Product Introduction
If the environment of the data room is not suitable, it will have a negative impact on the data processing and storage work, which may cause data operation errors, downtime, and even cause frequent system failures and complete shutdowns. Therefore, choosing high-quality, high-efficiency, and well-branded computer room precision air conditioners to ensure the environment and temperature and humidity of the computer room is an essential part for companies and enterprises that own a data computer room. CyberMasterTM Series Precision Cooling Unit: With high AEER system design and team work function, CyberMasterTM meets the cooling demand and reduce the PUE of the data center.
Feature and Benefits
Air condition usually associated with server rooms or data centers where the temperature and humidity of air shall be controlled and automatically updated to be kept cooler. Such systems apply particle filtration in the space to keep the inner room isolated and suitable for 24/7 high-performance servers&#; operation, sometimes, on their maximum performance. Precision air conditioning systems have an automatic ability, based on configuration, to change the level of humidity and control the level of cooling of the air inside based on the current situation and the current needs. They have alerts when configuration inside the room goes out of the defined limited configured range.
What is Precision Air Conditioner?
The precision air conditioners, also known as a CCU (close control units) or CRAC (computer room air conditioner) are cooling equipment specifically designed to provide precise control of temperature and humidity in Data centers facility and Server rooms.
Extensive validated features of PAC
Scroll Compressor with EC Fan
Scalable capacity of 4 ton to 40 ton
Inbuilt heater and humidifier for RH control
Energy efficient
Various Application Areas such as Data centers, Server Rooms/Halls, VFD Rooms, Electrical Rooms, Textile and Quality Control Labs etc.
415V AC Voltage
Dimension- 850 mm x 850 mm x mm
Direct expansion solution available in 15 to 165 kW.
How PAC benefits Data Center and Server Rooms?
Precise and quick processor-based temperature controller.
Both low/high humidity control levels can be impeded.
Designed for 24 x 7, 365 days continuous operation.
Designed to stabilize high level of sensible heat.
Demonstrate better air distribution across server and data centers.
Deploy new features or enhance existing ones as their software/firmware is regularly updated.
It has better, faster support facilities
It also assists to remotely monitor/troubleshoot
Ensures evenly consumption of power unit.
Highly scalable and variable for data center and server rooms.
Precision AC in Data Centers
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In the digital age, data centers have become the backbone of our interconnected world. These facilities store, process, and manage vast amounts of digital information, supporting everything from online services and e-commerce to cloud computing and social media platforms. As the reliance on data centers continues to grow, ensuring their optimal performance and efficiency becomes increasingly critical. One key factor in achieving this is precision air conditioning (AC), which plays a vital role in maintaining the ideal environment for data center operations.
Data centers are at the core of modern business operations and essential for seamless communication and data access. With the exponential increase in digital data generation, the demand for efficient data storage and management has reached unprecedented levels. Businesses, governments, and individuals all depend on data centers to process and store critical information, making uninterrupted data center operation paramount to our digital-driven society.
Precision air conditioning is a specialized cooling technology designed explicitly for critical environments, such as data centers. Unlike traditional air conditioning systems used for general comfort cooling, precision AC provides precise control over temperature, humidity, and airflow. These systems are engineered to maintain stable and consistent conditions to safeguard sensitive IT equipment.
One of the primary advantages of precision AC is its ability to deliver precise cooling in a close proximity to the equipment it serves. The cooling process involves drawing in hot air from the data center's hot aisles and supplying cooled air to the cold aisles, where the IT equipment resides. This targeted approach ensures that each rack and server receive the appropriate cooling, optimizing the overall energy efficiency of the data center.
Temperature has a profound impact on the performance and reliability of IT equipment. High temperatures can lead to thermal stress, reducing the lifespan of sensitive components and increasing the risk of equipment failure. On the other hand, excessively low temperatures can cause condensation and may not be energy-efficient. Maintaining a stable and consistent temperature is crucial to ensure the optimal functioning of data center equipment.
Precision AC addresses these challenges by offering temperature control within a narrow range, typically around 18 to 27 degrees Celsius (64 to 80 degrees Fahrenheit). Some advanced precision AC systems also have built-in redundancy to ensure continuous operation even in the event of a unit failure.
In addition to temperature control, humidity is another critical factor in data center operation. High humidity levels can lead to the formation of condensation, risking electrical shorts and damage to electronic components. Conversely, low humidity levels can cause static electricity buildup, potentially damaging sensitive IT equipment.
Precision AC systems are equipped with humidity control mechanisms to maintain the ideal humidity levels, usually within a range of 40% to 60%. This ensures that the data center's environment remains within the optimal conditions for the safe and reliable operation of IT equipment.
The implementation of precision AC in data centers offers numerous benefits:
Enhanced Equipment Performance:
By providing precise cooling and humidity control, precision AC maximizes the performance and reliability of data center equipment, reducing the risk of downtime and data loss.
Energy Efficiency: Precision AC allows data centers to use energy more efficiently by delivering targeted cooling only where it is needed, reducing overall energy consumption.
Scalability and Redundancy: Precision AC systems can be designed to accommodate future expansion and provide built-in redundancy to ensure continuous operation.
Improved Air Quality: Precision AC systems often incorporate air filtration, improving air quality and reducing the risk of dust and particle contamination on sensitive equipment.
Cost Savings: Although precision AC systems may have higher upfront costs, their energy efficiency and equipment performance improvements can result in long-term cost savings.
As data center requirements continue to evolve, so does precision AC technology. Manufacturers are constantly innovating to develop more energy-efficient and scalable solutions. Advanced features, such as variable speed compressors and digital scroll compressors, further optimize cooling efficiency and adapt to changing cooling demands.
Additionally, some precision AC systems now offer smart monitoring and remote management capabilities. This allows data center operators to monitor and control cooling parameters in real-time, enabling proactive maintenance and optimizing performance.
As data centers continue to grow in complexity and scale, precision AC will remain a critical component in their efficient operation. Data center operators will continue to seek energy-efficient solutions to reduce their environmental impact and operational costs. This may involve incorporating renewable energy sources and exploring innovative cooling technologies.
Furthermore, as edge computing gains traction, data centers located closer to end-users will require more compact and scalable cooling solutions. Precision AC technology is expected to adapt to these new requirements, providing efficient and reliable cooling for the data centers of the future.
Precision air conditioning plays a vital role in ensuring the optimal performance, efficiency, and reliability of data centers. Its ability to maintain precise temperature and humidity levels is crucial for the safe and efficient operation of sensitive IT equipment. As data center demands continue to grow, precision AC technology will evolve to meet new challenges and provide innovative solutions, making it an indispensable component in the ever-expanding digital landscape.
In order to maintain the precise environmental conditions for the safekeeping of the servers, and therefore, of the information stored on them, it is essential to have a temperature regulation system that controls the humidity and temperature levels within a Data Center.
A survey on Data Centers by IDC, a company specializing in data analysis, found that up to 24% of a Data Center's budget goes to air conditioning.
Data stored on servers is constantly expanding, thus increasing server operations and temperatures. If the temperature reaches a critical point, the server components will not be able to function properly and in the worst case, the extreme temperature will damage the processor. Hence, the importance of Data Centers having cooling systems.
According to best practices, the acceptable temperature range for a Data Center is between 18° C and 27°C (64.4°F and 80.6°F), and the optimal range is between 21°C and 23°C (69.8°F and 73.4°F). Relative humidity can be within the range of 20% to 80%. The Data Center must have a precision air system to maintain the appropriate temperature and humidity for IT equipment to function correctly.
Air-Cooling Systems: This type of system uses air ducts to cool the computer room. Typically, the site is separated by hot and cold corridors. The air enters from the cold corridor and passes through the front part of the IT equipment and this same air is sent to the back of the cabinet where it comes out hot, to later be sent to the return ducts.
Liquid cooling systems: these function with large containers of liquid which is pumped through pipes that pass between racks to maintain the temperature of the IT equipment.
The cooling system must be redundant since, if there is a failure in the main system, the secondary system can take over-functioning and maintain the temperature of the computer room.
The precision air system moves air volume nearly twice as fast as a conventional system. In addition, it has filters that minimize the deteriorating effects of dust and its work is divided, with 85 to 90% for cooling the air and 10 to 15% for removing humidity.
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