Climate Control

Cytech details the main causes of noise in cabinet AC units, including compressors, fans, piping, and environmental factors. The article provides actionable solutions for communication, energy storage, and industrial projects to maintain reliable, low-noise operation.

Learn how to select the optimal refrigerant for your cabinet air conditioner. This guide covers environmental regulations (ODP/GWP), safety (ASHRAE 34), efficiency (COP), and cost for enclosure cooling projects. Make an informed choice for server racks, telecom cabinets, and industrial enclosures.

A cabinet heat exchanger (HEX) is a thermal management device designed to remove unwanted heat from inside an electrical enclosure and release it into the surrounding environment. Unlike air conditioners that rely on refrigerants or simple fans that circulate air, heat exchangers transfer heat using advanced thermal and convection methods.

Calculating the correct cooling capacity in British Thermal Units (BTU) ensures that your outdoor cabinet remains within safe operating temperatures.

IntroductionIn mission-critical environments like telecom shelters, battery rooms, and data centers, maintaining optimal operating temperatures is non-negotiable. The choice between DC and AC cabinet air conditioners can significantly impact your system reliability, energy efficiency, and total cost

Ensuring optimal cooling performance in air conditioning systems hinges on correct refrigerant charging and leak-free piping. As an industry expert, this step‑by‑step guide will walk you through verifying system capacity, detecting and repairing leaks, achieving proper evacuation, and accurately ref

When it comes to cooling solutions for industrial or electronic equipment, choosing the right air conditioning system is crucial. Two popular options are Cabinet Air Conditioners (Cabinet AC) and Enclosure Air Conditioners (Enclosure AC). Both serve the purpose of maintaining optimal temperatures, b

Applicable to Telecom Cabinets, Energy Storage Units, and Thermal Management Systems

This article delves into expert thermal management strategies for outdoor enclosure cooling solutions, including electrical enclosure cooling systems and electronic enclosure cooling, providing insights into effective design, standards compliance, and data-driven customization—all crucial for maintaining optimal performance.

In today’s renewable energy landscape, efficiency and reliability are key. Battery energy storage systems play a vital role in harnessing renewable sources like solar and wind. However, managing the temperature of these systems—especially in outdoor applications—remains a critical challenge.