With President Joe Biden in Baltimore today to talk about infrastructure and the climate crisis, the state is in the process of finalizing a new set of energy-use goals for large buildings.

Estimates indicate Maryland's buildings account for around a third of the state's greenhouse gas emissions. To reach goals set under the 2022 Climate Solutions Now Act, the Maryland Department of the Environment has developed energy performance standards for buildings 35,000 square feet and larger.

Veronique Bugnion, CEO of the Maryland-based consulting firm ClearlyEnergy, said performance standards are needed to help cities and states reach climate goals.

"Codes and code improvements are great but there's only so many new buildings being built, and there's an awful lot of existing building stock," Bugnion pointed out. "To tackle the emissions of the existing buildings, new tools were required and that's where building performance standards came from."

There are around 9,000 affected buildings across the state.

Starting next year, building owners will begin reporting energy use to the Maryland Department of the Environment. In 2030 buildings will have to begin meeting interim standards with net-zero emissions set to be required in 2040. Exemptions are available for historic buildings and schools among others.

Bugnion noted one of the virtues of performance standards is allowing flexibility for building owners.

"It really doesn't tell them what to do, it tells them what standard to meet and the standards gradually get more stringent over time," Bugnion explained. "So the first couple years, the expectation is buildings will find ways to do some of the obvious things. But over time, the writing is on the wall that as systems age out, they're going to need to replace them with much more efficient systems."

The department anticipates building owners will eventually convert existing heating and cooling systems to high efficiency electric options such as heat pumps. The energy use data reported next year will be used to calculate Energy Use Intensity Standards which are set to be adopted in 2027.


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Indiana lawmakers are advancing a plan to bring nuclear energy to the state.

House Bill 1007 would establish a framework for investing in advanced nuclear technology.

Rep. Ed Soliday, R-Valparaiso, chair of the House Utilities, Energy, and Telecommunications Committee, authored the bill after state energy officials warned of power shortage risks without new energy sources.

"If we are going to be telling the world we're going to onshore a lot of things that have been taken offshore, we've got to provide for it," Soliday contended. "We have to provide the infrastructure, and this is happening rapidly."

Critics cautioned the bill could raise electric bills for residents. Building nuclear reactors is costly, with estimates ranging from $2 billion to $3 billion per reactor. The bill failed to pass out of committee, but is set for a vote next week. It would allow utility companies to recover development costs through rate increases.

Under the proposal, utilities would need to justify development costs to the Indiana Utility Regulatory Commission before passing them on to customers.

Indiana Secretary of Energy and Natural Resources Suzanne Jaworoski said the bill is the foundation to bring much needed energy generation to the state.

"It attracts advanced nuclear energy which is the future of energy," Jaworoski asserted. "It is sustainable. It is affordable. It is reliable. It is resilient. It is environmentally sound."

Lawmakers are debating whether the long-term benefits of nuclear energy outweigh the financial burden it may place on Hoosiers. For now, the debate over Indiana's energy future continues.


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Montana is a U.S. leader in the growing industry of sustainable aviation fuel. Experts in the field, and in the agricultural sector, hope to see new policies to support its development.

Sustainable aviation fuel can be made from a variety of agricultural inputs, including seed crops, which produce oils processed into fuel with a low-carbon footprint. Industry growth could mean new buyers for ag producers in the state, where Montana Renewables was the highest domestic producer of sustainable aviation fuel last year.

Bruce Fleming, CEO of the company, said China and Brazil are outpacing U.S. growth.

"If we can get our policy figured out, if we can get American innovation going and not fall behind, then we've got solutions here that will benefit the ag sector, particularly the farmers and ranchers," Fleming explained.

In terms of policy, Fleming acknowledged the "goalposts keep moving," because they vary between agencies at the state and federal levels, making it difficult to plan. He hopes to see policies that embrace the SAF innovation, as the nation did for ethanol.

Nicole Rolf, senior director of government affairs for the Montana Farm Bureau Federation, said the opportunity for farmers to grow and market new commodities is enticing, but she will be watching for tax credits and other policies to support producers.

"How do we make sure that we put the right incentives in place so that we're truly using American-grown feedstocks, and crops and commodities, to feed these sustainable aviation-fuel suppliers?" Rolf asked.

The industry sees both challenges and benefits in Montana. For instance, there are currently no local oilseed crushers, so farmers must ship seeds for processing out-of-state. Rolf pointed out Montana is prepared to ship the finished product by rail and other means, as it already does for other energy products.

Utility providers foresee a big rise in electricity demand which could lead to double-digit rate hikes if it is met with new natural gas-fired power plants, according to a new report.

PJM is the nonprofit independent system managing the power grid in Pennsylvania and 12 other states. It forecasts the need for 67 more gigawatts by 2039.

Sean O'Leary, senior researcher at the Ohio River Valley Institute, said relying on natural gas for the increased power demand could drive up Pennsylvania's rates faster than the national average. He cautioned addressing the climate effects of increased carbon emissions later could make costs skyrocket even more.

"It costs almost as much to retrofit a gas-fired power plant so that it won't emit greenhouse gases as it costs to build the plant in the first place," O'Leary pointed out. "Right now, Pennsylvanians get about 60% of all of their electricity from natural gas."

O'Leary noted PJM anticipates needing around 100 gigawatts of new capacity, combining 30 gigawatts of retiring coal and older gas plants with additional demand, equating to about two-thirds of the system's current generation capacity.

The Institute's report recommended prioritizing renewable resources and called on PJM to reevaluate its demand projections, since it has a history of overestimating future needs. He added more than 90% of PJM's upcoming projects are solar, wind and battery storage, which underscores the growing role of renewable energy and efficiency measures.

"I think in total, there are more than 90 gigawatts, currently, of renewable resources currently queued up and wanting the opportunity to provide energy to PJM," O'Leary reported. "That should be the first place that PJM turns."

He added states like Texas have made enough progress on renewables, solar and wind power now supply almost one-third of the state's electricity. The report showed the growth in renewable energy has also seen rates come down significantly, surpassing Pennsylvania, Ohio and West Virginia, where it was once thought the natural gas boom lowered energy costs.