Modular Server Room/Data Center
At Amisk, we design integrated data centre ecosystems that prioritize uptime, efficiency, and long-term reliability. By combining resilient power systems, modular infrastructure, real-time monitoring, and intelligent network design, we help data centres operate with confidence in an increasingly constrained energy and connectivity landscape.
Our Approach to Data Centre Infrastructure
Modern data centres face mounting pressures: rising energy demand, grid instability, cooling and water risk, strict uptime requirements, and the escalating cost of downtime.
Amisk takes a systems-first approach, engineering each data centre as a fully integrated ecosystem. Power, structure, monitoring, and connectivity are designed to work together reducing operational risk, improving efficiency, and supporting long-term scalability.
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Every solution is customized to site-specific conditions, regulatory requirements, and future expansion needs.
Products Used in Data Centre Applications
Battery Energy Storage Systems (BESS)
Energy storage forms the backbone of data centre resilience, providing instant power continuity and load management.
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Benefits include:
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Uninterruptible backup power during outages
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Peak shaving and demand charge reduction
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Improved power quality and grid stability
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Support for microgrids and hybrid energy systems
Modular Structures
Modular data centre and support buildings enable rapid deployment and scalable growth without compromising security or performance.
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Key advantages:
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Accelerated construction timelines
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Flexible expansion as compute demand grows
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Secure housing for IT, power, cooling, and network infrastructure
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Ideal for edge, remote, and modular data centre deployments
Aqua Sensors (Water Leak Detection)
Water intrusion is one of the highest risks to data centre uptime. Real-time leak detection enables immediate response before damage escalates.
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Typical applications include:
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Mechanical and electrical rooms
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Cooling systems and chillers
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Raised floors, risers, and cable trays
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HVAC and condensation monitoring
Solar & Wind (Hybrid Backup Power)
On-site renewable generation enhances resilience while reducing dependency on the grid.
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Used for:
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Hybrid backup power and microgrid systems
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Load offset during peak demand periods
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Supporting sustainability, ESG, and decarbonization targets
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Improving energy cost predictability
Why These Systems Work Better Together
Data centre reliability depends on coordination — not isolated components.
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BESS provides instantaneous power continuity
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Renewables reduce grid exposure and operating costs
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Modular infrastructure enables rapid scaling and deployment
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Water monitoring mitigates one of the most common failure risks
Together, these systems form a fault-tolerant, resilient infrastructure designed to protect uptime, reduce operating risk, and support future growth.
Services That Enable High-Availability Operations
Technology alone does not guarantee reliability. Amisk provides the expertise required to design, deploy, and operate mission-critical systems.
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Engineering & Design
Custom infrastructure design aligned with redundancy, performance, and compliance requirements.
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Feasibility Studies
Technical and financial assessments to validate site readiness, scalability, and return on investment.
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Energy-as-a-Service (EaaS)
Flexible energy delivery models that reduce capital exposure while ensuring reliable supply.
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Project Management
End-to-end coordination from concept through commissioning.
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Asset Reliability Programs
Ongoing performance monitoring, predictive maintenance, and risk mitigation.
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Fibre Network Design (Vortex)
High-capacity, secure fibre network planning to support mission-critical data transmission.