Laurie is a Senior Writer/Editor for Rocky Mountain Institute.
Background
Laurie has over 20 years of experience in renewable energy technologies. Prior to joining RMI, Laurie was the International Program Manager for Solar Energy International (SEI), where she organized renewable energy trainings around the world. She also wrote articles for environmental magazines and was green building editor for Home Power magazine.
Laurie has extensive experience working on and documenting rural electrification renewable energy projects throughout Latin America. She spent a year installing solar rural electrification systems in repatriated refugee communities in El Salvador with an organization she cofounded called Solar Community Projects, and spent a year working on solar water distillation at the Engineering University in Managua, Nicaragua. Laurie has also led renewable energy and energy efficiency tours of Cuba with Eco-Cuba Network since 1996. Laurie currently serves as an advisory board member to Remote Energy, a nonprofit organization serving as a technical/teaching arm for organizations that are working on international clean energy programs.
Education
M.Sc., Energy Engineering, University of Colorado Boulder
BA, Mathematics, Colorado College
Awards: Phi Beta Kappa, National Science Foundation Graduate Fellow
Location
Basalt, CO
Twitter
@LaurieGStone
Why I Love Working At RMI
“The best thing about working at RMI is knowing that I am part of transforming the energy system and creating a better future for not only my son but all the children on the planet.”
Authored Works
Outlet Blog Post
RMI is working with the City of Austin to tackle congestion along with the city’s other mobility challenges—including costs, accessibility, safety, and the environment—by leveraging the power of emerging technology and new business innovation.
Outlet Blog Post
Ithaca College, located in the Finger Lakes region of central New York State, has been listed in the Princeton Review’s list of top green colleges for six straight years. Now, it is getting even greener, with the addition of 2.9 MW of solar energy.
Outlet Blog Post
The small country of Denmark (pop. 5.6 million) is making a big commitment to renewables. In the early 1970s imported oil supplied 92 percent of Denmark’s energy. Today Denmark’s electric grid is over 40 percent renewably powered, and the country is aiming to reach 100 percent renewable electricity by 2035…
Outlet Blog Post
With Nevada rolling back net metering and solar company stock prices falling, one might think the solar industry is in big trouble. Yet we believe the opposite is true. Here are the top ten reasons why...
Outlet Blog Post
In the United States, school buildings are the third biggest energy user of all commercial building types, not only producing a lot of emissions but also costing a lot of money. Each year, K-12 schools spend $8 billion on energy—more than they spend on computers and textbooks combined. One…
Outlet Blog Post
The world’s largest manufacturer of office furniture will soon offset 70 percent of its total U.S. electricity usage with wind power from a long-term virtual power purchase agreement.
Outlet Blog Post
The USGBC recently released its 2015 Top Ten States for LEED list, naming the U.S. states that lead the nation in sustainable building design, construction, and transformation. For the third year in a row, Illinois topped the list of total square feet of LEED-certified space per resident.
Outlet Blog Post
As we start 2016, we thought we’d look back at all the exciting stories from the past year as told through our blog site.
Outlet Blog Post
From a global climate accord to major domestic progress on the renewables front, 2015 was a great year for clean energy.
Outlet Blog Post
New Mexico is officially known as the “Land of Enchantment.” However, before 1941, the state’s license plates declared New Mexico “the Sunshine State.” It’s the third sunniest state in the U.S., behind Arizona and Nevada. With that abundant sunshine, it’s no wonder that the people of Taos County want to use more solar energy.