Role of Earthing in Data Centers

by | Mar 20, 2023 | RAESR | 0 comments

Role of Earthing in Data Centers

R.A.E.S.RRaising Awareness on Electrical Safety & Reliability

A data center is a centralized facility used by organizations to store, manage, and distribute their data and digital assets. It is a critical component of modern IT infrastructure, serving as a hub for businesses to manage their network computing and telecommunications resources. Data centers often has critical equipment, such as servers, storage systems, networking equipment, and other sensitive electronics.

Earthing is a critical component of data center infrastructure. Lightning strikes and power surges can cause significant damage to data center equipment, leading to system downtime, data loss, and costly repairs. Earthing ensures that critical electrical equipment is grounded safely to prevent electrical faults from damaging the equipment. In this blog post will discuss the critical role of earthing in data center infrastructure.

Importance Of Earthing in Data Centers

Earthing is a crucial component of data center infrastructure. In a data center, electrical equipment is interconnected, and any fault in one part of equipment can affect the entire system. Earthing provides a safe path for electrical current to flow, preventing damage to equipment and ensuring the safety of data center personnel. Proper earthing also helps to minimize electromagnetic interference (EMI) that can affect equipment performance.

Types Of Earthing Systems Used in Data Centers

There are several types of earthing systems used in data centers, including:

TN System

In this system, the neutral conductor of the transformer is grounded, and the earth and neutral conductors are separate. This system provides a low-impedance path to ground and is commonly used in data centers.

TT System

In this system, the neutral conductor of the transformer is not grounded, and each piece of equipment is individually grounded. This system provides a high level of safety.

IT System

In this system, the neutral conductor of the transformer is not grounded, and the earth fault current is limited to a low level. This system is suitable for data centers with high power loads and sensitive equipment.

Best Practices of Earthing in Data Centers

To ensure effective earthing in a data center, it is essential to follow best practices such as:

  • Ensuring that all electrical equipment is grounded to the same earth point.
  • Using low-impedance conductors for earthing connections.
  • Regularly testing earthing systems to ensure they are functioning correctly.
  • Implementing surge protection devices to prevent electrical surges from damaging equipment.
  • Maintaining proper distance between earthing conductors and other metal objects to prevent accidental contact.



Improved Safety for Employees and Equipment

Proper earthing in data centers improves the safety of both employees and equipment. Earthing provides a safe path for electrical current in case of a fault, preventing equipment damage and reducing the risk of electrical shock to personnel.

Reduced Downtime and Increased Reliability

Earthing plays a critical role in the reliability of data center equipment. Electrical faults, power surges, and lightning strikes can cause equipment failures and downtime, resulting in lost productivity and revenue. With proper earthing, the risk of electrical faults and power surges is minimized, reducing downtime, and increasing equipment reliability.

Effective IIoT earthing solutions also play a vital role in preventing and identifying earth faults in data centers. These solutions employ advanced monitoring technologies and data analytics to provide real time insights of the health of the system, enabling operators to proactively identify and prevent earth faults. This enhances system efficiency, lowers maintenance expenses, and increases energy production.

Manav Energy created one-of-a-kind system Remote Fault-time Earth Monitoring (R-FERM) that works on advanced patented technology to deliver real-time data of the health of earthing system remotely. Its alarm system detects faults and informs operators immediately.

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