Power assessment
Assess the starting point: available power, load profiles, transient demands, site constraints and growth headroom.
POWER & ENERGY
AI needs compute.
Compute needs power.
Compute becomes useful when infrastructure can power it and remove its heat. Energy, continuity and cooling are part of the same design.
Assess your project01 / SOURCE
→Grid & generation
Grid · Backup · Photovoltaics
02 / RESILIENCE
→Continuity & control
UPS · BESS · PDU
03 / WORKLOAD
AI compute
GPU · Server · Rack
THERMAL DESIGN
Cooling and monitoring support the entire system.
01POWER INFRASTRUCTURE
Continuity starts with sizing.
Distribution & protection
Panels, circuits, PDUs and protection must be coordinated with racks and equipment. Design follows the site’s electrical characteristics.
UPS & backup
Define priority loads and runtime. Assess UPS systems, controlled shutdown and backup generator integration.
Monitoring
Consumption, supply quality, battery status and alerts. Data informs maintenance and expansion planning.
02 / BATTERY ENERGY STORAGE SYSTEMS
Storage designed
around the load.
A BESS can manage peaks and energy flows, integrating grid, generator and local generation. Capacity and power are sized against usage profiles.
For AI workload continuity, we design transfer times, inverters, controls and UPS coordination together around the required runtime and service level.
03COOLING INFRASTRUCTURE
Higher density. Greater thermal demands.
Thermal design follows actual power consumption and site conditions. The goal is to maintain the operating environment required by the hardware.
Airflow
Air paths, rack placement, recirculation and ambient conditions.
High-density racks
Heat rejection capacity and hot spot control, matched to the workload.
Liquid cooling
Assessment of compatibility, circuits and operations for architectures that require it.
04 / LOCAL GENERATION
An additional energy source.
Where technically and economically useful, we integrate photovoltaic generation and storage into the client’s energy infrastructure. Generation, self-consumption and load profiles are assessed together.
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