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HOMER Grid
EV Charging
Maximize EV charging station revenue and return on investment with confidence.
HOMER Grid's robust EV charging analytics and revenue calculator enables you to reduce the time and uncertainty of evaluating the ROI of a proposed charging station, forecast revenue, maximize project value and demonstrate that value to your customer.
Watch the video to see how you can manage the costs of charging electric vehicles.
You'll discover how HOMER Grid enables you to model the resources and tariffs and optimize your system design to lower your energy bills.
After you find the winning system, HOMER Grid's customizable client facing report helps win sales.
You can quickly and confidently:
- ✓Size and optimize charging stations, whether grid-connected or powered by a microgrid or distributed energy.
- ✓Optimize on-demand and deferrable EV charging strategies.
- ✓Compare multiple locations and system configurations to find the most profitable solution and site.
- ✓Gain control over demand charges and time of use rates.
- ✓Determine, maximize and demonstrate the value of on-site generation and storage.
- ✓Use modeling results to speed the permitting process, reduce the time from quote to construction and mitigate project risk.
Demand Charges
Optimize behind-the-meter storage and generation and reduce demand charges.
Resilience
Increase ability to supply power during extended outages.
Combined heat and power
Explore the value of combined heat and power.
Interested in learning more about HOMER Grid?
UL Solutions HOMER Grid is built-on the trusted HOMER software engine used by more than 250,000 energy professionals in over 190 countries, plus the independent engineering expertise of our large advisory team. HOMER software optimizes the value of your hybrid power systems and energy storage whether the system is standalone, grid-connected, behind- or in front-of-the-meter.
Products include HOMER Pro for determining the best, least-cost solution for microgrids; HOMER Grid for designing behind-the-meter, grid-connected systems that save on electricity bills, reduce peak loads, and lower carbon footprints; and HOMER Front to maximize project IRR in utility-scale energy storage whether standalone or combined with other energy resources such as solar or wind.
The map shows locations of the more than 250,000 users enabled by HOMER software in over 190 countries around the globe.