Stadium & sports complex
Demand charge reduction, Demand response, and Protection against rate changes
1 MW / 2 MWh
Home to the LA Galaxy U.S. soccer team and USA Cycling team, Dignity Health Sports Park is a state-of-the-art stadium in Carson, California owned and operated by AEG Worldwide. Built in 2003, the 30,000-seat complex includes a football and soccer stadium, tennis stadium, velo sports center, and track and field facility.
The Dignity Health Sports Park, with partners LA Galaxy and AEG 1EARTH, strives to set the standard for green stadium operations. It’s the first soccer-only MLS venue to utilize LED stadium lighting, was the first stadium to irrigate with recycled water, and recently unveiled a new community garden & greenhouse that supplies fresh produce for team and venue staff. The Dignity Health Sports Park is now home to the largest energy storage system deployed at any stadium in the country.
AEG pursued energy storage for its ability to adapt to constantly changing energy use and prices. As a stadium serving the public, Dignity Health Sports Park doesn’t have the flexibility to reschedule operations to avoid peak electricity prices. Before energy storage, Dignity Health Sports Park had to buy electricity at the exact time it was needed, even if prices were 10X more expensive than earlier in the day.
Now, with intelligent storage from Stem, AEG can buy electricity when it’s cheaper and use it later in the day, reducing time-based energy costs and minimizing exposure to changing rate structures. This energy cost optimization is done automatically, with no impact to operations. With AI-powered energy storage software, AEG achieves energy cost savings while reducing exposure to utility rate changes – all without any change to operations.
In addition to reducing its own energy costs, the Dignity Health Sports Park is doing good for its community by minimizing its impact on the grid during critical energy periods. The energy storage system at the Dignity Health Sports Park is digitally linked to the rest of Stem’s storage network, creating a virtual power plant that can be called upon by power companies as a cost-effective alternative to fossil-fuel powered resources. This virtual power plant enables greater utilization of renewables like solar, while supporting a more sustainable, efficient and resilient grid.