1. Factors to consider when deploying lithium-ion technology in stationary energy storage projects include fire safety, limited lifespan, and costly augmentation scenarios.
2. Metal-hydrogen technology, such as Enervenue Energy Storage Vessels, offers a longer lifespan and proven reliability compared to lithium-ion batteries.
3. The webinar discusses the benefits of metal-hydrogen batteries, including improved safety, revenue consistency, and long-term value for system owners, as well as addressing the evolving needs of the electrical grid.
When considering technology for stationary energy storage projects, project owners and financiers have to weigh factors like fire safety, limited lifespan, and costly augmentation scenarios associated with lithium-ion (Li-ion) technology. However, there is an alternative in the form of metal-hydrogen technology, specifically Enervenue Energy Storage Vessels, which have been used by NASA for over 30 years and do not have the same limitations as Li-ion batteries.
In a webinar, attendees can learn about the benefits of metal-hydrogen batteries compared to other energy storage technologies, including their ability to provide consistent revenue and value to system owners, as well as their safety profile that mitigates risks faced by other technologies. The webinar also discusses the impacts of battery degradation, costs and risks of project augmentation, and how developers and asset owners can use flexible battery technology to meet evolving market requirements for long-duration energy storage.
Speakers Brad Dore and Spencer Nervig from Enervenue will present at the webinar, followed by an audience Q&A session moderated by Energy-Storage.news editor Andy Colthorpe. Those interested can register to watch the webinar on-demand to access presentation slides and other Energy-Storage.news webinars.