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FAQs

Can MeeFog systems integrate with data center building automation systems (BAS)?

Yes, MeeFog humidifiers integrate seamlessly with modern data center BAS and monitoring systems, enabling operators to control humidity levels with the same precision as temperature and airflow. At OneNeck IT Solutions, the MeeFog system worked alongside existing infrastructure while delivering measurable energy savings.

What is the ROI of switching from steam to MeeFog cooling systems for data centers?

The ROI is typically very fast, as MeeFog reduces bothhumidification and cooling energy costs. With energy use up to 100x lower than electric steam, operators can achieve payback within 1–3 years, depending on facility size and hours of operation. At the same time, MeeFog data center cooling systems reduce operational complexity and maintenance compared to steam boilers.

How does MeeFog ensure redundancy and reliability for mission-critical IT facilities?

MeeFog data center cooling systems are designed to meet Tier 3 redundancy standards, with dual pumps, dual power feeds, and independent controls. This ensures continuous operation even during component failures. By integrating into existing air handling units (AHUs), MeeFog delivers precise humidity control without compromising uptime.

What was the result of installing MeeFog at OneNeck IT Solutions?

At its Tier 3 data center in Fitchburg, Wisconsin, OneNeck IT Solutions installed a MeeFog data center cooling and humidification system to reduce energy use. Combined with UPS and BAS modifications, the system significantly cut power consumption.

The MeeFog data center cooling system provided: high-pressure fogging to reduce chiller load, full redundancy (two pumps, two power feeds, two controls), simple integration with existing AHUs, and one fogging system per room handled the load. This approach provided robust reliability while lowering operational costs.

How does MeeFog improve data center energy efficiency compared to steam humidifiers?

Steam humidifiers require large amounts of electricity or gas to boil water, adding unnecessary heat that increases cooling loads. In contrast, MeeFog uses high-pressure fogging, which cools the air as it humidifies. On average, MeeFog data center cooling systems consume 1/100th the energy of electric steam humidifiers, making it one of the most energy-efficient humidification solutions for data centers.

Why is humidification critical in data centers?

Data centers contain sensitive servers, storage, and networking equipment that require stable environmental conditions. Low humidity increases the risk of electrostatic discharge (ESD), which can cause catastrophic damage to IT systems. Industry guidelines recommend maintaining around 45% RH to protect equipment and ensure uptime.

How does MeeFog support sustainability and long-term infrastructure goals?

By reducing reliance on steam and minimizing chiller loads, MeeFog lab humidification systems support sustainable designs and contribute to LEED certifications. NCAR selected MeeFog as part of its “right-sized” construction strategy, providing reliable humidification for 20–30 years while cutting energy and operational costs.

Can MeeFog integrate with laboratory building automation systems?

Yes, MeeFog lab humidifier systems can be fully integrated with Johnson Controls, Siemens, Honeywell, and other BAS platforms. At NCAR, it’s connected to Johnson Metasys controls to regulate both temperature and humidity in real time.

How does MeeFog reduce costs compared to steam humidifiers?

MeeFog avoids the high energy costs of steam by using a small horsepower pump instead of boilers. The lab humidifier system consumes up to 90% less energy than steam humidifiers, while also providing adiabatic cooling that reduces chiller use. For labs running 24/7 with high ventilation loads, the operational savings are substantial, often delivering ROI in 1–3 years.