Data center cooling is a growing industry. Data streaming and storage were essential corporate functions before 2020’s global COVID-19 lockdowns. Data-driven services are becoming more important in our lives and work. Data centers are heating up faster than ever, and cooling professionals are needed.
Datacenter? Why is this so popular? What value can an HVAC company bring to the discussion?
We want to help you understand the benefits of an HVAC company if you are developing a data center for your business or any other enterprise.
What does a Data Centers do?
Data centers are the heart of a company’s IT. Data centers are more than just servers, racks, or other equipment. It is where computers and servers communicate to allow people to do their jobs, move data and manage the facility.
When systems and data go down, businesses lose money and productivity. These losses can be avoided by IT staff and a data center.
What are the different types of Data center?
These data centers can be used for enterprise or edge purposes.
Enterprise Data Centers
A data center for an enterprise is designed to meet the needs of a single company.
It may support its own business or one customer with high data storage and processing requirements. A server room is a small, single-location enterprise data center.
The size and number of facilities available in this type of data center will vary depending on the business. This is a smart strategy that businesses that have multiple offices or sites spread across large areas can use to avoid overburdening and delays.
Why Is It That Certain Data Centers Are Heated?
Some companies prefer to heat their data centers. Depending on how many servers are in the data center, there may be more than one server room with the right temperature. The cooling systems of a building intended to be hotter will not have to work as hard to remove excess heat.
Larger data centers prefer this. They work at the highest temperatures and are prone to equipment failure. Smart people with calculators have compared the costs of 24/7 air conditioning to maintenance and repair. Which is more expensive? The one that causes electricity bills to soar during heat waves is the most expensive.
What Are The Options For Data Center Cooling?
Air cooling
Workflow: Smaller data centers combine elevated floors with CRACs or CRAHs (CRAH). The CRAC or CRAH releases cold air. This causes the pressure to rise below the elevated floor and cold air to enter the server inlets. The CRAC and CRAH recirculate the air from the server.
Data center cooling solutions is ideal for small, low-power data centers. A single device can’t handle a power-hungry data center. New facilities use hot and cold aisles to divide the intake and exhaust air. You can manage the temperature of your data center by preventing air from mixing.
What Are The Key Features Of Data Centers That Are Successful?
- Floors Raised
You are raising the floor of your facility from 2 to 48 inches. Attach server racks to the raised floor. This area is ideal for electrical and HVAC equipment. However, it is best to run wires through the ceiling. This area circulates chilly air throughout your building.
- Temperature-Controlled Aisles
To make storing more server cabinets in your data center easier, arrange them in rows. Each row should face the opposite direction. Each row should face the other.
Air handlers can be used to end each aisle. You should ensure they are not working against each other or raising your power costs without a cool center. The walls and doors can direct airflow and keep warm and cold air in the right places.
You should ensure that the cabinets are full. This will prevent overheating. It would be best to inspect the cupboards, cables, and elevated floors for leaks.
- Power Source
Data flow in a data center can prevent disruptions. A backup generator and an uninterrupted power supply are the best ways to achieve this goal. Consider installing another power line to provide redundancy.
You will need between 10-20 kW for each server. It would be best if you planned for future space and power requirements.
