Campus-wide Electrical Upgrades Help Achieve Climate Goals
Upgrades to Stanford’s electrical infrastructure will help the university reach its goal of operating at net-zero emissions.
Sustainable Energy System from Generation to Usage
To meet the growing energy demand driven by Stanford’s expanding academic and top-tier research initiatives, the university has implemented cutting-edge programs and conservation tactics as part of its long-standing commitment to energy efficiency. Stanford has also made remarkable strides in incorporating renewables into its portfolio, achieving 100% renewable electricity in 2022.
Powering Sustainability
Stanford Energy System Innovations (SESI) represents one of the world’s most drastic transformations of university energy supply and is central to Stanford’s shift from a 100% fossil fuel-based combined heat and power plant to a highly efficient energy system. Stanford’s greenhouse gas emissions have decreased by 68% due to SESI.
Harnessing Solar Energy
Contributing to the California grid through on-site solar panels and off-site solar generating stations is core to Stanford’s climate plans.
Shaping Smart Spaces
From reducing energy costs to optimizing energy performance through smarter, data-driven systems, Stanford is transforming an expanding campus through leading-edge energy efficiency initiatives. Dive into the data, explore stories, and learn about projects that are putting Stanford at the forefront of facility energy management.
Energy
Data Hub
Energy Resources
Brighter Ideas for Energy Savings in Labs
Discover tools and rebates for conservation in the most energy-intensive spaces at a research institution.
Optimize Energy for Buildings
As a facility or building manager, reduce energy consumption and cut costs with these strategies.
Project: Scheduling for Sustainability
Justin West ’25 piloted an occupancy-based HVAC scheduling system in the Gates building, aiming to reduce energy consumption by 20% through adjustments based on real-time data.