Introducing New HOMER Front Modeling Software: Maximize the Revenue of Utility-Scale Energy Storage

Utility-scale renewable energy project developers face growing competition amid the increasing need to supply clean energy reliably. By adding dispatchable resources and developing stand-alone storage projects, developers can offer new revenue generating services and strengthen system reliability. But economic success requires optimizing numerous techno-economic variables — like variable generation, fluctuating energy markets, decreasing battery capacity and long-term service.

The challenge calls for a tool that rapidly simulates complex variables and provides accurate results. HOMER Front provides the solution.

In this information-packed webinar you will discover:
• The critical role of hybrid and stand-alone energy storage in the clean energy transition
• How HOMER Front empowers you to successfully address the challenges of
o Serving multiple market factors including PPAs, capacity markets and energy markets
o Determining the optimal system’s battery size, chemistry and augmentation strategy
o Assessing economic viability of a project
o Designing and optimizing a system to maximize revenue
• The value of robust battery modeling capabilities

Join presenters David Mintzer, Steffi Klawiter and Christina Duong as they illuminate the path to successfully designing complex, utility-scale hybrid and stand-alone energy storage projects.