ENERGY UNRESTRICTED

Flexible long duration energy storage (LDES)

The demands of our electrical grid are rapidly changing and the need for flexible energy storage solutions has never been more apparent. As the amount of intermittent renewable energy increases on the grid, battery solutions are being tasked with ensuring the grid remains stable and reliable. Therefore, it is paramount energy stakeholders adopt storage technologies that deliver on their promise to be flexible, secure, and long-lasting. Today, EnerVenue’s metal-hydrogen solutions are redefining what can be expected from battery storage.

EnerVenue as a flexible asset

Utility stakeholders are asking for more versatile, flexible energy storage assets that can handle a variable set of applications. With the ability to address a short and long durations, and multiple daily cycling, no other energy storage solution offers a more comprehensive range of applications. 

Improved Safety

Substitution for Li-ion technology in 2-4 hour systems with improved safety and cycle life.

Maximize Revenue

Perform multiple daily cycles to maximize revenue.

Long Duration

Address the growing market for long duration energy storage.

2-hour

Charge / Discharge Duration

12-hour


Proven Technology

  • Core chemistry used by NASA for 30+ years
  • Dramatically improved protection against fire and thermal runaway
  • Lab and third-party tested, commercial projects running
  • Capacity Assurance™: 20-years / 20,000 cycles

Ultra-Long Life

  • Continuous cycling without rest
  • Design life of 30 years / 30,000 cycles
  • Forecasted 86% capacity after 30,000 cycles
  • Minimal maintenance and low OPEX

Flexible Charge/Discharge

  • Wide range C/2 to C/12
  • Increase grid resiliency
  • Greater renewable integration
  • Maximize asset value with multiple daily cycles

Superior Round Trip Efficiency

  • Fewer grid assets to control with less energy loss
  • Reduced HVAC needs maximizes system efficiency
  • Greater revenue than alternative technologies
  • Improved operations and less environmental waste