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Goal

L

Implement strategic electrification projects and prepare for electrification.

Currently, the majority of electricity in St. Louis City comes from coal; therefore, electrifying our buildings will not result in reduced emissions in the short-term. Strategic electrification is identifying opportunities where it makes the most sense to electrify in a way that increases energy efficiency and reduces pollution, while lowering costs and phasing out fossil fuels. This effort could include piloting new innovations, addressing data center energy demands, installing microgrids and the like.

Strategy

Create a strategic electrification plan, identifying and prioritizing areas where electrification and renewable energy will be most feasible in the short-term and detailing the longer-term transition to phase out fossil fuels.

Expected Outcomes

  • A set of projects that demonstrate decarbonization approaches for St. Louis City and help scale future efforts.

How will we achieve this?

Our Actions

L.1

Explore the installation of solar developments, wind power, and hydropower on City property by third parties to generate City revenue and demonstrate technologies, as well as enforcing existing solar-ready and EV-ready ordinances.

L.2

Work with Ameren and key partners to identify pilot solar/microgrid developments that support the electric grid, reach climate goals, and reduce energy costs in neighborhoods with high energy burden.

L.3

In coordination with Ameren and Spire, identify opportunities and key infrastructure needs to transition St. Louis City to a low-carbon community by 2040.

L.4

Evaluate how to phase in electric vehicles and publicly available charging stations to drive down emissions and pollution from non-electric vehicles, given existing energy sources.

L.5

Enhance and expand the district energy system to increase efficiency and reduce use of coal energy while leveraging existing infrastructure.

Case Studies

Learn more about the sustainability practices or principles mentioned in the actions above. 

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Microgrids

Microgrids are smaller, self-sufficient energy networks that serve a localized area, such as a college campus, hospital, or apartment complex. Microgrids can help reach renewable energy goals and provide social and health benefits. An example of this is the battery storage microgrid installation at Marcus Garvey Apartments, a multifamily affordable housing development covering nine city blocks in Brooklyn. The project is meant to help reduce energy costs and enhance resiliency, and was the first battery storage microgrid installation at a low-income multifamily property in greater New York City. The energy storage system balances the output of solar and fuel cell systems and serves as an emergency power supply. Residents now have reliable energy resources during power outages caused by storms or during times of high electricity demand. Furthermore, operation of the microgrid system lowered the monthly power bill for Marcus Garvey Village by 15% to 20%. This project serves as a model for other cities and communities striving for clean energy and resiliency.
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