The digital economy runs on critical power. Today, IGSA POWER marks a major milestone with the successful manufacturing and Factory Acceptance Test (FAT) of its first 3.6 MW generator set built in Mexico.
This achievement reflects the technical capability, industrial maturity, and execution strength of our engineering and manufacturing teams.
Engineering at Scale
Manufacturing a 3.6 MW genset is not just about size — it requires precision engineering, structural robustness, and tight integration between mechanical, electrical, and control systems.
This project represents IGSA POWER’s evolution as an OEM toward large-scale, mission-critical power solutions designed for hyperscale data centers.
This unit is part of our DCP genset line, engineered for applications where uptime is not optional.
Technology Platform
This generator set is powered by the new Baudouin 20M55 engine , delivering up to 4.2 MW in standby power, expanding IGSA POWER’s high-capacity portfolio for critical infrastructure across North America.
The system integrates:
• Stamford alternators for high electrical stability
• DSE controllers for advanced monitoring, protection, and synchronization
A complete solution designed for reliability in mission-critical environments.
FAT Completed
The successful FAT of the 3.6 MW unit confirms compliance with performance, safety, and quality standards required for hyperscale data center applications.
Beyond validating the equipment, FAT validates the processes, engineering coordination, and manufacturing discipline behind the project.
Strategic Collaboration in Canada
We appreciate the trust of AltaStream Energy Systems Inc., our distributor for data center projects in Canada.
Delivering equipment of this scale to hyperscale environments requires strong alignment between OEM, regional partner, and end customer. This collaboration strengthens IGSA POWER’s execution capability across North America.
What’s Next
The 3.6 MW platform and the Baudouin 20M55 engine mark a new chapter in IGSA POWER’s roadmap for large-scale critical power.
As hyperscale data center demand continues to grow — driven by AI, cloud, and digital infrastructure — we are expanding our manufacturing capacity to support the next generation of high-capacity power solutions.
