Today, the digital market is growing rapidly which affects everything from household devices to technology in space. As more businesses depends on digital technologies, the amount of data being created has increased dramatically. This invention in data means we need better ways to store & access data easily & reliably. In the beginning, data centers were just large computers that were used by banks for storing data. However, they have evolved into essential business hubs for almost every industry.
Modern data centers are not just about having space for storage; they have become complicated systems that can collect, process, & share data with minimal human involvement. This continuing revolution is driving new technological advancements, allowing for faster access to data & better data storage solutions. In fact, the industry saw investments over $30 billion in just the second quarter of 2020, with most of its infrastructure has now moved almost completely to the cloud.
The significance lies not just in power and storage capacity today in this age platform that is fast-paced and digital but also ranges up to the deployment speed of the data centers. The speed of production and deployment of equipment is an exigent need for businesses due to the fact that their market edge largely depends on it. Therefore, sourcing must be done according to the strategy that emphasizes supply chain optimization in order to provide the necessary speed of production deployment. Right collaboration between providers of servers, network hardware, electrical components, and HVAC equipment is unquestionably crucial for the success of the data center implementation.
Beyond providing only short-term planning for space deployment, a long-term strategy that successfully deals with complicated supply chain issues and minimizes repeat operations in the design is needed. undefined
Collaborative Planning and Forecasting: Open Lines of communication among suppliers and data center operators will facilitate the exact demand anticipation, and planning and minimize the unavailability of the needed part.
Standardization of Components: When using the pre-configured elements for the data centers which eliminates the need for customized solutions, the standardized parts could be adopted, so the procurement will be simplified, lower in costs, and faster in deployment.
Strategic Component Stocking: Developing a detailed inventory and strategically deploying essential parts will help to lessen the impact and guarantee that operations will not be interrupted even when supply chain disruption happens.
Diversification of Supply Sources: Keeping a diverse set of suppliers of key components can help prevent disruptions to the supply chain by acting as backups if there are unexpected spikes in demand or by conducting troubleshooting when faced with disasters provoked by international conflicts.
Integration of Advanced Technologies: Connecting IoT and AI to the supply chain can reduce resource wastage, set a predictive match, or increase transportation capacity.
The digital landscape undergoes constant change; therefore, data centers are becoming the main facilities that help the development of new technologies and the progress of the economy. Areas like the strategic optimization of supply chains for high-speed data center deployment will remain critical for companies’ capacity to quickly and successfully adapt to the fast-paced digitization of our era.
Owner Furnished Contractor Installed
OFCI is a revolutionary model that shifts responsibility delivery and procurement of critical HVAC and electrical components from the contractor to the data center owner. This will help data center owner to manage equipment vendors more efficiently and bring in the portfolio level partnership for long term equipment needs.
This partnership model is very effective in creating economies of scale and help improve the cost and equipment delivery lead time. Using this concept, the data center owner works closely with the equipment suppliers improving in-time delivery of repeatable data center equipment.
Modular Construction
This concept is relatively new in data center construction but has proven to be highly innovative and efficient. It facilitates the prepositioning of all major components of the data center well in advance of the arrival of HVAC systems and critical electrical equipment. The approach organizes the entire building into functional subsets, commonly referred to as modules. These modules are designed to support both current and future deployments. Additionally, this method significantly reduces onsite overhead costs.
From Hyperscale to wholesale
Data center owners usually work with direct vendors for supply of critical electric and HVAC equipment. Now this concept is left behind because data center owners are now bypassing the OEMs and connecting with ODMs Original Design Manufacturers. This allows them to order purpose-built equipment. It also eliminates the OEMs markup which makes equipment buying more budget friendly.
Adopting the right approach
We don’t see any signs of deceleration in data center industry. Even in the time of pandemic along side the ecommerce this was the industry which grew rapidly. There is an intense increase in demands for machine learning and AI based solutions which is leading towards more efficient ways of data handling. That’s why data centers are in high demands these days and they are considered vital part of every industry.
Getting a new data center built and running timely and cost effectively is the only way you can keep up with the accelerating digital development. As always, this business also become the crown of the one who can compete on time.
At One Union Solutions we strive to deliver the best solution for your data center development so that you can get your data center up and running. From new equipment sourcing to RFPs we can handle all your supply chain problems.
If you are facing problem sourcing the equipment for your data center, you can talk to our IT Equipment Sourcing Expert now.
