With our ever-increasing dependence on data, connectivity, and computing power, Data Centers are inevitable for our connected world. Experts estimated that a huge amount of data, approximately 5 quintillion bytes is being generated daily. Thus, the optimal existence and efficient operation of Data Centers in tackling such humongous amounts of data have great significance.
Power distribution today has to be more than just reliable!
Data Centers are enormous energy consumers and were accountable for around 1.1% to 1.5% of overall world’s energy consumption in 2010. Some oft-cited extrapolations have suggested that global Data Center’s energy consumption has doubled since 2010, and by extending this historical trend, it will continue rising swiftly in the future. Today, their contribution to the world’s total energy consumption is more than 3% (around 420 terawatts) and it can be forecasted that Data Centers would be using 20% of all available electricity in the world by 2025. They are the virtual brains and power backbones of the digital global economy, while they process, store, and communicate data on a daily basis behind the myriad information services.
Data centers are the virtual brains and power backbones of the digital global economy.
Energy efficiency will be decisive for bringing data to life in future. As Data Center infrastructures with Big Data, Cloud Computing, and the Internet of Things, have already conquered the businesses and their economic expansion.
Irrespective of their physical size, the development and maintenance cost of Data Centers is exorbitant. It must fulfill some essential requirements, which are most of the times associated with data and power cabling. Large data centers possess high power densities, which can be elevated up to 100 times of a typical building. The performance metrics for Data Centers include efficiency, service continuity, security, flexibility and adaptability to technological advancements.
The subject of ‘Fire Protection’ has its own criticality as halogen-generated corrosive gases could be irremediably destructive to electronic equipment. Improvements in ‘Energy Efficiency’ are highly commendable as Data Centers impose a great economic burden to their operators as well as an acute environmental impact to global carbon footprints.
Business-critical terminologies like speed-to-market, flexibility, scalability, reliability, and predictability are highly desirable success factors for hyperscalers, cloud and platform providers, who are willing to expand into new or existing markets. These organizations, along with enterprises deploying high-density computers, repeatedly look for large-scale infrastructure deployments delivered against rigorous and exacting timelines.
Highly sophisticated customers who are coping with an unprecedented demand curve, while maintaining their focus on cost-effectiveness, sustainability and scalability without straining capital, they are often longing for a partnership which is efficient in providing efficient solutions and supports against an accelerated timeline while sharing their corporate ethos wholeheartedly.
”Being a Data Center owner, operator, installer, consultant or architect, optimization of data and energy infrastructure would be your highest priority to bolster your operational efficiency, security reinforcement and future advancements.
Tai Sin Electric Limited
With Tai Sin Busbar Trunking System, you can always find the optimal solution to meet the challenges ahead.
Customisable Colour
BTS Enclosure colour is customisable to allow easy differentiation for different sources of supply
Hot plug deisgn
BTS & Plugin Outlet are designed to be hot-swappable during “LIVE” condition, no shut down requires for new tap off or relocation, no disruption for critical source
Smart Plug-In Unit
Plug-in unit equipped with Branch Circuit Monitoring features with capability to multiple outgoing
Thermal Sensing Joint
Every joint with thermal indicator for easy maintenance
