In the latest episode of the Resilience podcast, colleague Shellka Arora-Cox and Laura Pagliarulo, CEO and founder of SolaREIT, get down to the nitty-gritty in a discussion of the interplay of solar power capacity, generation and land use.
On October 3, 2024, the Department of Energy Office of Clean Energy Demonstrations announced a Notice of Funding Opportunity (NOFO) to fund up to $400 million for clean energy projects in rural and remote areas via its Energy Improvements in Rural or Remote Areas program. The NOFO will provide awards ranging from $2 million – $50 million, with plans to fund 20 to 50 projects. Awards will require a non-federal cost share, range across four topic areas, and target projects in rural and remote communities with populations of 10,000 people or fewer.
In the latest episode of the Resilience podcast, colleague and host Shellka Arora-Cox sits down with Kevin Yaich, head of M&A at Qcells USA, for a discussion of the current solar M&A landscape.
Artificial intelligence, data centers, carbon removal and zero-emission power may sound like a winning line (plus the Free Space) on a 2024 Buzzword Bingo card. But the concepts have come into dramatic real-world tension as private and public actors seek to accommodate the digital and environmental imperatives for green energy.
After years of fairly stable demand, punctuated by declines during the pandemic and economic slumps, electricity demand is projected to double by 2050. A principal cause is the rapid expansion in the power needed to energize and cool servers amid explosive growth in the number and size of data centers, crypto miners, and other point sources of computation. Data centers were 3% of U.S. demand and are projected to be up to 9% or more by 2030; AI will drive a 160% surge in data center demand by 2030. A commentator notes, “We haven’t seen [growth like] this in a generation.” Continue Reading ›
In 2023, the world added an impressive 45 gigawatts/97 gigawatt-hours of energy storage capacity, nearly tripling year-on-year growth, with the majority driven by battery storage installations. The global energy storage market is projected to continue its rapid expansion in 2024, adding over 100 gigawatt-hours of capacity, primarily from the United States and China. In the United States, battery storage capacity on the grid has grown tenfold to 16,000 megawatts, with expectations to double again this year, led by significant growth in Texas, California and Arizona.
A distinguished panel of energy storage developers convened at the 2024 Infocast Energy Storage Finance & Investment Summit in San Diego to discuss the current market dynamics and future trajectory of energy storage. The following is an edited transcript of their discussion.
Hydrogen, solar, wind—and even microwave beams from outer space—are a few of the alternative energies being explored as the world strives to cut the cord on carbon emissions. Recently, advancements in geothermal energy technologies appear poised to significantly expand geothermal’s reach. These new methods, varyingly referred to as enhanced, engineered or advanced geothermal systems (collectively referred to here as EGS), have recently made strides in scalability and grabbed the attention of changemakers. If successful, EGS may play a major role in the clean energy transition. The technique creates no emissions and is virtually limitless (it pulls from heat generated by the Earth’s core), and can provide constant baseload power, making it appealing to green-minded investors. This article calls attention to the progress and variety of EGS projects and proposals that Pillsbury sees as part of the ongoing energy transition.
Soon after taking office, President Biden issued Executive Order 14008, entitled, “Tackling the Climate Crisis at Home and Abroad.” This is an unusually long and complex executive order and includes many provisions relating to environmental justice and the plight of “disadvantaged communities” that are overwhelmed by many environmental threats. Section 223 of the Order describes the President’s “Justice40 Initiative,” which is designed to ensure that 40% of Federal benefits flow to disadvantaged communities through an “all of government approach.” There is a recognition that some disadvantaged communities lack the personnel and resources to take advantage of this Initiative, so technical training funds will be made available. The Order establishes new offices throughout the Federal bureaucracy to handle and expedite environmental justice matters.
When it comes to renewable energy, hydrogen is hailed as a pivotal resource in the zero-carbon game plan. Hydrogen energy is accessible, produces lower greenhouse gas emissions and can use existing gas infrastructure to power electricity and heat, produce other gases and fuels, and more. Recently, a “new” type of hydrogen—has captured the attention of climate scientists. Natural hydrogen—often referred to as gold hydrogen—stands apart from other, more established types of hydrogen, which require extraction and expensive maneuvering to produce. Natural hydrogen exists underground in its pure form (i.e., it’s not combined with other molecules). Estimates vary, but some researchers suspect that Earth holds as much as five million megatons of hydrogen beneath our feet. Extracting just 2 percent of that supply, in theory, has the potential to get us to net-zero emissions for 200 years.
Due to the rapidly increasing amount of data generated and consumed on the internet, an opportunity exists for commercial real estate investors, lenders, developers, green energy providers and others to develop data center facilities. Social media, streaming services, cryptocurrencies, the internet of things and other innovations have resulted in data center supply shortages. AI technologies, such as ChatGPT, require vast amounts of computing power. And, as AI demands grow, data center operators need to adapt the infrastructure to address cooling requirements in a sustainable manner.
Scientists have long proposed that solar electricity generation in space could be an integral component of the world’s carbon-free future. In the 1970s, a U.S. Navy experiment showed that it might be possible to capture solar power and wirelessly transmit it from outer space using microwave beams. Progress stalled after that early test—the models used were at such a massive scale that creating a real-world system felt like science fiction. Recently, amid growing concerns about power grid security and intensifying legislation around carbon emissions, renewed attention focused on a smaller, more lithe microwave transmission system. This time around, the military is not the only interested party. Scientists around the world are conducting similar research. As investors and governments stand at the edge of a fresh green power opportunity, we look at microwave power transmission and some of the projects in this emerging field.
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