WHAT Decarbonization Can Do For Your Business In Colocation Data Center Facilities

?What They Are and Why They Are Importan

?Data centers are the heart of the digital economy because they store and process a lot of data for a variety of applications and services. However, data centers also produce a lot of heat and use a lot of energy, which can be bad for the climate and the environment. The International Energy Agency (IEA) released a report in which it stated that data centers were responsible for approximately 1% of the global demand for electricity in 2019, and this proportion is anticipated to rise as data traffic grows.

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To address this test, numerous server farm administrators are taking on green or supportable practices to decrease their energy utilization and carbon impression. A service facility that uses energy-efficient technologies and renewable energy sources to reduce its impact on the environment is known as a "green data center." Green data centers offer the following advantages:

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- Reduce operating expenses: Green data centers can save money on utility bills and maintenance costs by using less energy and water.

- Better results: Green data centers can cut down on downtime and increase the availability and dependability of IT equipment by optimizing the cooling and power systems.

- Improved standing: Green data centers have the potential to increase the number of customers and investors who place a high value on environmental stewardship by demonstrating their dedication to social responsibility and sustainability.

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A data center can go green in a number of ways, including:

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- Using IT equipment that uses less power and produces less heat, like servers, storage devices, and network devices.

- Using cloud computing and virtualization technologies, which make it possible to use IT resources more effectively and reduce the need for physical servers,

- Embracing savvy cooling strategies, like free cooling, fluid cooling, or evaporative cooling, which utilize normal or reused wellsprings of cooling rather than mechanical refrigeration.

- Putting in renewable energy systems that provide the data center with clean and inexpensive electricity, such as hydroelectric generators, wind turbines, or solar panels.

- Using metrics like power usage effectiveness (PUE) and carbon usage effectiveness (CUE) to measure and track the data center's energy consumption and carbon emissions. These metrics show how efficiently the data center uses energy and how much carbon dioxide it emits.

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Data centers can use nature to cool their facilities in the following ways:

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Geothermal cooling

Provides cooling by utilizing the Earth's nearly constant temperature below the surface. It's a centuries-old method that has been modernized to keep food cold. In server farms, geothermal cooling utilizes a shut circle pipe framework with water or one more coolant that goes through vertical wells underground, loaded up with an intensity moving fluid.

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Evaporative cooling, or marsh cooling,

Exploits the decrease in temperature that happens when water is presented to moving air and starts to disintegrate and change to a gas. A pad that has been dampened with water or coolant is passed warm data center air by a fan. As the liquid evaporates, the air is chilled and pushed back into the data center. It works best in climates with low humidity and may cost less than an air-cooled HVAC system.

Solar cooling

Which converts solar heat into cooling. The system uses a thermally driven cooling process and solar power to lower a building's air temperature. This is helpful in regions with a great deal of daylight or server farms hoping to enhance their ongoing cooling with an all the more harmless to the ecosystem technique.

Kyoto Cooling or indirect evaporative cooling

?is an improvement to free cooling that makes use of a thermal wheel to regulate the hot and cold airflows throughout the data center. Inside hot air is vented to the outside as the wheel pivots; The wheel and the air that is drawn back into the facility are then cooled by the outside air. It uses 75% to 92% less power to run than other CRAH systems, emits less carbon dioxide, and the cooling system doesn't need water.

Green data centers are beneficial to both businesses and the environment. Data center operators can improve their performance, enhance their reputation, and reduce their operational costs by implementing environmentally friendly practices. Supporting the transition to a low-carbon economy and a sustainable future also requires green data centers.t