A society-wide transition to clean energy requires action on many levels. Private consumers, commercial-level consumers, institutions, and government need to aid the transition. Additionally, of course, the production side of the industry has to continually advance the technologies and improve their competitiveness.
An exciting story out of California combined with a worldwide journey above the clouds help to tie these different sectors together and inspire faster change. As we’ve stated before, the key aim of the Solar Impulse 2 crew isn’t just to set aviation and technology records. Rather, the key aim is to show the world that these technologies are ready, and to thus inspire more people to switch to cleantech for their energy and transportation needs.
One recent story on the ground in California, using tech from two core Solar Impulse 2 partners, further demonstrates that this tech is ready now. Additionally, it sets an example for what universities and other institutions around the world can do immediately to cut a significant portion of their pollution and carbon emissions. I encourage you to check out the video above (if you haven’t yet) for a lot more details and perspective, but below are some of the highlights.
A 16.3-megawatt SunPower solar farm using SunPower* solar panels and ABB* inverters is now providing electricity for UC Davis (the University of California, Davis). UC Davis noted when the project started that the solar farm would be “the largest solar power installation in the University of California system, and the largest solar power plant to offset the electricity demand of a U.S. university or college campus.” Let’s hope the records don’t last for long.
The solar farm is estimated to be generating 14% of UC Davis’ electricity needs and reducing the university’s carbon footprint by an impressive 9%. Overall, UC Davis aims to have 60% of its electricity needs provided by renewables by 2017. That even surpasses California’s goal of 50% renewable electricity by 2020.
With solar prices hitting record lows that are lower than the price of electricity from natural gas, coal, nuclear, or even wind, why wouldn’t an ethical and penny-wise university transition to clean power that ensures a better future for the youth it is educating? Providing a good example is, after all, a solid component of a good education system.
Aside from the ethical imperative to transition away from fossil fuels, UC Davis notes, “solar power is finally becoming cheap enough to make sense for large-scale energy users like UC Davis.”
One of the nice things about this project from a CleanTechnica perspective is that the technologies being used come from companies that serve the industrial sector, the commercial sector, and the residential sector. SunPower and ABB offer a wide range of solar products that serve the varying needs of these customers. Can you see why Solar Impulse 2 chose them to help power their pioneering flight around the world?
*Full Disclosure: ABB kindly sponsored this article, and I own stock in SunPower and ABB (for what I think are obvious reasons).
2016 Energy Storage Update USA, which happens in San Diego, California, on June 15th and 16th, will feature leading policy makers, financiers, utilities, developers, and manufacturers working in the energy storage industry. The event aims to bring industry insights to attendees through keynotes, dedicated sessions, and networking opportunities, and to cover a range of topics, including project financing, regulation, cost and performance assessments.
To get the most savings on your home solar panel installation, there are a few angles to approaching the project’s cost savings, with some of them leveraging your time or your money or your labor, and others leveraging the competitive nature of today’s home solar companies.
