
- 4G LTE communication system
- Low current consumption
- High-endurance parts and switches
- Noise & Interference cancellation design
- Advanced firmware
Safety
- Automotive grade Q1 components
- Extended temperature operation
- Over current & voltage protection
- Lightning surge protection
- Impact-resistant enclosure (IK 07)
- RoHS and CE certified parts
- IP65 ingress protection
Longer cleaning time with lesser battery size
With a swappable and high energy-dense lithium battery pack, the cleaning never stops!
A single cleaning cycle of standard 1 MWp solar plant is done under 2.5 hours!
Upto 4 hours
of cleaning time with
12Ah @ 25.6V (Std. range)
Upto 6 hours
of cleaning time with
18Ah @ 25.6V (Exd. range)
The Charging Point
Solar-based charging points are installed at designated points on the site to charge the robots’ batteries, thus achieving true energy independence.
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Solar-based charging
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Full charge under 2 hours
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Charges multiple batteries
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Set-up at any location​
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Fast installation
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All weatherproof
Dashboard
Real-time monitoring
Error notification
Report generation
Tier-1 Suppliers
Approved By
