Smarter Robots. Safer Data Centers.
From warehouse to rack, redefined.
In practice, AI-powered service robots make every move faster and safer. Moreover, precision lifting and openTCS integration turn manual jobs into repeatable, digital workflows.
The Challenges of Modern Data Centers
Data centers are the backbone of today’s digital economy—but they face mounting pressures:
- Heavier Equipment – AI and GPU servers are bulkier and denser, often exceeding 100 kg per unit.
- Growing Scale – Facilities expand to thousands of racks, requiring technicians to cover vast floors daily.
- Zero-Downtime Requirement – Even minor handling errors can disrupt critical workloads.
- Energy and Sustainability – Operators are expected to maintain efficiency while reducing energy waste.
- Workforce Pressure – Manual lifting is unsafe, time-consuming, and no longer sustainable.
Traditional, human-centric workflows cannot keep pace. Therefore, a smarter, automation-ready approach is required.
Why Leading Data Centers Trust Powerman
Enhanced Safety
Robots eliminate the physical strain and risk of manual handling.
Operational Efficiency
Automated lifting with millimeter-class precision reduces deployment time by up to 50%.
System Uptime
Built-in sensors and fail-safes reduce downtime from accidents or misalignment.
Future-Proof Integration
openTCS-ready, aligning equipment flow with information flow for warehouse-to-rack automation.
Our Product Family
DMS-A150M
Compact entry-level robot for routine O&M. Ergonomic and safe, with U-unit controller and swappable batteries.
DMS-A250DDG
Intelligent warehouse-to-rack automation robot. Integrates with openTCS for digital job execution and autonomous navigation.
DMS-S500OMV
Heavy-duty omnidirectional robot with 500 kg capacity and two-stage lift, built for oversized equipment.
Accessories
Quick-swap pallets tailored for servers, networking devices, and UPS modules.
The Powerman Methodology
We believe operation and maintenance should evolve into digital, robot-executed workflows. As a result, our design follows three principles: ergonomics, automation-readiness, and scenario-specific engineering.
Ergonomics – Compact, human-friendly robots designed for technicians.
Automation-Ready – Integration with openTCS, DCIM, and asset systems for system-level orchestration.
Scenario-Specific Engineering – Quick-swap pallets ensure each job—server, network, UPS—uses the right tool.
This approach transforms data centers from human-dependent operations into intelligent, scalable ecosystems.
Built for Modern AI and Hyperscale Data Centers
Automated Server Lifting
Precision alignment for GPUs and high-density servers.
Autonomous Navigation
LiDAR and PGV vision enable safe, hands-free movement.
Predictive Analytics
Sensors track usage and wear, enabling proactive maintenance.
Seamless Rack Integration
Narrow-aisle maneuverability for dense rack layouts.
Extended Application Scenarios
AI & Hyperscale Data Centers
Hyperscale facilities rely on massive GPU clusters and liquid-cooled racks. Powerman robots accelerate cabinet installation and server refresh cycles, reducing downtime and human risk.
Banking & Enterprise Data Centers
In financial and enterprise environments, uptime is paramount. The A150M enables safe and efficient UPS battery replacements and server upgrades without disrupting ongoing services.
Tier-2 Integrators (Nvidia-in-Rack)
System integrators building Nvidia-in-Rack solutions need reliability at scale. The A250DDG executes digital job orders, ensuring each server is moved from warehouse to rack with zero misalignment.
UPS Battery Operations
Traditionally requiring teams of technicians, UPS battery handling becomes a single-operator task with Powerman. Ergonomic design minimizes risk while boosting productivity.
Voice from Partner
“Powerman robots transformed our server deployment workflow. Installation times dropped by 40%, and safety incidents became a thing of the past.”
— Helen Zhao, Data Center Manager
Ready to automate your data center operations?
Book a personalized demo to see how Powerman enhances safety, accelerates deployment, and reduces costs.