Ensuring Power Reliability in High-Density IT Environments

Cables for Data Center Jakarta, Data Center Indonesia, Tier 3 Data Center, Tier 4 Data Center

Power reliability is a crucial factor that ensures continuous operations and optimal performance for high-density IT environments, particularly for hyperscale data centers that typically demand high-density racks.  

As digital activities continue to surge, maintaining a stable and reliable power supply becomes paramount with the increasing demand for digital activities. There are several reasons why companies such as big hyperscalers must prioritize power reliability by choosing the proper place for colocation with their data center partners.  

The Importance of Power Reliability

Power reliability is vital for several reasons:

  1. Operational Continuity: Uninterrupted power supply ensures that IT systems remain operational, preventing any downtime and maintaining productivity.

  1. Data Integrity: Reliable power prevents data loss and corruption, ensuring critical information remains safe and accessible.

  1. Hardware Longevity: A consistent and stable power supply helps maintain the health of IT equipment, reduce wear and tear, and extend hardware life.

  1. Customer Satisfaction: Nowadays, most businesses are mainly relying on IT services, power reliability translates to better customer experiences, as systems are always available at any time.

Challenges in High-Density IT Environments

High-density IT environments that most companies may face pose unique challenges for power reliability:

  1. Increased Power Demand: High-density setups require significant amounts of power, making it challenging to provide an adequate supply without interruptions.

  1. Heat Management: The concentration of IT equipment generates considerable heat, necessitating efficient cooling solutions to prevent overheating and equipment failure.

  2. Redundancy Requirements: Ensuring power redundancy is more complex in high-density environments due to the sheer volume of equipment and power required.

  1. Infrastructure Limitations: Older facilities may need additional infrastructure to support high-density IT environments' power and cooling requirements.

Ensuring Availability of Power Reliability With Tier 3 & Tier 4 Data Center

In most cases, growing enterprises and companies considered colocating to Tier 3 & Tier 4 Data Centers like Bersama Digital Data Centres (BDDC) located in Jakarta. 

This is because these data centers are installed with high-reliability equipment such as: 

  1. Uninterruptible Power Supply (UPS): Deploying UPS systems can supply temporary power during outages, allowing time for backup generators to take over. In Tier 3 and Tier 4 facilities, UPS systems are integral to maintaining continuous operations during power disruptions.

  1. Backup Generators: Having reliable backup generators ensures that the power supply is maintained even during prolonged outages, preventing downtime. For example, BDDC has both Tier 3 and Tier 4 facilities. Its Tier 3 facilities typically have N 1 redundancy, while its Tier 4 facilities offer 2N redundancy, providing the highest level of fault tolerance.

  1. Power Distribution Units (PDUs): PDUs play a crucial role in maintaining power stability and reliability. Unlike Tier 1 and Tier 2, Tier 3 and Tier 4 data centers have larger distribution to power more IT equipment.

    Read more: Meet Tier 4 Data Center: The Powerhouse of Reliability

  1. Concurrently Maintainable: Different Tier standards have their own ways to ensure how to keep equipment running in case power goes out. Tier 3 data centers are designed to be concurrently maintainable and Tier 4 data centers are fault-tolerant.

  2. Energy-Efficient Cooling: Implementing efficient cooling solutions such as hot/cold aisle containment can help manage heat and ensure equipment operates within safe temperature ranges. Achieving optimal Power Usage Effectiveness (PUE) is crucial, especially in Tier 3 and Tier 4 facilities, which employ advanced cooling techniques to handle the high heat output of densely packed IT equipment.

  3. Monitoring and Automation: Using monitoring tools and automation can help in detecting power issues in real-time and automatically switching to backup systems, ensuring continuous power supply. Tier 3 and Tier 4 facilities use sophisticated monitoring and automation systems to maintain optimal performance and quickly address any issues that arise, lowering the risk of physical damage to servers. 



Final Thoughts

In high-density IT systems, power reliability is vital for preserving data integrity, client satisfaction, and operational continuity. 

By understanding the challenges and implementing effective strategies such as UPS systems, backup generators, efficient cooling, and regular maintenance, businesses can ensure a stable and reliable power supply. Investing in power reliability not only protects IT infrastructure but also enhances overall business performance and resilience. Companies must ensure that their data center providers can provide the requirements for their servers. 

Data centers like BDDC can accommodate 22 kVA per rack or higher density according to customer’s requirements.


About Bersama Digital Data Centres



Bersama Digital Data Centres (BDDC) is a Tier III and Tier IV data center platform where local and global enterprises in Indonesia collocate and interconnect their digital infrastructure in one integrated ecosystem. Our sites are strategically located and highly interconnected in the Jakarta area, allowing digital enablers to operate their business functions seamlessly.