On Monday, a notable subset of the largest U.S. corporations signed on to a statement from the Renewable Energy Buyers Association (REBA), laying out their top federal policy priorities to help them meet their own aggressive decarbonization goals. Among the 34 signatories are tech giants like Amazon, Apple, Facebook, Google and Microsoft, manufacturing heavyweights including Cargill, Clorox and General Motors, and global retail and consumer brands like Disney, Johnson & Johnson, McDonalds, Target and Walmart. Many of these companies have already pledged to zero out their carbon footprints in the next decade or two, whether internally or across their supply chains. Read more here.
ESG & SUSTAINABLE FINANCE
Welcome to a new era of ESG and sustainable finance, by Joel Makower, Chairman and Executive Editor, Green Biz Group
A vast ecosystem is in play. Investors have awakened to the notion that how companies manage environmental and social issues is nearly as key to their risk profile and profitability as are financial fundamentals. Banks and insurers are factoring climate risk and social issues into their products and portfolios, accelerating a shift that’s been gearing up for years.
Companies are warming to a world of deeper transparency and disclosure demands by investors, lenders, customers and others, and are trying to keep up with the dynamic world of standards and frameworks with which they’re being asked to comply. Oh, and it’s the dawn of a new U.S. presidential administration that sees virtue in assertive action on a range of social and environmental issues.
ADDITIONAL RECOMMENDED READING
Biden-Harris Administration picks Energy Storage Association CEO to join senior DoE leadership, Energy Storage News
A former utility commissioner in her home state of Maryland, Kelly Speakes-Backman has been leader of the ESA during a period of fast growth and rapid scale-up for energy storage in the US, with more than 2GW installed during that time.
In a recent interview for Energy-Storage.news, the now former ESA CEO said that the association expected to see at least 3.6GW of storage installed during 2021, and ESA published ‘Vision 2030’ a while ago, citing that the deployment of at least 100GW of energy storage on the grid is both desirable and achievable.
EVgo Seeks $2.6B Public Market Valuation in SPAC Reverse Merger, Greentech Media
The LS Power subsidiary is the second major EV charger company in the U.S. seeking public capital to meet rocketing demand.
HOME HYDROGEN BATTERY
World-first home hydrogen battery stores 3x the energy of a Powerwall 2, New Atlas
To get off the grid with home solar, you need to be able to generate energy when the Sun’s out, and store it for when it’s not. Normally, people do this with lithium battery systems – Tesla’s Powerwall 2 is an example. But Australian company Lavo has built a rather spunky (if chunky) cabinet that can sit on the side of your house and store your excess energy as hydrogen.
Solar Landscape to Provide Cost-Free Electricity to Asbury Park Schools, Renewable Energy Magazine
Entering into a 15-year Power Purchase Agreement (PPA), Solar Landscape will provide electricity to the Asbury Park School District at no cost for the entire term of the agreement. This will result in a critical cost savings of more than $120,000 a year for Asbury Park schools.
FEATURED WIND ENERGY RESOURCES
Wind Workforce Webinar Series Offers Insights, Information, and Solutions
To help industry recruit the best and brightest people and to provide students with the essential resources to set them on a path toward a rewarding career in the wind energy workforce, NREL, in partnership with the Investment Tax Credit (ITC), hosted a three-part Wind Workforce Webinar Series as part of American Wind Week 2020.
KidWind Launches the Power Grid Kit
The KidWind Project recently launched the Power Grid Kit—the first large-scale, functioning grid model that provides educators with a one-of-a-kind opportunity to explore power grid systems and solutions with students of all ages. The kit models the flow of electricity from generation sources like nuclear, coal, natural gas, wind, hydropower, and solar power through substations before being distributed to industrial, commercial, and residential consumers. It also models distributed generation in the form of solar panels and residential wind turbines to demonstrate the broad range of energy options possible in the future.
Source: Department of Energy’s WINDExchange Newsletter