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1. Trackless wheeled architecture, suitable for Centralized large power stations.
There is no need to lay tracks and it can walk directly between the module arrays, reducing the initial investment cost by 40% and avoiding the impact of track modifications on the power station structure.
The four-wheel drive design has strong passability and can be adapted to complex terrains such as deserts, Gobis, and plains, and can easily cross bracket gaps with a height difference of 20mm.
The in-situ steering function enables flexible scheduling within the power station, and one robot can cover multiple area arrays.
2. Efficient cleaning operation greatly increases power generation gain.
2200mm ultra-wide working area, cleaning efficiency reaches 3000㎡/h, which is more than 15 times that of traditional manual cleaning.
The flexible roller brush + micro-mist spray combination not only ensures the cleaning effect, but also prevents water from penetrating into the junction box. The power generation of the components is increased by 8%-12% on average.
It supports operations during nighttime/low-irradiation periods, does not affect the power generation of the power station during the day, and maximizes the use of operation and maintenance windows.
3. Highly reliable design, suitable for extreme outdoor environments.
The whole machine adopts a sand-proof and waterproof sealed structure, IP65Protection rating, and can operate stably in harsh working conditions such as sand, heavy rain, and high temperatures.
The core components (motor, battery, electronic control) adopt a redundant design and automatically switch to backup mode in case of failure to ensure continuity of operation and maintenance.
Modular structure, wearing parts such as roller brushes, filters, and water pumps can be quickly replaced, and a single maintenance time is ≤20 minutes.
4. Intelligent cloud platform management significantly reduces costs and increases efficiency.
Connected to the Shunbo Smart Cloud Platform, it supports remote task issuance, operation trajectory monitoring, and power generation gain analysis without on-site attendance.
The AI algorithm optimizes the cleaning path, avoids repeated operations, reduces ineffective walking, and increases battery life utilization by 30%.
The digital operation and maintenance report can visually display the comparison of power generation before and after cleaning, providing a basis for power station operation and maintenance decisions.
5. Low cost throughout the life cycle and fast return on investment.
Compared with manual cleaning, the annual operation and maintenance cost of a single power station is reduced by more than 70%, and the equipment investment can be recovered in 2-3 years.
Compatible with Shunbo’s existing charging/storage infrastructure, no additional operation and maintenance system is required.
Long-life design, the design life of the whole machine is ≥8 years, and the core components are guaranteed for 3 years, reducing later maintenance costs.
6. Safety protection design ensures the safe operation of the power station.
Component pressure sensor: The roller brush automatically lifts up when the pressure is too high to avoid scratching the component glass.
Edge detection: Automatically decelerates and stops when approaching the edge of the component to prevent falling damage.
Electrical safety: The battery has overcharge, over-discharge, and short-circuit protection. The whole machine is equipped with an emergency stop button and leakage protection to eliminate potential safety hazards.
Large ground Centralized photovoltaic power stations: million-kilowatt power stations in deserts, Gobis, plains, etc.
Power stations with complex terrain: Centralized power stations with certain slopes and large bracket gaps.
Areas with shortage of operation and maintenance manpower: remote areas, high altitudes and other power stations where manual operation and maintenance costs are high.
Basic performance parameters
| Parameter category | Specific indicators |
| Product model | Sp-LW-2026 (Centralizedwheeled flagship model) |
| Working width | 2200mm (can cover 2 rows of standard components) |
| self-respect | ≤350kg (lightweight and high-strength structure) |
| Rated power | 1.2kW (cleaning operation mode) |
| Battery specifications | 72V 100Ah lithium iron phosphate battery, IP67 waterproof and dustproof |
| Battery life | Continuous operation ≥12h |
| Charging time | Fully charged in 2.5 hours with fast charging, full in 8 hours with slow charging |
| Operation efficiency | ≥3000㎡/h (approximately 1.2MW module/shift) |
| Climbing capacity | Maximum climbing angle ≥20° (adapted to power stations with undulating terrain) |
| walking style | Four-wheel drive wheeled, adaptive terrain walking |
| Minimum turning radius | ≤1.5m (steering in situ, suitable for compact array) |
Cleaning system parameters
| Parameter category | Specific indicators |
| Cleaning method | Double-sided flexible roller brush + high-pressure micro-mist spray (pure physical cleaning, no chemical residue) |
| Roller brush material | Food grade nylon + carbon fiber composite wire, does not damage component glass, wear rate ≤0.1mm/100h |
| cleaning pressure | 0.2-0.5MPa adjustable to avoid pressure loss of components |
| water supply system | Built-in 100L pure water tank, supports automatic water replenishment and docking, and automatically returns to home if water is lacking |
| Decontamination ability | Can remove more than 99% of common pollutants such as dust, bird droppings, sand, fallen leaves, etc. |
| Operation mode | Three modes: fully automatic tracking, fixed-point cleaning, and partition operation |
Intelligence and protection parameters
| Parameter category | Specific indicators |
| Positioning navigation | RTK+LiDAR+Visual fusion navigation, positioning accuracy ≤±10mm |
| Obstacle avoidance ability | 32-channel ultrasonic + visual recognition, can identify obstacles such as brackets, cables, stones, etc., and automatically bypass/stop the machine |
| Communication method | 4G/5G+LoRa, supports remote monitoring and task distribution of Shunhai smart cloud platform |
| Protection rating | The whole machine is IP65, the core motor/electric control is IP67, adaptable to extreme environments of -20℃~65℃ |
| Troubleshooting | Upload data on brush wear, battery power, walking abnormalities and other data in real time, and push alarms to the APP/cloud platform |
| data storage | Local storage is ≥90 days, and operation logs and power generation gain data are permanently retained in the cloud. |
2026-03-19
