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Energy Solutions for Data Centers

Powering the Next Generation of Data Centers

Electricity demand from data centers is rising rapidly. As infrastructure expands and AI workloads grow, operators need scalable, efficient, and resilient power systems.

ASOTO delivers modular, containerized energy solutions that ensure reliable power supply, enable flexible scaling, and reduce dependence on grid infrastructure.

Market Dynamics

Key Trends Shaping Data Center Power

×2+

Global data center electricity consumption projected to more than double by 2030
IEA Energy and AI Report, 2025

~15%

Annual growth rate of data center electricity demand — 4× faster than all other sectors combined
IEA, 2025

2030

Industry target year for carbon-neutral operations across data center infrastructure
IEA / P&S Intelligence

$720B

Estimated global grid investment needed through 2030 — but timelines remain a bottleneck
Goldman Sachs Research, 2025

Challenge 01 — Grid limitations

Challenge 02 — Load growth & density

Challenge 03 — Resilience & continuity

Challenge 04 — Timeline

Challenge 01 — Grid limitations

When the grid is not enough

In many markets, utility connection capacity is constrained, delayed, or denied outright. Queue times for new grid connections routinely run 12–36 months. Site expansion is gated by external infrastructure that operators have no control over. ASOTO removes that dependency — containerized power plants deployed on-site, independent of the utility timeline.

What ASOTO delivers

  • Custom containerized power plants
    Designed for power generation, cogeneration, and trigeneration.
  • Gas engine-based systems
    Compatible with natural gas, biogas, and other gas applications.
  • Modular multi-unit plants
    Flexible configuration aligned with project scale.
  • Full-cycle execution
    Design, manufacturing, delivery, commissioning, and support.

Challenge 02 — Load growth & density

When demand outpaces what the grid can deliver

AI and HPC workloads create power density that conventional grid connections weren’t designed for. A single GPU rack can draw 40–100 kW. ASOTO power modules are sized around your actual load profile — not around what the grid happens to offer.

 

What ASOTO delivers

  • Power generation
    Up to 3.3 MW per module, scalable in parallel.
  • Cogeneration (CHP)
    Recovered heat reduces mechanical cooling load.
  • Trigeneration (CCHP)
    Absorption chiller converts heat into chilled water.
  • Fuel flexibility
    Natural gas, biogas, landfill gas, H₂-ready.

Challenge 03 — Resilience & continuity

When uptime is non-negotiable

Grid outages are unacceptable in a data center. Tier III and Tier IV specifications require continuity that a single external source cannot guarantee. ASOTO BESS bridges the gap between a grid event and generator response — absorbing load instantly while generation units ramp to full output.

 

What ASOTO delivers

  • Battery energy storage (BESS)
    Configured to your hold-up time and discharge profile.
  • On-site installation
    G99/100 integration, DNO witness testing, certified.
  • Control systems
    Designed, manufactured, and commissioned in-house.
  • Factory acceptance testing
    Available before dispatch on all equipment.

Challenge 04 — Timeline

When your build schedule can’t wait for the grid

Grid connection timelines in many markets run 12–36 months. ASOTO modules are manufactured at our own 5,000 m² facility and installed on site within days. Capacity is added incrementally — first units go live before the grid connection is confirmed.

 

What ASOTO delivers

  • Plug & Play deployment
    Containerized units installed on site.
  • Incremental scaling
    Add modules as load grows — no re-engineering.
  • Own manufacturing
    5,000 m² facility — direct control over lead times.
  • Island mode
    Operate fully independent of the grid from day one.

ARCHITECTURE

Behind the meter — where ASOTO operates

Energy independence

Island mode operation during outages or before grid connection is established.

Incremental scaling

Modules added to the busbar as load grows.
No excess capacity in year one.

Efficiency via cogeneration

Recovered heat serves cooling or chilled water loads — reducing electrical demand for HVAC.

All ASOTO solutions are deployed behind the meter:

directly on the data center site, between the grid connection point and the load. Generators and BESS feed the same busbar — in parallel with the grid when available, independently when not.

Full-cycle Delivery: Design through ongoing support — all in-house.

Design & engineering

Configuration developed around your site, capacity, and operational requirements.

Manufacturing

Built at our own 5,000 m² facility. Factory Acceptance Testing available before dispatch.

Delivery & installation

Plug & play units. On-site installation. All works certified and documented.

Commissioning

Control systems commissioned to agreed philosophy. G99/100 integration and DNO witness testing.

Ongoing support

Spare parts and service direct from the manufacturing team. No third-party supply chain dependency.

Turnkey or modular

Available as a full turnkey solution or as separate scopes to fit your project structure.

Case Studies

Explore some of the projects we’ve successfully delivered to our clients.

View all Case Studies