Watch now for expert panel discussion exploring how the United States can take advantage of opportunities to develop cleaner industries that are more globally competitive.

Please join ITIF for an expert panel discussion about a new report examining the role of federal funding for clean energy research conducted by colleges and universities.

Watch now for the release event for the important new report and panel discussion on why P3 must be the new lens governments that governments must use to decide which clean energy technologies to support and how to support them.

Watch now for the Capitol Hill briefing event featuring keynote remarks by Reps. Garret Graves (R-LA) and Scott Peters (D-CA) followed by an expert panel discussion on ways Congress can reduce barriers to digital energy solutions, increase new energy infrastructure technologies, and modernize our entire energy infrastructure.

Watch the Center for Clean Energy Innovation’s release event covering their annual report on the federal energy RD&D budget; discussion by expert panel covering how the funding aligns with these key priorities.

Even if it were possible to radically slash U.S. emissions with today’s technologies, it still would do little to curb global warming because the United States accounts for just 13.5 percent of all greenhouse gas emissions. It’s time to recognize that the climate crisis can only be solved with innovation.

Solar and wind are rapidly replacing coal, and many expect it will simply replace natural gas as well. But that’s a mistake: In fact, solar and wind for decades to come will depend on gas to fill variability gaps when the sun doesn’t shine or the wind doesn’t blow.

This bipartisan bill is a welcome effort to use government policy not to force change, but to enable change, through the widespread development of the clean energy technologies we need to drive costs down to meet the price and the performance levels of dirty energy.

Establishing the Foundation for Energy Security and Innovation (FESI) was a vital initial step, but its value will depend on what happens next.

We need new breakthroughs in clean energy technology to address climate change. Recent discoveries in areas such as nuclear fusion and biofuels illustrate how government investment in early-stage research is a critical part of the process.

Like any new technology, green hydrogen must meet three related challenges: production, distribution and adoption. But it faces far higher-than-advertised hurdles at every stage.

In order for blue hydrogen to decarbonize hard-to-reach sectors like aviation, heavy trucks, shipping, steel, and cement, blue hydrogen must slash costs and effectively capture and either store or use the carbon that’s generated.