The Clean Energy Transition’s 2024 Impact Report.

Two SCALE 2030 papers explore how to strategically accelerate an equitable clean buildings transition in Washington.

CETI and 2050 Institute release the first two papers of the SCALE 2030 project to accelerate building decarbonization in Washington.

A sneak-peak of key insights from our SCALE 2030: Clean Buildingss Ecosystem Assessment report, which examines Washington’s current building stock, energy use, and emissions.

In the past several years, geothermal has emerged as a clean, firm resource with the potential to be scalable and cost-effective.

As tides shift in the federal government, CETI remains committed to our mission in the Northwest.

We explore the mix of utilities—including investor-owned, public utility districts, municipal utilities, Tribal utilities, and cooperatives—that make up the Northwest’s electric utility landscape.

Recently, the EIA updated its method for calculating the energy contribution of noncombustible renewables, which include hydroelectric, geothermal, solar, and wind energies.

Jeanne presented findings from Net-Zero Northwest and some current CETI projects to an energy policy class at University of Washington’s Evans School.

CETI’s October newsletter highlights our impact in the region, continued work on Oregon’s Energy Strategy, updates to the Northwest Clean Energy Atlas, a series of infographics that demystify electricity, and an upcoming webinar on emissions accounting.

Ruby and Eileen presented Idaho-specific findings from CETI’s Net-Zero Northwest study to the Idaho Climate Forum.

As part of our Demystifying Decarbonization project, CETI’s 2024 Summer Intern, Richa Nevatia, created three infographics to explain what electricity is, how it is measured, how it gets from a generation facility to homes, businesses, or industrial facilities, and what it means for it to be behind-the-meter.