Oregon solar advocates have calculated just how much energy goes into drying a load of laundry in a clothes dryer.
On average it’s three kilowatt hours per load, according to Joe Wachunas with Solar Oregon.
“What does three kilowatt hours mean? Well, it takes about a pound of coal to create one kilowatt hour of electricity, and coal is a big provider of our electricity across the country,” he said.
Hang drying clothes saves energy over putting them in a clothes drier.Read More
Originally written by Dima Williams | The Washington Post
When a dishwasher, refrigerator and double oven — all builder-grade and all nearly 20 years old — failed in a brief span in late 2017, Dan and Marianne Casserly pondered their options.
They could undertake an extensive kitchen remodel, or they could seek a new home for their five-member family.
“I was intimidated by all of the potential construction and potentially being displaced from our home for a long time,”
The Casserlys had purchased their large, Craftsman-style home in Falls Church, Virginia, in 2001, raised three children there and cherished their community, which is why they opted to renovate rather than move.Read More
“This house was chosen as the best of the best because it perfectly fuses building science and artful design…It’s not only super energy efficient, wildfire resilient and durable, but also just stunning to look at. Great siting, nice views. It checks all the boxes.”Matt Power, editor-in-chief of Green Builder Media. “
Designer Jason Offutt of the Shelter Studio in Bend and homeowner Gretchen Rowe, who filled in as the general contractor and interior designer, poured so many environmentally friendly features into the structure that it earned the Home of the Year award from Green Builder Magazine, a publication focused on creative solutions to wasteful construction.Read More
NOTE: This content courtesy of nextcity.org. The following is an excerpt from “Resilience for All: Striving for Equity Through Community-Driven Design,” by Barbara Brown Wilson, published by Island Press. In it, the author chronicles examples around the U.S. of community-engaged design led by historically marginalized populations advocating for equitable, positive change. Here, she explains how nonprofit groups in northeastern Portland, Oregon, have fought displacement and pushed for safer streets.
“On the way to the elementary school there is not a pedestrian crossing and no sidewalks. If you want to walk your kids to school, you have to share the road with the cars, and if it rains, it covers the whole edge of the street, and you do not have anywhere to walk besides the shared area with the cars. When I took my son to school, I tried to stay close to the fences where the houses were, because if a car passed it would spray me with water from the puddles. … Also, in a lot of areas there was no lighting. It was really dangerous in the summertime, because there would be gangs that would come at night and be in the dark areas. You would not feel safe to go to the park or go to the schools. In the streets it is safer, but there are lots of potholes and things that could make a stroller fall over.” —Teresa Raigoza Castillo, Cully Neighborhood Leader
Cully, a neighborhood in Northeast Portland, is among the most ethnically diverse in Oregon. It is also marked by poverty, rapid gentrification, and inequitable access to quality public infrastructure. Many green infrastructure project teams flounder when trying to couple social justice with their environmental goals, but in Cully green infrastructure provision is linked explicitly with wealth building and anti-displacement goals through a coalition called Living Cully. Living Cully is the brainchild of Verde, a community-based nonprofit with a mission to “build environmental wealth through Social Enterprise, Outreach, and Advocacy.” Using the momentum and resources in Portland’s EcoDistrict approach, but focused on grassroots, resident leadership to drive urban change, Living Cully is now a robust network of community organizations and resident leaders all working in concert to build local resident capacity, improve local infrastructure, and fight the forces of displacement those improvements might otherwise bring.Read More
Maybe you’ve checked into a tiny house before, but have you ever stayed in a mini modern dwelling that rotates so you can chase the sun or change your view?
Ethan Caughey and Becca Kennedy installed a revolutionary, rentable tiny house in North Portland’s Boise neighborhood.
On one end of their property is the original 1905 Craftsman they restored as their family home. In the middle is a landscaped seating area with a fire pit. And tucked into a corner near the street is the cool, spinnable studio.Portland architect Ben Kaiser sells plans to the tiny, twirling house he designed. Or you can test out the idea at $96 a night.Read More
SALEM — Over the past two decades, solar electricity in Oregon has moved beyond residential rooftops, with more and more electricity coming from commercial and industrial projects. Visualizing this rise in renewable solar electricity generated statewide is now easier than ever thanks to a new Oregon Solar Dashboard launched by the Oregon Department of Energy.
The Oregon Solar Dashboard shows the rapid expansion of solar facilities between 1999 and 2018. Nineteen years ago, only a handful of residential arrays were scattered around Oregon. Now, the most current dataset available shows how quickly – and where – residential, commercial, and utility-scale solar facilities have populated throughout the state.
The dashboard also shows the dramatic decrease in solar electricity’s cost per watt (75 percent reduction since 1999!), the increase in the sizes of residential systems over the years, the state’s largest utility-scale projects, and the amount of solar located in each utility’s territory.
The Oregon Department of Energy worked with regional utility, solar industry, and community partners to develop the dashboard as part of a larger effort to quantify trends in the energy sector and make data available to stakeholders in user-friendly formats. The work was made possible in part through a federal grant provided by the U.S. Department of Energy; known regionally as Solar Plus, the project includes partners in Oregon and Washington working together on strategies related to community solar, grid resilience, and energy planning.
ODOE relied on its own data as well as data from Portland General Electric, Pacific Power, Idaho Power, Eugene Water and Electric Board, and Ashland Municipal Electric Utility. Regional partners include Energy Trust of Oregon, Renewable Northwest, Oregon Solar Energy Industries Association, and the Northwest Power and Conservation Council, which supported the project through data sharing and design support.
The dashboard is still a work in progress. ODOE will continue to work with stakeholders to update the data over time and make improvements. If you have comments or suggestions about the project, please send an email to: [email protected].
PORTLAND — In November 2016, the City Council adopted an energy benchmarking ordinance that requires owners of buildings with at least 20,000 square feet of single-tenant floor space to report their energy and water usage to the city’s sustainability office.
The goal was to have that data back to the city by 2019. But the council relaxed that deadline last November. According to Councilor Spencer Thibodeau, chairman of the Sustainability and Transportation Committee, building owners argued they couldn’t get the data from Central Maine Power Co.
On Monday, the council gave the property owners until May 2020 to report the information.Read More
NEWS PROVIDED BY: Clean Energy Solutions, Jul 08, 2019, 08:32 ET
LOS ANGELES, July 8, 2019 /PRNewswire/ — Clean Energy Solutions, one of the fastest-growing solar installers in the U.S., is now taking on Los Angeles and California’s affordable housing shortage with the launch of a solar energy program for accessory dwelling units (ADUs), which are also known as granny flats, in-law units, backyard cottages or garage apartments. Together, Clean Energy Solutions and the City of Los Angeles will combat the growing housing issue in LA that is driving rent costs and spiking property costs statewide.Read More