Project overview

generation-icon

300 MW solar + 240 MW battery energy storage

resident

Enough clean energy to power 135,000 California homes annually

spot

Tulare County, California

Project timeline

Construction August 2023
Operations February 2025

 

Economic and environmental benefits

We believe in being a good neighbor, ensuring responsible and sustainable clean energy development that benefits both the environment and local communities without burdening existing infrastructure.

Carbon-icon

The project is expected to avoid 210,000 tons of GHGs annually, which is equivalent to removing 44,000 gas-powered cars from the road for one year.

dollar

Provides local economic benefits such as tax revenue for local communities and schools over the life of the project.   

aes_icon-people-rgb_people_1.png

400 jobs created during construction and jobs for operations.

Clean energy benefits local communities 

  • Long-term tax revenue to counties, towns and school districts
  • Job creation during construction and operation
  • Local economic stimulus during construction
  • Affordable, reliable, locally produced clean energy
  • Improved air quality and reduced CO2 emissions
  • Non-permanent development and low-impact construction that ensures land can be sensitively restored to pre-project conditions at the end of the project’s life

Partnering with communities for the future of energy

AES is committed to being a good neighbor and partner in Tulare County. We understand that our success as a company is only as strong as our partnerships with the communities where we operate. That’s why we partner with stakeholders in local communities, including local contractors and non-profit organizations, to understand how we can best work together to support sustainable social and economic development. We’re committed to ensuring safe, responsible clean energy development that improves lives and builds stronger communities.

Contact us

We want to hear from you! We appreciate your interest in AES’ Rexford solar plus storage project.