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In the last six weeks, the Chinese government has made several bold moves related to its trade relations.
Hear in-depth conversations with the world’s top energy and climate leaders from government, business, academia, and civil society.
Last week, President Trump announced that he was imposing significant new sanctions on Russia. It’s an effort to cut off revenue Russia needs for its war in Ukraine....
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Center on Global Energy Policy (CGEP) at Columbia SIPA, the Columbia Global Center in Rio, and Insper are proud to host a high-level discussion on the future of...
Innovation has resulted in remarkable advances in clean energy technology with solar and wind energy systems becoming increasingly competitive in the U.S. And more breakthroughs are in the pipeline, as ambitious scientists, engineers and entrepreneurs make headway on products and services that will change the way we produce, use and save energy.
But getting a good head start on innovation is challenging for pioneers, who often lack the execution capacity to design, build and test their inventions on their own. That’s where institutions like Greentown Labs can play a big role.
On this edition of Columbia Energy Exchange, host Bill Loveless visits Greentown Labs in Somerville, MA, and meets with its CEO, Dr. Emily Reichert, to talk about the outlook for clean technology in the U.S. and what programs like hers can do to help entrepreneurs get off the ground. They discuss the pace and scale of clean energy innovation today as well as the investment climate for clean tech and some government programs that aim to help stimulate breakthroughs.
Greentown Labs bills itself as the largest clean tech incubator in the U.S., with 100,000 square feet of space and more than 70 startup companies housed in a renovated century-old industrial complex just outside Boston. There, budding companies are building prototypes, developing business plans and taking other steps necessary for commercial success. Areas of focus among the companies include energy generation, distribution and storage; energy-efficient buildings; transportation, agriculture and robotics.
Last week, President Trump announced that he was imposing significant new sanctions on Russia. It’s an effort to cut off revenue Russia needs for its war in Ukraine....
Energy has long been used as a weapon. The United Kingdom blocked oil exports to Germany during World War I. Hitler’s fall was due in part to losing...
Trade tensions between the US and China have hit a new high mark. Last week, after China announced plans to ratchet up its export controls of some rare-earths...
Industrial policy, supply chain security, and economic competitiveness are central to how we think about clean energy deployment. As the Trump administration pulls back federal support for the...
The NRC is already experimenting and making improvements in reducing licensing review times without changing the diligence or substance of its evaluations, and the results are promising. If the projected volume of applications materializes, the NRC will need to continue to apply the new approaches it has begun using, as well as seek out additional efficiencies. This paper lays out actionable recommendations on what NRC can do now—under existing statutory authority—to further compress schedules while preserving safety, due process, and analytical quality.
In the last six weeks, the Chinese government has made several bold moves related to its trade relations.
The global clean energy economy today looks starkly different than it did even 10 years ago. Not only have production and deployment of clean energy technologies expanded significantly, the geographic distribution of clean energy manufacturers, resellers, and end-users has shifted dramatically.
