BOULDER, Colo. - Sixty percent of the energy in America is provided by investor-owned utilities that usually require powerful market forces to embrace change. Right now billions in stimulus money are driving a rapid and controversial buildout of so-called smart meters, which are supposed to reduce energy consumption by providing utilities detailed and time-sensitive data that ratepayers are eventually supposed to use to reduce their consumption.

The problem is, according to a Colorado engineer and policy consultant who's worked with the technology for decades, smart meters are not actually helping reduce energy use. In addition to raising health and privacy concerns, he says utilities are promoting the meters instead of prioritizing renewable energy. In a new report, Dr. Tim Schoechle examines what he says is our real priority: updating the nation's electrical grid. He calls the many billions spent on smart meters "a misappropriation of public resources."

"Well, I think that it's diverting resources and creating vulnerabilities. It diverts resources and technical development from the direction it should be going."

Schoechle, who is the author of "Getting Smarter About the Smart Grid," says a real "smart grid" would connect the utility with a neighborhood micro-grid that can balance energy production with usage locally.

Building a more intelligent grid is critical to balancing supply and demand using renewable energy. The National Renewable Energy Laboratory in Golden, NREL, says it's feasible to get at least 80 percent of our energy from a mix of renewables - like solar, wind, geothermal or hydropower - by 2050. But it will take a more intelligent grid, says NREL engineer Maureen Hand.

"It's a matter of acknowledging the need to adjust our operation and planning practices in order to move in the direction of a much more flexible electric system."

Xcel Energy selected Boulder to become the world's first "fully integrated Smart Grid city" in 2007, and in March 2008 the City Council agreed to put aside research on forming a municipal utility to meet Boulder's greenhouse gas emission reduction goals. That ended in 2011 at the ballot box when Boulder voters decided Xcel Energy wasn’t moving to renewable sources quickly enough and authorized the city to study municipalization.

Engineer Schoechle says the goal is integrating renewable sources locally.

"They're just getting there. But there's a lot more needed, because to integrate those with the electric grid, you have to have a smart grid. A real smart grid."

While supporters say community-based power systems can more quickly and effectively adopt renewable energy sources, city leadership is clear that all options are still on the table.

Meanwhile, Boulder has 20,000 smart meters installed (as of May 2012).

Schoechle's report is at gettingsmarteraboutthesmartgrid.org; NREL data are at 1.usa.gov/M7Cfzi; Boulder latest is at bit.ly/TMA9tm.



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Researchers at Iowa State University are taking aim at the huge amount of energy used by data centers, now and in the future. They have developed a material as thin as an atom to reduce power consumption.

A national study showed by 2030, 9% of the country's energy will be consumed by data centers, keeping the internet, AI applications and other technology humming.

Matthew Panthani, associate professor of chemical and biological engineering at Iowa State University, and his team are focused on using light rather than heat to generate power for the data centers sprouting up close to home.

"Iowa seems to be a popular place to build data centers," Panthani observed. "Meta and other companies have built data centers, even in the Des Moines area. They're taking advantage of the relatively low electricity prices afforded by wind energy."

Panthani's lab is focused on developing atom-thin sheets of a silicon-germanium alloy which are stacked in layers and used to create highly energy efficient semiconductors, which can be used in power-hungry data centers.

Using light to transmit data is not new. Companies have used fiber optic technology to transmit light across oceans, for example. But Panthani pointed out doing it on a much smaller scale, such as between components on the computer chips in data centers, is something quite different.

"That's really because there isn't a material that can enable scalable, on-chip light sources," Panthani explained. "The materials that we're developing are intended to have properties, both the manufacturability and properties, that could enable that."

According to the Electric Power Research Institute, the internet's 5.3 billion users can demand as much power as 800,000 households. It will sharply increase this decade, sending the demand even higher and making new technology like this even more important.


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Rising demands for clean energy efficiency are producing a wealth of work opportunities in Illinois. These in-demand jobs are also promoting a healthier environment. According to the Energy.gov report, Energy Facts: Impact of the Investing in America Agenda on Illinois, The Inflation Reduction Act will contribute to job increases by producing $18 billion of investment in clean power generation and storage by 2030. E2 is a nationwide network of business leaders that focuses on environmental and economic policy.

Michaela Preskill, state director of advocacy for E2, said Illinois' "robust and growing" clean energy jobs are driving economic growth.

"Clean energy jobs grew by over 4% last year, and that's eight times faster than the state's overall economy," she said.

Workers manufacturing Energy Star appliances are using advanced materials for the construction and servicing of homes and commercial buildings. These efforts result in cost-effective lighting and HVAC systems, Preskill noted, which saves consumers and homeowners money. The report also claims the Inflation Reduction Act means commercial building owners can receive up to $5 per square foot in tax credits to support energy efficiency improvements.

Clean energy industry watchers predict an 8% growth of employees in Illinois in 2025. Preskill said there is no indication the trend will slow down, but diversity is an issue. The site 'Save-on-energy-dot-com,' says women represent only 22% of workers in the energy sector and 32% in the renewable energy sector. She admits the field is traditionally male, but is optimistic for change.

"It's about 70% male, 30% female in Illinois. We are seeing that more and more females enter year after year. And I think it will slowly become more inclusive. But we got some work to do for sure," she explained.

The International Energy Agency site reports female employees in the energy sector earn nearly 20% less than male workers.

Groups concerned about pollution and climate change are asking Gov. Gavin Newsom to sign a trio of bills dubbed the "make polluters pay" package.

Assembly Bill 1866 would increase fees on 40,000 idle oil wells and accelerate cleanup.

Nayamin Martinez, executive director of the Central California Environmental Justice Network, said right now, companies often pay fees without actually cleaning up "orphan wells."

"The authorities are not proactively going and inspecting these sites," Martinez pointed out. "We have a program that goes to do inspections on active and abandoned uncapped wells, and we have found that many of them are leaking."

The Western States Petroleum Association argued current regulations are sufficient and companies are making progress plugging their idle wells.

A second measure, Assembly Bill 3233, would protect local communities' rights to limit oil drilling. It comes in response to a lawsuit from Chevron, eliminating a part of 'Measure Z' in Monterey County, which would have required companies to phase out oil drilling in that area.

Raquel Mason, senior legislative manager for the California Environmental Justice Alliance, said oil wells leak methane, a potent greenhouse gas, and release other toxic substances into the air and water.

"Those pollutants that are coming off these wells can have different health-harming impacts like respiratory issues, different types of cancer, headaches, nosebleeds," Mason outlined. "We hear about too often from community members who are living near these types of facilities."

A third bill would fine oil companies in the Inglewood Oil Field in Los Angeles $10,000 a month for operating low-producing wells near local neighborhoods.