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  • On-demand Webinar

HOMER® Front Hybrid Optimization: FTM Modelling for Wind and Solar Projects with Batteries

UL Solutions' team of experts demonstrates how HOMER® Front Hybrid Optimization can help you maximize value and mitigate risks of energy storage for solar, wind and hybrid projects.

Overhead view of an energy power station next to a solar farm

Learn more about HOMER® Front and how to model and optimize energy storage and hybrid systems to mitigate risks and maximize project value.

Webinar date

Aug. 29, 2024

Speakers

Jose Javier Ripa, Senior Product Manager, Renewables

HOMER® Front Hybrid Optimization is a techno-economic tool designed to assist developers, system integrators and independent power producers (IPPs) determine optimal sizing and economic viability of utility-scale renewable (solar, wind and storage) systems. HOMER Front helps you evaluate profitability using Merchant Energy Sales, capacity markets or power purchase agreements (PPAs).

Learning objectives

Icon of an energy storage system

How HOMER Front helps simplify the task of evaluating designs for utility-scale power systems
icon variation hand pointing

How to identify which components (wind, solar, batteries) are best for the project
icon bar graph representing profit

How to identify how many and what size of each component will be most profitable
Arrow hitting the bullseye icon

Which markets the project will target (Energy, Frequency Regulation, Capacity, PPAs)
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How the different sensitivities can be analyzed to understand the impact of factors outside of your control
Icon of a battery with a warning symbol

How HOMER Front models battery degradation and cost of cycling
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What results you can obtain with HOMER Front and how they can help fuel your business model

Related software

HOMER® Front

Maximize return on utility-scale energy storage systems with or without solar and wind, perform techno-economic analysis and determine the most efficient hybrid power system.

Learn more
Download our brochure and case study
Use

Use Case: HOMER Front Modeling to Evaluate the Financial Impact of Adding Energy Storage in California Market

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