Data Center Thermal Optimization
Powered by Sensors – Simulated by CFD – Optimized by AI
Data Center Thermal Optimization
Powered by Sensors – Simulated by CFD – Optimized by AI
See the risk. Know where to act.
Explore a connected server room. Select a sensor, simulate a fault, and see how AKCP helps your team find the problem and respond.
Cabinet thermal map
Rack A2 · top air inlet
Demo alarm: top inlet above 27°C
| Position | Inlet | Exhaust | ΔT |
|---|---|---|---|
| Top | 24.6 | 35.8 | 11.2 |
What it monitors
Measure the inlet and exhaust at the top, middle and bottom of a cabinet. A room average can hide a local hotspot.
Why it matters
Check blanking panels, cable openings and airflow around this rack. Compare inlet and exhaust readings before changing cooling settings.
Demo only. No messages sent.
All monitoring points are normal
Simulate a fault to see an example of the information your team can receive.
At the point of risk
Place sensors at rack inlets, cooling outlets, leak paths and access points. Measure the conditions that matter.
Explore thermal maps ↗ (opens in a new tab)sensorProbe+ platforms
Connect compatible sensors to an AKCP base unit. Configure thresholds and notifications for each location.
Explore sensorProbeX+ ↗ (opens in a new tab)Quicklime DCIM
Bring rooms, racks, power and sensor data together. Add sensorCFD for sensor-constrained thermal analysis.
Explore Quicklime ↗ (opens in a new tab)The right context to act
Give your team a condition, reading and location. Use configured alerts to support your response procedures.
Plan your monitoring ↗ (opens in a new tab)From a single rack to a complete data center.
Build a monitoring solution around your facility, your equipment and your team.
Precision Cooling, Lower Costs.
Let sensorCFD™ and AI identify bypass airflow and redirect cooling to where it matters most. By eliminating cooling waste and balancing the pressure in your white space, you can safely increase set points and significantly reduce PUE.
Maximize Performance and Release Stranded Capacity.
Don’t let cooling go to waste in unpopulated areas of the room. Our AI-driven analytical tools identify exactly where cooling is over-provisioned, allowing you to redirect those resources to high-density cabinets. It’s the fastest way to scale your data center’s compute power using your existing thermal footprint.
Monitor Thermal Risk With Precision
Don’t rely on room averages; protect your IT assets with rack-level thermal intelligence. sensorCFD™ visualizes the airflow inside your cabinets to ensure you are meeting ASHRAE recommended intake temperatures, maximizing equipment lifespan and preventing costly thermal-induced throttling.
Bridge the Gap Between IT Performance and Sustainability.
Every kilowatt of wasted cooling is a kilowatt of unnecessary carbon emissions. Our AI analytical tools and thermal mapping allow you to safely raise ambient temperatures and reduce fan speeds, providing a clear, data-backed roadmap for achieving your organization’s green energy and sustainability mandates.
Total Visibility Across Every Rack and Every Room
Quicklime DCIM delivers real-time performance analytics that turn raw sensor data into actionable intelligence. Gain an immediate view of your PUE, airflow dynamics ( and ), and environmental health. With integrated security, power monitoring, and asset tracking, you have a 360-degree view of your data center’s efficiency and security from anywhere in the world.
Turn Thermal Efficiency Into a Financial Advantage
The synergy of sensorCFD™ and Quicklime DCIM delivers a measurable ROI by eliminating the hidden costs of over-cooling and thermal risk. By mitigating hotspots and optimizing airflow, you extend equipment life and maximize the revenue-generating potential of your existing square footage. In a modern data center, lower OpEx is the fastest path to higher profitability.
Sensors Solutions
From the simple to the complex. Over 40 years experience in sensor solutions. Deployed in data centers, remote sites, cold chain and warehouses.
Data Center Monitoring
Data center digital twin and DCIM solutions. Monitor and protect your data center. With sensorCFD AI we don’t just tell you what’s wrong, we tell you how to fix it.
AKCP Monitors Subic Bay Port Authority Radar Stations
AKCP Monitors Data Center Cooling Efficiency at Canadian University
AKCP Supply Wireless Temperature Monitoring System for Hemostat Laboratories.
AKCP Monitors Server Rooms for England and Wales Cricket Board
Turnua merges Microsoft Azure and AKCP sensors for Remote Monitoring Solutions for Critical Infrastructure
Data Centre Water Leak Detection and Prevention: A Vital Necessity
Temperature Monitoring CT Scan Rooms: Metropolitan Hospital Nairobi, Distributed by B.S.A
AKCP Adds Microsoft Azure Cloud Compatibility for Lufthansa Technik
Master Your Efficiency with Real-Time PUE Analytics
Data Center Power Usage Effectiveness (PUE) is more than just a ratio; it’s a roadmap to hidden savings. While containment is a vital first step, AKCP Quicklime DCIM takes you further by utilizing realtime sensor data and sensorCFD™ to visualize exactly where cooling energy is wasted. Our AI analytical tools identify “short-circuited” airflow and mixing, allowing you to optimize fan speeds and set points with confidence. Whether you manage a single rack or a hyperscale facility, precision monitoring turns PUE targets into measurable ROI.
Try our Online PUE Calculator to see how much you can save by optimizing your thermal efficiency.
Master Your Efficiency with Real-Time PUE Analytics
Data Center Power Usage Effectiveness (PUE) is more than just a ratio; it’s a roadmap to hidden savings. While containment is a vital first step, AKCP Quicklime DCIM takes you further by utilizing realtime sensor data and sensorCFD™ to visualize exactly where cooling energy is wasted. Our AI analytical tools identify “short-circuited” airflow and mixing, allowing you to optimize fan speeds and set points with confidence. Whether you manage a single rack or a hyperscale facility, precision monitoring turns PUE targets into measurable ROI.
Try our Online PUE Calculator to see how much you can save by optimizing your thermal efficiency.
The gap between overcooling and overheating is where your profit is lost.
Many facilities rely on “safety margins”—excessive cooling that protects uptime but destroys energy efficiency. Without real-time thermal mapping and sensor-constrained CFD, even the best intentions lead to wasted energy.
The Precision Advantage For every 1°C rise in server inlet temperature, you slash cooling costs by 8–10%. But pushing those boundaries safely requires razor-sharp visibility, not guesswork. Legacy sites often operate at a PUE of 1.7 to 2.5, leaving up to 20% in recoverable energy savings on the table.
Legacy Meets Innovation Founded in 1981, AKCP pioneered networked environmental monitoring and is trusted by 200,000+ facilities worldwide. Today, we are evolving the industry again. By integrating our physical Wired and Wireless Tunnel™ sensors with our groundbreaking Digital Twin technology, we create a live, synchronized 3D model of your data center.
Unlock the Power of the Digital Twin:
Predictive Management: Spot thermal risks before they cause downtime.
Airflow Optimization: Use AI to identify bypass air and eliminate hotspots.
Precision Cooling: Safely raise temperatures and drastically lower your PUE.
Stop guessing. Start optimizing.
