AKCP | Sensor Solutions

akcp.com · American English

Enhance your data center management with AKCP Data Center Monitoring, ensuring reliability and reducing energy usage.

rss2 video content slash wfw atom dc sy

Open the feed

https://www.akcp.com/feed/

Last post: Sep 13, 2026
Posts in 24 h · 7 days · 30 days: 0 · 0 · 5
Our last check: Answering
Served from: United States
Site title: AKCP Data Center Monitoring for Enhanced Efficiency
Text score at discovery: 14,106
Format: rss2
Features in the feed: content, slash, wfw, atom, dc, sy

Posts

What our queue read from this feed. Open one to read it here, or go to the site that published it.

Data Center Power Monitoring When the Megawatts Move On-Site
Sep 13, 2026 · original
Data Center Power Monitoring When the Megawatts Move On-Site Summary: FuelCell Energy’s 380MW deal with Fit Energy is one more sign that securing power now decides whether a data center gets built at all. As operators move generation on-site, the utility bill stops being the source of truth, and every megawatt has to be measured where it is used. Data center power monitoring is how you prove what a power source actually delivers, from the feed down to the rack. FuelCell Energy just signed a 380MW power agreement with Fit Energy to supply data center sites, and the number matters less than what it signals. Guaranteed power has become the thing that decides whether a facility gets built at all. When a fuel-cell maker’s supply deal is large enough to move how investors read the company, the megawatts have stopped being a line item and started being the whole business case. That shift is exa
Battery Room Monitoring: The Gases, Temperatures and Signals That Precede a UPS Failure
Sep 3, 2026 · original
Battery Room Monitoring: The Gases, Temperatures and Signals That Precede a UPS Failure Most data centers treat battery rooms as black boxes until a UPS drops the load or a hydrogen detector triggers a 2 AM shift call. Every battery chemistry broadcasts its own failure weeks in advance through minute shifts in thermal signatures, float current, and off-gassing. Surviving a utility drop requires moving past baseline fire code compliance and instrumenting the room for predictive, string-level telemetry. The Compliance Baseline vs. Real-World Gassing Lead-acid batteries generate hydrogen. Boost charging and overcharging generate even more. Because hydrogen is odorless, colorless, and lighter than air, it pools silently at the ceiling. Fire codes dictate that accumulation cannot exceed 25 percent of the lower explosive limit, which equates to a 1 percent ambient hydrogen concentration. IEEE
AKCP Launches IPSet Mobile App for Fast sensorProbe+ Network Configuration
Sep 1, 2026 · original
AKCP Launches IPSet Mobile App for Fast sensorProbe+ Network Configuration New iOS and Android application simplifies device discovery, IP configuration and access to the sensorProbe+ web interface September 1, 2026 — AKCP, the world’s oldest and largest manufacturer of networked environmental, power and security monitoring solutions, has released AKCP IPSet , a new mobile application for iOS and Android that makes it faster and easier to discover and configure sensorProbe+ devices on a local network. AKCP IPSet allows installers, system integrators and IT personnel to locate compatible AKCP sensorProbe+ devices directly from a smartphone or tablet. Once a device has been discovered, the app displays essential identification and network information, including its model, MAC address, current IPv4 address and firmware version. Users can then configure the device’s network settings without
Battery Room Ventilation Requirements: The Two Compliance Paths and the Monitoring That Proves Both
Sep 1, 2026 · original
Battery Room Ventilation Requirements: The Two Compliance Paths and the Monitoring That Proves Both Summary: Battery room ventilation requirements exist because lead-acid batteries off-gas hydrogen during charging. The gas is colorless and odorless, rises, and pools at ceiling level; it becomes flammable at just 4% concentration in air. This guide explains the paths available for safety compliance and the monitoring evidence that keeps your room approved. Where the requirements come from Three rules apply to UPS Battery stack storage rooms. The International Fire Code and NFPA 1 set the hydrogen limit: accumulation must be kept below 25 percent of the lower explosive limit, which for hydrogen works out to a 1 percent concentration in room air. OSHA’s regulations add the general duty that ventilation must ensure gases diffuse and never accumulate into an explosive mixture. Engineering gui
ISO 14001 Data Center Compliance: Turning Aspects Into Numbers You Can Show
Aug 27, 2026 · original
ISO 14001 Data Center Compliance: Turning Aspects Into Numbers You Can Show Summary: ISO 14001 data center compliance asks you to identify which parts of your operation affect the environment, decide which ones matter, control them, and show the controls are working. For a data center, the list is short; the problem is identifying them. It is proving, months later and to somebody else’s satisfaction, that the controls were effective. An ISO 14001 aspects register for a data center is not hard to write. Energy consumption. Refrigerants in the cooling plant. Diesel and its storage for the generators. Batteries. Water, where the cooling design uses it. Waste electronics. Noise at the boundary. The difficulty arrives at the next question. Let’s say, for example, you identify refrigerant loss as significant and put a control in place to mitigate it. 12 months on and an auditor asks what evide
Environmental Monitoring Systems (EMS): The Complete Guide for Modern Infrastructure
Aug 24, 2026 · original
Environmental Monitoring Systems (EMS): The Complete Guide for Modern Infrastructure Environmental Monitoring Systems (EMS) serve as the critical eyes and ears system for commercial and industrial facilities. At its core, an EMS is an intelligent network of sensors designed to detect fluctuating environmental conditions such as temperature , humidity , airflow , and the presence of water . While traditional setups triggered an alarm when a threshold was breached, today’s systems integrate Artificial Intelligence (AI) to predict failures, automate cooling, and prevent catastrophic downtime. Why Environmental Monitoring is Critical Today Data center infrastructure is denser and generates more heat than ever. Relying on room-level thermostats is no longer sufficient. Your EMS should provide granular, rack-level, and asset-level visibility. When a facility goes unmonitored, organizations ris
ISO 50001 Data Center Compliance: What You Actually Have to Measure
Aug 20, 2026 · original
ISO 50001 Data Center Compliance: What You Actually Have to Measure Summary: ISO 50001 data center certification isn’t about having an energy policy. It requires you to show that energy performance actually improved against a baseline you defined, verified by data you can defend. Most data centers fail that on the data evidence. The facility power meters tell you how much the data center is using. They don’t tell you where the power went. ISO 50001, however, cares about where that power went. Many data center operators start ISO 50001 compliance assuming the hard part is documentation. Write an energy management policy, hold a management review, book the auditor. You tell the auditor that power consumption fell 6%. They want to know how you know, what it is measured against, and whether the same number would appear if they checked it themselves. What is ISO 50001 ISO 50001 is the interna
Maximize Your Energy Savings with Free Cooling
Aug 17, 2026 · original
Maximize Your Energy Savings with Free Cooling Free cooling is a highly effective, energy-efficient strategy that uses naturally cool outdoor air or water to remove heat from a facility. Instead of relying solely on energy-intensive mechanical refrigeration and running power-hungry compressors, a free cooling system leverages favorable outdoor temperatures to do the heavy lifting. This approach can drastically reduce your overall energy consumption, lower your utility bills, and shrink your facility’s carbon footprint. Discover Your Potential “Free Cooling Days” Because the effectiveness of this strategy depends entirely on local climate conditions, we have integrated the Free Cooling Tool directly onto this page to help you assess your local environment. By simply inputting your location into the tool below, you can instantly estimate how many “free cooling days” your facility might exp
Adding Custom Map Icons in AKCP Quicklime
Aug 17, 2026 · original
Personalize Your Maps: Adding Custom Map Icons in AKCP Quicklime When your Network Operations Center (NOC) team is staring at a data center floorplan during a critical alert, every second counts. Standardized icons for sensors, cameras, and racks are great, but sometimes your organization has its own established visual language. If your team is used to a specific symbol for a water leak sensor, or a certain style of icon for third-party CRAC units, forcing them to learn a new visual system can slow down response times. In AKCP’s latest Quicklime tutorial, they demonstrate how easy it is to upload and deploy your own custom map icons, tailoring the DCIM dashboard to perfectly match your team’s workflow. Why Customize Your Icons? A map is only as useful as it is readable. Custom icons allow you to seamlessly integrate Quicklime into your existing operational playbooks. You can use specific
The Data Center Water Footprint: 2026 AI Impact & Statistics
Aug 17, 2026 · original
The Thirsty Servers: The True Water Footprint of Data Centers in the AI Era Artificial intelligence and cloud computing power modern society. The physical infrastructure supporting these services has come under increased scrutiny. We often hear about the carbon footprint of data centers, but what about their water footprint? As data centers scale to meet the demands of AI workload, they are consuming freshwater at unprecedented rates. Or are they? Let’s examine how much water they consume, the growing backlash over their environmental impact, and the challenges engineers face in cooling them sustainably. The Scale of the Thirst: AI’s Hidden Cost Keeping high-density server racks cool is resource intensive. Most data centers rely on evaporative cooling systems, which use water to dissipate heat into the atmosphere. This process is incredibly water-hungry, especially during peak processing

Discovered by the rss-feed-index crawler, which checks each feed at most once a month.

Same record as JSON: https://api.agentalog.com/api/feeds/fd_akcp_com_ef4bcf0bd70fa8e3. More from this site: akcp.com in the Feeds tab.