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Aermec Data Centre solutions

Aermec Data Centre solutions
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Aermec Data Centre solutions

Product catalog summary
Global Data Centre IP Traffic Growth
Global data centre IP traffic is expected to triple over five years due to increased online storage, big data analysis, and cloud demand. Cloud traffic is projected to grow at a CAGR of 35% from 2012 to 2017, surpassing traditional IP traffic and comprising 69% of total data centre traffic by 2017. This growth will drive up demand for data centre air conditioning, with market value anticipated to double by 2018.
Energy Consumption in Data Centres
Data centres consume 10-15 times more energy than standard office buildings, with air conditioning accounting for 31% of total energy usage. Optimizing these systems is crucial for cost savings and reducing carbon footprints.
Data Centre Cooling Requirements
Cooling systems are significant capital expenditures and energy consumers. ASHRAE guidelines provide temperature and humidity control standards, with new ranges (A3 and A4) supporting innovative cooling strategies like free cooling systems.
Energy Efficiency & PUE Levels
PUE (Power Usage Effectiveness) measures data centre energy efficiency. A 2013 survey showed an average PUE of 2.53, with only 1% achieving a PUE below 1.4. Aermec systems aim to achieve market-leading pPUE levels, significantly reducing energy consumption.
Aermec's Expertise and Solutions
Aermec offers tailored air conditioning solutions for data centres, focusing on integrated design and efficiency. Their advanced testing facilities and ACES energy simulation software support optimized data centre design, achieving low pPUE levels.
Data Centre Design Solutions
Aermec provides various cooling solutions, including chilled water systems, direct expansion systems, direct cooling systems, and adiabatic indirect cooling systems, customized based on data centre characteristics and geographical conditions.
Aermec Product Offerings
Aermec offers a range of water chillers, remote condensers, and dry coolers, catering to diverse data centre cooling needs.
Precision Air Conditioners
Aermec offers precision air conditioners for data centres, providing efficient temperature, humidity, and air quality control. These units are available in air-cooled, water-cooled, and chilled water configurations, with cooling capacities ranging from 7 to 200kW.
Cooling Configurations
The document details air-cooled and water-cooled direct expansion systems, as well as chilled water systems, supporting down-flow and up-flow versions with DC inverter compressors, EC fans, and electronic expansion valves.
Advanced Cooling Technologies
Aermec's precision air conditioners incorporate free-cooling and twin source cooling technologies, reducing mechanical cooling needs and allowing for both direct expansion and chilled water operation.
Energy Efficiency
The document emphasizes free-cooling's role in reducing energy consumption, demonstrating significant savings with free-cooling chillers and integrated adiabatic panels.
Hybrid Dry Coolers
These coolers use adiabatic cooling technology to extend the free-cooling range, suitable for high-temperature applications, particularly in temperate climates.
Dynamic Set Point (DSP)
DSP technology optimizes chilled water outlet temperatures based on ambient and IT load variations, enhancing energy efficiency and maximizing free-cooling potential.
Supervision & Connectivity
Aermec systems can integrate with building management systems (BMS) for optimized control and efficiency, with multichiller sequence controlling ensuring optimal system performance.
Conclusion
Aermec's solutions are designed to maximize energy savings and efficiency in data centre cooling, focusing on free-cooling technologies and advanced control systems.
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Catalog excerpts

Aermec Data Centre solutions-1

AERMEC DATA CENTRE SOLUTIONS THE COMPLE TE RANGE OF AERMEC SOLUTIONS FOR DATA CENTRES

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Aermec Data Centre solutions-2

GLOBAL DATA CENTRE IP TRAFFIC WILL TRIPLE WITHIN 5 YEARS • The need for bigger online storage resources; • The new possibility to analyze a bigger amount of data (a phenomenon called “big data analysis”, applied in the analysis of complex systems such as weather forecasts or social behavior prediction); • The growing demand for cloud requirements. Cloud data centre traffic will grow with a CAGR of 35% from 2012 to 2017, at a faster rate than the traditional IP traffic, establishing a 4,5-fold growth during this period. Zettabytes / Year Global data centre IP traffic has set a constant growth...

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Aermec Data Centre solutions-3

DATA CENTRE COOLING REQUIREMENTS Data centre cooling systems represent a significant portion of a facility’s capital expenditure and use a substantial amount of energy. ASHRAE (American Society of Heating, Refrigerating, and Air-conditioning Engineers) publishes specific guidelines for temperature and humidity control within data centres. The 3rd Edition of the Thermal Guidelines for Data Processing Environments defines a recommended operating window and four allowable ranges, designated A1 through A4. The new allowable ranges (A3 and A4) are intended to remove obstacles to new data centre cooling...

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Aermec Data Centre solutions-4

AERMEC: TECHNOLOGY YOU CAN TRUST Aermec, founded in 1961, counts amongst Europe’s longest established Air Conditioning suppliers. A true pioneer, with over 50 years of innovative customer focused solutions, Aermec is present on all continents worldwide and with Subsidiaries and Affiliates in France, Germany, Italy, the Netherlands, Poland, Russia, Spain and the UK. The Aermec Group of companies includes a total of 6 centres of excellence spanning the full air conditioning portfolio, with a turnover in excess of €305m and over 1600 employees. A total of 8 Group manufacturing locations create the...

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Aermec Data Centre solutions-5

Aermec’s 2MW testing facilities Aermec’s advanced labs extend to 2MW cooling capacity per single unit in what is probably Europe’s largest test facility, which will offer Eurovent certification. Specific labs within Aermec also cater for extreme temperature testing, ventilation and heat exchange measurements, noise level verification and vibration testing. Aermec furthermore utilizes a simulated data centre installation including both a data hall simulator and an ambient air simulator recreating typical ambient temperature and humidity conditions. AERMEC & DATA CENTRES Aermec’s experience in...

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Aermec Data Centre solutions-6

DATA CENTRE DESIGN SOLUTIONS According to the specific data centre characteristics, the geographical and thus ambient conditions in which the data centre is located, and the individual target requirements of the User, differing data centre cooling typologies can be applied. CRAC Condenser or Dry Cooler CHILLED WATER SYSTEMS DIRECT EXPANSION SYSTEMS Precision Air Conditioners featuring one or more chilled water coils (CRAH), operating in combination with one or more external water chillers. The water chiller can be in standard or freecooling configuration. In alternative to the CRAH units, which...

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Aermec Data Centre solutions-7

DESIGNING YOUR OPTIMISED DATA CENTRE An optimised data centre starts with a clear vision as to the overall project objectives: Aermec’s unique ACES energy simulation software supports this process by evaluating the performances of differing data centre solutions. All of these inputs are considered to generate a customized and optimized proposal. ACES furthermore cross compares the performance of multiple chillers, the PAC system, AHU and server control devices, primary and secondary pumping equipment, system lay out, etc. ACES considers variable loads and all year round operation, evaluating...

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Aermec Data Centre solutions-8

THE AERMEC DATA CENTRE SOLUTIONS WATER CHILLERS Aermec water chillers offer a wide range of cooling capacities to meet the needs of small, medium and large data centres. Free-cooling technology exploits the favourable environmental conditions to supply chilled water without the use of mechanical cooling, maximizing efficiencies and energy savings. NSM_I (285 - 1204kW) Chillers with inverter screw compressors with shell & tube heat exchangers Water produced up -6°C to +15°C - Outdoor air temperature up -10°C to +50°C Standard and free-cooling configurations NSM (302 - 2100kW) Chillers with screw...

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Aermec Data Centre solutions-9

PRECISION AIR CONDITIONERS Aermec’s wide range of Precision Air Conditioners cater for the differing data room conditioning needs. Efficient and flexible product solutions can be applied within numerous differing configurations. A wide range of options and accessories allows perfect alignment according to the needs of individual installations, providing complete and optimised control of the temperature, humidity and indoor air quality within data centres. AIR-COOLED DIRECT EXPANSION CONFIGURATIONS Cooling range 7 – 183kW Down-flow and Up-flow versions DC inverter compressors, EC fans, electronic...

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Aermec Data Centre solutions-10

AERMEC CHILLERS ENSURE LOWEST PUE’S The most evolved free-cooling technologies Free-cooling translates into cooling for free, the more this can be exploited the higher the energy savings. Aermec optimises free-cooling, a concept whereby ambient air is used for cooling when the ambient temperature is lower than the data hall air (direct free-cooling) or the chilled water (indirect free-cooling). In hydronic solutions free-cooling starts when external conditions ensure even a minimum coverage of the thermal load requirements. Thanks to the application of modulating free-cooling to maximize the...

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Aermec Data Centre solutions-11

Chiller + Standard Dry Cooler Chiller + Adiabatic Dry Cooler Chiller Freecooling Chiller freecooling Chiller freecooling with Integrated Adiabatic Panels Energy saving with the adiabatic dry cooler would be wider with higher water temperature in the cooling process. The Free Cooling chiller solution is always the most advantageous, maximising the energy savings in both relative (compared with the other solutions) and absolute terms. (3) Energy annual consumption includes losses of load on air side due to adiabatic panels. (1) (2) Data Refers to London (UK) for a chillers units with 500kW operating...

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