Today, the focus is on utility-scale photovoltaic solar and the emerging accompaniment of colocated energy storage.

The living lab, which was developed utilizing automated microgrid design tools, will also result in a 50% reduction of the Princeton facility’s CO₂ footprint.

Due to their proven reliability, low cost of ownership, small footprint, and favorable environmental characteristics, managers of data centers and other mission critical facilities are reaping the benefits of clean energy storage that flywheels offer.

The company expands staff to support the rapidly growing interest by mission critical facilities to reduce operational costs by embracing alternative energy resources and battery-based energy storage systems.

The current focus on data center efficiency requires an agile response to changing customer needs, and that means deploying the right monitoring and cooling solutions to provide competitive, operational, and cost-saving advantages.

In this podcast, Anthony Gennello of CEG shares advice on how to properly plan and prepare for containment solutions, providing real-life examples along the way.

Compatible with most 480 VDC UPS systems, the cabinet is a drop-in replacement for battery storage systems in both new and existing UPS installations.

Together, the parties will study how a hydrogen-powered tri-generation plant-supported data center can meet the expanding needs of the digital economy in a safe, reliable, and environmentally friendly manner.

In addition to publication of its 2019 ESG report, Digital Realty announced its commitment earlier this year to the Science-based Targets Initiative (SBTi).

This solution enables an interactive connection to and management of distributed energy sources (DER), such as batteries of electric vehicles and solar charging stations, to form a smart grid.