Photo of gold pioneer statue atop Oregon State Capitol building
Fire and Ice: How Oregon’s past year makes clear we need 100% clean electricity
Oregon continues to pump out more climate pollution every year, but we can pass 100% Clean right now to lay the foundation for a clean energy-based economy.
Resilience
Sunset over a smoky sky

It's the 11th hour for climate action in Salem

23 days. That’s how much time is left in the legislative session in Salem.    97° F. That’s the record-breaking temperature in Salem on June 1st.

Photo of gold man statue atop the Oregon State Capitol building

Fire and Ice: How Oregon’s past year makes clear we need 100% clean electricity

Oregon continues to pump out more climate pollution every year, but we can pass 100% Clean right now to lay the foundation for a clean energy-based economy.

worker installing heat pump unit on wall with text overlay "clean buildings"

Living cleaner: why cities are shifting to all-electric buildings

We can make sure that our buildings are healthy and safe. A transition to all-electric will require our communities dispelling misinformation and speaking up for policies that move us off gas in an equitable and just way.

city skyline with text overlay "clean and safe buildings"

The case for clean, safe, and all-electric buildings

Washington and Oregon need to join the movement towards clean, safe, all-electric buildings—and we need to do it soon. Look out for more information on the case for all-electric buildings and the policy solutions that can get us there in the Northwest.

11th Annual CUB Policy Conference

Increasingly, the Pacific Northwest sees the impacts of climate change in real time. Recently, catastrophic wildfires and wind and ice storms have placed a massive strain on our energy systems. In severe cases, customers have been left without power for days or weeks on end. Meanwhile, our policy climate is shifting decidedly toward a model of 100% clean electricity. Increasing reliance on variable resources raises questions of resource adequacy and reliability. How can we reliably heat and cool everyone’s homes, while keeping service affordable for all?