In the heart of Nebraska, an innovative alliance is taking shape between Bridge Renewable Energy and WATTMORE. These two companies are committed to strengthening the local electrical grid with an exceptional energy storage project, merging the power of Eos’s zinc-based batteries with WATTMORE’s artificial intelligence. Aimed at improving the resilience and reliability of the electrical system, this project is also a gateway to cleaner and more sustainable energy for the surrounding communities.
Bridge Renewable Energy, a subsidiary of Bridge Investment Group Holdings, and WATTMORE, a provider of energy management software and services, have partnered with Lincoln Electric System in Nebraska to develop a energy storage project of 3 MW/12 MWh. This project aims to reinforce the local electrical grid by supporting an existing community microgrid and providing practical knowledge on battery storage. Utilizing Eos Znyth technology, powered by aqueous zinc batteries, this system offers long-duration energy storage, thereby contributing to the reliability and resilience of the grid during outages.
an ambitious project to improve energy management
In an era where renewable energies transcend their status as an alternative, the collaboration between Bridge Renewable Energy and WATTMORE aims to strengthen the local network in Nebraska. The project named Lincoln Electric System solidifies this ambition. This ingenious device integrates advanced energy management technology, incorporating both storage and control, illustrating a new era of diversifying energy sources and the flexibility of infrastructures.
revolutionary technological development and community engagement
The core of this innovative project rests on the adoption of third-generation aqueous zinc batteries designed by Eos, which provide 12 MWh of energy storage. The choice of this technology is no coincidence; it offers a long-term solution, non-flammable, and made in the United States. Equipping the WATTMORE system with their patented Intellect Operate EMS software, this project not only contributes to the stability of the grid, but it also becomes a testing and learning ground. The increased involvement of the local community, through the Lincoln microgrid, underscores the direct impact of this project not only on energy viability but also on infrastructure autonomy and resilience.
future prospects for energy storage
This 3MW/12MWh project is just one piece of the global renewable energy puzzle. With the support of companies like Bridge Renewable Energy and WATTMORE, the future increasingly points toward the creation of self-sufficient networks. In this context, other countries are following suit with multiple initiatives, such as the development of large-scale energy storage systems through batteries, illustrating the global imperative towards greater sustainability. By targeting not only technology but also the economic and social aspects of energy projects, this model can be replicated, rethought, and improved across the globe, ensuring a smooth and sustainable energy transition.
