Viridi Partners with Oak Ridge National Laboratory to Enhance Power Grid Resilience and Reliability
In a significant move aimed at bolstering the reliability and resilience of the U.S. power grid, Viridi, a leader in fail-safe battery energy storage systems (BESS), has announced its strategic partnership with the Oak Ridge National Laboratory (ORNL). This collaboration represents a vital step in advancing research and development in next-generation utility grid technologies, fundamentally improving how energy is stored and distributed across the national grid.
The partnership comes at a crucial time, as the demand on the electric grid continues to escalate, pushing utilities to modernize their aging infrastructure. Viridi’s battery energy storage system, specifically the RPS 150, has been selected for installation at ORNL's Grid Research Innovation and Development Center (GRID-C). This facility is at the forefront of new research initiatives by the U.S. Department of Energy (DOE) focusing on resource integration and evaluation, which are critical aspects of modernizing the utility grid.
The research collaboration has initially revolved around developing a system that controls clusters of grid resources to cater to diverse utility needs. Testing commenced indoors, utilizing simulated energy sources alongside battery storage. However, it was essential to transition to real-world applications within an active grid to identify and rectify any potential issues arising from complex interactions between equipment and the actual battery charging processes.
The performance of Viridi's RPS 150 at GRID-C's Power Distribution Field Test Site has delivered promising results. The integration of ORNL's converter system with Viridi's battery system has validated the underlying technology that supports the future of energy grids in the United States. Dr. Madhu Sudhan Chinthavali, the Electrical Systems Integration Program Manager at ORNL, remarked on how this project bridges significant gaps in understanding performance challenges when real electrical equipment is involved. He emphasized the seamless integration of Viridi's battery with ORNL's management system, which facilitated a successful collaboration throughout the testing phases.
Viridi's commitment to advancing battery energy storage has never been more critical. As aging grid systems face increasing pressures to accommodate distributed energy resources and enhance resilience against various disruptions, BESS systems have emerged as integral components of the solution toolkit. By allowing utilities to coordinate energy storage across different grid components, Viridi's technology addresses one of the most pressing needs in the sector today.
Jon M. Williams, the CEO of Viridi, expressed pride in being chosen to partner with ORNL for this meaningful initiative. He sees it as a validation of the innovative solutions his company provides within the industry. Williams noted, 'When a national laboratory selects your technology for their research, it signifies that we have reached an important milestone. Our fail-safe BESS is specifically engineered for environments like this, and we are excited to work alongside ORNL to meet the grid modernization challenges utilities face across the nation.'
As the partnership unfolds, both Viridi and ORNL anticipate continuing their collaborative research endeavors, with more joint projects on the horizon. For Viridi, this strategic alliance is key to realizing their mission: delivering safe and dependable battery energy storage to vital infrastructure applications, from pioneering research to practical utility deployments that are essential for meeting contemporary energy demands.
Viridi’s innovative battery systems are not only transforming traditional energy storage but are also showcasing unparalleled safety features thanks to their proprietary anti-propagation technology. This technology reduces the risks associated with lithium-ion battery fires, thereby setting new industry benchmarks for safety and reliability. The company continues to redefine the landscape of commercial-scale battery installations by ensuring their systems can occupy existing buildings without compromising on safety.
To learn more about Viridi and their groundbreaking work in energy storage technology, visit their official website at www.viridiparente.com and follow their updates on LinkedIn.
The partnership comes at a crucial time, as the demand on the electric grid continues to escalate, pushing utilities to modernize their aging infrastructure. Viridi’s battery energy storage system, specifically the RPS 150, has been selected for installation at ORNL's Grid Research Innovation and Development Center (GRID-C). This facility is at the forefront of new research initiatives by the U.S. Department of Energy (DOE) focusing on resource integration and evaluation, which are critical aspects of modernizing the utility grid.
The research collaboration has initially revolved around developing a system that controls clusters of grid resources to cater to diverse utility needs. Testing commenced indoors, utilizing simulated energy sources alongside battery storage. However, it was essential to transition to real-world applications within an active grid to identify and rectify any potential issues arising from complex interactions between equipment and the actual battery charging processes.
The performance of Viridi's RPS 150 at GRID-C's Power Distribution Field Test Site has delivered promising results. The integration of ORNL's converter system with Viridi's battery system has validated the underlying technology that supports the future of energy grids in the United States. Dr. Madhu Sudhan Chinthavali, the Electrical Systems Integration Program Manager at ORNL, remarked on how this project bridges significant gaps in understanding performance challenges when real electrical equipment is involved. He emphasized the seamless integration of Viridi's battery with ORNL's management system, which facilitated a successful collaboration throughout the testing phases.
Viridi's commitment to advancing battery energy storage has never been more critical. As aging grid systems face increasing pressures to accommodate distributed energy resources and enhance resilience against various disruptions, BESS systems have emerged as integral components of the solution toolkit. By allowing utilities to coordinate energy storage across different grid components, Viridi's technology addresses one of the most pressing needs in the sector today.
Jon M. Williams, the CEO of Viridi, expressed pride in being chosen to partner with ORNL for this meaningful initiative. He sees it as a validation of the innovative solutions his company provides within the industry. Williams noted, 'When a national laboratory selects your technology for their research, it signifies that we have reached an important milestone. Our fail-safe BESS is specifically engineered for environments like this, and we are excited to work alongside ORNL to meet the grid modernization challenges utilities face across the nation.'
As the partnership unfolds, both Viridi and ORNL anticipate continuing their collaborative research endeavors, with more joint projects on the horizon. For Viridi, this strategic alliance is key to realizing their mission: delivering safe and dependable battery energy storage to vital infrastructure applications, from pioneering research to practical utility deployments that are essential for meeting contemporary energy demands.
Viridi’s innovative battery systems are not only transforming traditional energy storage but are also showcasing unparalleled safety features thanks to their proprietary anti-propagation technology. This technology reduces the risks associated with lithium-ion battery fires, thereby setting new industry benchmarks for safety and reliability. The company continues to redefine the landscape of commercial-scale battery installations by ensuring their systems can occupy existing buildings without compromising on safety.
To learn more about Viridi and their groundbreaking work in energy storage technology, visit their official website at www.viridiparente.com and follow their updates on LinkedIn.
Topics Energy）
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