ESB Scotland Signs Three Letters of Intent for Projects Utilizing American Energy Storage Innovations’ TeraStor
ESB Scotland Signs Three Letters of Intent for Projects Utilizing American Energy Storage Innovations’ TeraStor
AESI configurators make it easy to determine the appropriate amount of storage for your application
AESI products are the most energy-dense per footprint to fit into space-challenged sites
AESI configurators make it easy to plan for your project’s entire service life
Comprehensive documentation up front enables estimation of all costs throughout each project’s service life, from site construction, and installation through operation to recycling
AESI products enable the industry’s lowest levelized cost of usable storage (LCUS) to the market
TeraStor™'s simple architecture requires minimal maintenance
TeraStor™ arrives factory-packaged and tested, eliminating major on-site component integration
TeraStor is intermodal compliant, making it easy to transport and place on-site
TeraStor requires basic foundation support, minimizing construction costs
TeraStor is self-powered, eliminating on-site auxiliary infrastructure
TeraStor is self-cooling, eliminating all on-site HVAC installation
Each TeraStor is unloaded, placed, connected, and ready for commissioning in under six hours
TeraStor requires 22 simple connections, reducing on-site electrical work
TeraStor™ is engineered to optimize lithium-ion performance and cell life
TeraStor design minimizes stranded energy capacity, delivering greater output and availability throughout the system life
TeraStor eliminates over 280,000 components compared to traditional ESS systems, bringing greater reliability over the life of the system
TeraStor's system redundancy is a core design principle, mitigating points of failure, with greater system uptime
TeraStor's highly engineered cooling system precisely manages the system operating temperature for enhanced system availability
Lithium-ion battery storage technology is >95% efficient – system-level efficiency
TeraStor incorporates the latest high-efficiency PCS technology
TeraStor auxiliary power uses less than 2% of the total energy cycled
State-of-the-art, single point battery management system uses advanced algorithms to monitor & control all aspects of each TeraStor
StorView™ easy-to-use interface enables intuitive set-up, control, and operation
StorView interface easily couples with known third-party energy management systems
Warranty conditions are continuously compared against original and current expectations to proactively plan for changing application requirements
AESI modular energy and power conversion components provide high availability
Capacity is simple to maintain and augment
TeraStor™ requires minimal connections, reducing on-site electrical work
Battery cells can be easily recycled in partnership with industry-leading, certified lithium-ion recyclers