#United States #Denver #BESS #Viridi #Denver Library

Groundbreaking Energy Storage System in Denver

In an innovative partnership, Viridi, a leader in safe battery energy storage solutions, has unveiled its latest project in collaboration with McKinstry at the Denver Public Library. This significant installation represents a pioneering step towards enhancing energy sustainability and resilience within the community. As cities increasingly focus on adopting cleaner energy solutions, the Denver Public Library's new energy system sets a notable precedent for public infrastructure.

Pioneering Technology for a Sustainable Future

The newly implemented energy storage solution, named RPSLinkEX, is not just another battery system; it’s designed with fail-safe technology that distinguishes it from traditional lithium-ion batteries. Conventional systems often pose risks, such as thermal runaway events that can lead to fires—a concern for public buildings where safety is paramount. In contrast, Viridi's anti-propagation technology ensures that such risks are mitigated, leading to a far safer solution for both occupants and visitors at the library.

The need for this advanced energy solution arose from the library’s requirements for achieving significant sustainability while ensuring cost-effectiveness and safety. The RPSLinkEX system captures surplus solar energy, which can then be utilized during periods without sunlight, thereby not only reducing peak energy demand but also providing reliable backup power during outages. This capability is especially critical for public facilities that maintain services during emergencies.

A Commitment to Safety and Sustainability

Jon M. Williams, CEO of Viridi, emphasized the importance of this project in demonstrating how energy resilience can coexist with safety standards. He stated, "Public facilities like the Denver Public Library are at the forefront of demonstrating that energy resilience and safety can go hand in hand." This installation confirms that communities can maximize renewable energy usage while maintaining reliability, and without compromising on safety.

McKinstry played a crucial role in bringing this ambitious project to fruition. Jon Ensley, Sr. Construction Project Engineer at McKinstry, highlighted their excitement regarding this landmark Solar and Battery Energy Storage System (BESS) for the city: "We appreciate all our partners and stakeholders who helped to achieve this goal. We value Viridi's expertise in deploying this technology, and the whole team has been great to work with.”

Setting New Standards for Energy Resilience

The successful integration of the RPSLinkEX into the Denver Public Library's infrastructure underscores a significant advancement in how cities can leverage renewable energy and battery storage solutions. This project not only reinforces the library’s commitment to sustainability but also marks a substantial stride toward establishing a framework that other cities might adopt in their pursuit of energy resilience.

Viridi’s RPSLinkEX, equipped with a monitoring system operated through the ViSTA Dashboard, allows for meticulous oversight and management of energy consumption and performance. The combination of artificial intelligence and robust connectivity ensures optimal energy optimization for the library’s needs.

Toward a Safer and Sustainable Future

Viridi's innovations represent a shift in how battery technology can contribute to safer and more sustainable energy practices. In an era where climate change and energy security are paramount, solutions like the RPSLinkEX not only facilitate the everyday operations of institutions like libraries but also contribute to a broader commitment to environmental responsibility and public safety.

As more cities strive for energy independence and sustainability, Viridi’s approach could soon be viewed as a benchmark for future projects. The collaboration with McKinstry not only showcases cutting-edge technology but also serves as a reminder of the ever-increasing need to prioritize safety in our transition to renewable energy.

By adopting such innovative systems, we can help pave the way for safer, more resilient energy infrastructures that serve not just today but for generations to come.