Aluminum Frame Profiles Smart Charging Room For Scenic Spot

1. Confirm the drawing specifications

  Our engineering team thoroughly reviews all technical drawings to verify dimensions, tolerances, and material specifications, ensuring complete alignment with client requirements and international standards before production begins.

2. Prepare parts

  We systematically source all required components from certified suppliers, then carefully inspect and prepare each part using precision tools to guarantee they meet the exact quality standards and specifications for assembly.

3. Assemble

  Skilled technicians methodically assemble the prepared components according to the approved drawings, following strict quality procedures and using specialized equipment to ensure perfect integration of all parts.

4. Test

 Each assembled unit undergoes rigorous performance testing under simulated working conditions to verify functionality, reliability, and safety, with all test results documented for quality assurance.

5. Finished product

 After passing all quality checks, the completed products receive final finishing treatments and thorough inspection to ensure they meet both aesthetic standards and functional requirements.

6. Packaging

We carefully package the approved products using appropriate protective materials and customized packaging solutions that ensure complete protection during transit while maintaining product integrity.

7. Shipment

 Finally, we coordinate with reliable logistics partners to arrange secure transportation, providing full tracking information and ensuring timely delivery to the specified destination.

A. Industrial Inspection (plants, pipelines, critical assets)

Quadruped robots are increasingly deployed for industrial inspection where routes are repetitive and charging cycles are frequent. The Smart Charging Room acts as a reliable “return-to-base” node that protects the robot and supports continuous operations in outdoor conditions. 

Typical deployment spots

• Along inspection loops near key checkpoints (valves, meters, junctions)

• At the edge of restricted areas to reduce human entry

• As a mid-point base on long routes (multi-node deployment)

B. Security Patrol (perimeter patrol, campuses, logistics hubs)

Security patrol robots benefit from a consistent charging/parking point with controlled access. Redcherry positions the solution for patrol robots and high-duty use where basic shelters or cabinets are insufficient. 

Why it matters for patrol

• High-frequency docking and charging during routine patrol cycles

• A protected “home” location helps maintain uptime in rain/dust-heavy outdoor sites

C. Energy Facility Monitoring (power, renewables, remote outposts)

Energy sites often have harsh weather and large areas. The Smart Charging Room is positioned as weather-resistant, rapidly deployable infrastructure for field robotics. 

Typical deployment spots

• Substation perimeter roads / inspection entry gates

• PV or wind farm maintenance lanes

• Remote monitoring points where robots need “local energy nodes”

Smart Aluminum Charging Shelter FAQ

1. What is this smart aluminum charging shelter used for?
It can be used as a charging station for robots and robot dogs, and also as a garden shed or home storage room.

2. Can the shelter be customized?
Yes. The size, layout, doors, windows, color, and internal configuration can all be customized based on your needs.

3. Is it suitable for outdoor use?
Yes. Made of all-aluminum structure, it is waterproof, rust-resistant, and weather-resistant, suitable for long-term outdoor use.

4. Does it support charging equipment installation?
Yes. It supports power access, charging equipment installation, ventilation, and cable routing for smart devices and robots.

5. How is the product shipped and installed?
The shelter is shipped in modules or flat-packed, with easy installation instructions. Installation support is available if needed.