Discovering Colocation Infrastructure Solutions
In an increasingly digital world, businesses are seeking efficient and reliable ways to manage their IT infrastructure. Colocation data centers offer a strategic solution, allowing organizations to house their servers and networking equipment in a shared facility while benefiting from enhanced security, reliability, and scalability. At nVent, we understand the unique challenges faced by mechanical engineers, procurement professionals, and CTOs in this space, and we are committed to providing tailored solutions that meet their needs. Partnering with nVent provides colocation data centers with several compelling advantages:
Expertise from Chip to Chiller: Our dedicated engineering teams have extensive experience working with colocation customers throughout the entire lifecycle of their data center infrastructure. We understand the specific challenges faced in multi-tenant environments and can provide dynamic solutions that effectively address these complexities.
Total Cost of Ownership (TCO) Focus: We prioritize TCO in our designs, providing a clear pathway to return on investment (ROI) for our customers. Our solutions are engineered to maximize efficiency and minimize operational costs, ensuring that your investment yields significant long-term benefits.
Proven Track Record: With a history of working with hyperscale customers and server manufacturers, nVent has the experience and knowledge to deliver solutions that meet the unique needs of colocation data centers. Our team understands the intricacies of the industry and is committed to providing innovative solutions that drive success.
Why Work with nVent?
Seamless Upgrades with LTA CDUs
nVent’s liquid-to-air cooling distribution units (LTA CDUs) are designed to upgrade existing racks and cooling systems without requiring changes to current infrastructure, such as Computer Room Air Conditioning (CRAC) or Computer Room Air Handler (CRAH) units. This means no additional pipework is needed, allowing for a seamless transition to liquid cooling. All our products are designed with serviceability in mind, featuring hot-swap components that maximize uptime and minimize disruption. This design philosophy ensures that maintenance and upgrades can be performed quickly and efficiently, allowing your data center to remain operational even during critical service events.
Rapid Deployment
One of the standout features of our LTA CDUs is their quick deployment capability. Colocation data centers can implement these units within weeks, significantly reducing the time to upgrade their cooling systems. This rapid integration minimizes downtime, allowing your operations to continue running smoothly while transitioning to a more efficient cooling solution.
Immediate ROI
By upgrading to liquid cooling with our LTA CDUs, colocation data centers can start to see a return on investment almost immediately. The enhanced cooling efficiency leads to lower energy consumption and operational costs, allowing facilities to benefit from improved performance and reduced expenses right from the start.
Upgrading Existing Data Centers
Our smart PDUs provide real-time monitoring and control of power usage, enabling data center operators to identify inefficiencies and reduce energy costs. With features like remote management and alerts for power anomalies, our smart PDUs enhance operational reliability and help ensure that critical systems remain powered.
nVent is committed to helping colocation data centers upgrade their existing infrastructure with minimal disruption. Our solutions are designed to integrate seamlessly with your current systems, ensuring a smooth transition to more efficient technologies.
For more information on our colocation infrastructure solutions and how our dedicated engineering teams can benefit your organization, please contact us today! Let us help you create a secure, efficient, and scalable colocation environment that supports your business growth while addressing the specific needs of mechanical engineers and financial decision-makers.
