Welcome to KoolData.ai
Solving Environmental & Community Issues
KoolData.ai transforms AGE’s research, properties, and energy-development model into working data-center projects.
Building upon years of research and development by AGE, KoolData.ai puts that foundation into action -- developing traditional surface facilities, underground data centers, and site-specific computing environments designed around the needs of each project.
About KoolData.ai
Solving Data Center Challenges
KoolData.ai is designing data centers to reduce some of the industry’s biggest impacts on surrounding communities.
Less Noise
Underground placement helps contain operational noise from cooling, generators, and equipment.
Less Water Use
Advanced liquid and immersion cooling can greatly reduce dependence on water-intensive cooling systems.
Less Grid Strain
Dedicated on-site power generation and energy storage for ZEREO reliance on already-constrained local power grids.
Better Community Impact
By redeveloping former mine and industrial properties, KoolData.ai can create jobs, reclaim land, and reduce the surface footprint of new infrastructure.
NO impact on Community Resources, Electric Bills -- Out of Sight and Out of Mind!
Advance Green Energy has developed a vertically integrated vision connecting land reclamation, fuel production, on-site power generation, and data-center development. KoolData.ai was established to turn that vision into physical infrastructure.
As AGE identifies properties, develops energy systems, evaluates fuel resources, and advances the underlying research, KoolData.ai focuses on implementing the data-center side of each project.
Its responsibilities include:
Data-center site planning and development
Surface and underground facility design
Modular data-center deployment
Power and cooling integration
Rack and computing infrastructure
Network and fiber planning
Physical security and controlled access
Construction coordination
Facility commissioning and operations
KoolData.ai connects AGE’s energy and property-development capabilities with the rapidly evolving demands of modern computing.
Why Underground?
KoolData.ai specializes in evaluating whether underground placement can offer strategic advantages for a particular data-center project.
Potential benefits may include:
Physical Protection
An underground facility can provide an additional physical barrier between sensitive computing equipment and severe surface weather, unauthorized access, and other external disruptions.
Controlled Access
Underground projects can be designed around a limited number of monitored entry points, including elevators, secured portals, access corridors, and service entrances.
Stable Operating Environment
Subsurface temperatures may be more stable than outdoor temperatures. Depending on the design and geology, this may support more predictable facility conditions and complement modern cooling technologies.
Productive Reuse of Former Mine Sites
Underground data centers can create a new economic purpose for properties once dedicated to resource extraction. Rather than abandoning these locations, KoolData.ai seeks to evaluate how they can support technology, infrastructure, and long-term employment.
Reduced Surface Footprint
Locating portions of a facility below ground can preserve surface acreage for energy production, fuel processing, transportation, security, support buildings, and future development.
Underground construction is not the correct solution for every property. KoolData.ai’s role is to determine whether it provides a practical advantage after engineering, safety, environmental, financial, and operational factors are considered.