Renewable Energy

At VMware, we’re optimistic about the power of technology to help solve big societal problems and are committed to leading responsibly. One of our key focus areas is about changing our relationship with energy. According to the U.N.’s report, as a society we need to shift 70-85 percent of electricity to renewable energy sources by 2050 to avoid the worst impacts of climate change. Data centers are responsible for two percent of the world’s greenhouse gas emissions—roughly the same as global air travel.

Schneider Electric itself is committed to reach carbon neutrality by 2030 and being powered by 80% renewable electricity by 2020. The company has also helped many other RE100 signees to reach the same goal. After taking steps for efficiency, the next step, if more energy is needed, is to adopt renewables by the different ways of buying it. That combination of efficiency and fostering renewable energy has also helped Schneider to get closer to its goal of avoiding 120 million tons of CO2 on behalf of their customers by 2020.

Smithfield Foods, Inc. is pleased to announce the construction of new biogas gathering systems in Missouri and Utah, which bring the company steps closer to delivering renewable natural gas (RNG) to communities in multiple states using manure from its hog farms. Detailed in its recently released Sustainability Report, Smithfield’s “manure-to-energy” projects are part of Smithfield Renewables, the company’s platform that unifies and accelerates its renewable energy efforts to help meet its goal to reduce greenhouse gas (GHG) emissions 25% by 2025.

Duke Energy Progress (DEP) continues to be one of the leading solar utilities in the nation. In the Top 10 utility solar lists compiled by the Smart Electric Power Alliance (SEPA), Duke Energy Progress was ranked fourth among all utility companies for bringing on new solar capacity during 2018. It is the seventh straight year Duke Energy Progress has been ranked in the Top 10 nationwide.

Smithfield Foods is reducing its environmental footprint while expanding operations to feed the world’s growing population. Learn more about how Smithfield is reducing greenhouse gas emissions, creating renewable natural gas on its hog farms, and diverting solid waste that would otherwise be sent to landfill in the company’s 2018 Sustainability Report:

VERGE 19, October 22-24 in Oakland, is the platform for companies, cities and communities accelerating the clean economy. The event convenes more than 3,000 leaders to explore scalable, cross-cutting solutions and to collaborate more effectively to advance them.

Lidl Finland's logistics center constantly learns to be more energy efficient through an integrated Schneider Electric EcoStruxure™ Microgrid Advisor & EcoStruxure Building Operation solution that uses demand response and targets more than 50% energy cost savings.

Crystal Lassiter, Sr. Director of Global Sustainability at UPS shares how the company is advancing its goal to reduce GHG emissions through game-changing investments in renewable fuels.

On June 1, 2019, the renewable energy generated by Seymour Hills Wind Farm in northwestern Texas started helping Ingersoll Rand reduce U.S. Scope 2 greenhouse gas (GHG) emissions from electricity by about 30 percent through a virtual power purchase agreement.

This is equivalent to taking 15,000 cars off the road.

Water and energy systems long have been intrinsically intertwined, given electricity's entrenchment as one of a water or wastewater utility's biggest expenditures. But as water suppliers and wastewater service providers grapple with ways to reduce power costs, advance toward "green" energy and participate in the electric industry evolution, there's talk of "ner energy."