The All-Electric Building Act, known as New York S6843C, has died on the proverbial vine without getting a vote from the full New York State Senate or Assembly.

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Meet 5's Inside Sales Representative, Marisa Streett. She is a member of the SMB (Small/Medium Business) Team that helps small and medium businesses navigate the complicated energy market. Marisa's ability to learn quickly along with her commitment to helping others has made her an invaluable team member. Learn more about Marisa and her connection to the number 5. 

A greenhouse gas (GHG) is any gas in the atmosphere that absorbs thermal energy (heat) emitted from the earth’s surface and reflects it back to the earth’s surface. Certain gases serve as a trap for this thermal radiation which warms the atmosphere. GHGs include water vapor (H2O), carbon dioxide (CO2), methane (CH4), nitrous oxide (N2O), and ozone (O3). While all these gases are naturally occurring, human activity since the advent of the Industrial Revolution has significantly added to the GHGs that are generated through various machines and industrial processes. Today, businesses and other organizations are trying to do their part to fight climate change by limiting and reducing the GHGs that are produced and released into the atmosphere.

Over the last year, forward electricity prices in ERCOT have continued to climb and set new highs every month. Figure 1 shows the price of wholesale electricity for calendar years 2023 through 2026 over the last 12 months. Notice that beginning in March, the rate of price increase has accelerated with the market setting new highs, followed by a slight correction and again testing new highs in the following month. Any trader will affirm that this is not sustainable in the long term and at some point, a downward move was inevitable. That move began in the middle of June. And as shown in Figure 1, prices have fallen over the next four calendar years. The most dramatic move can be seen in the 12-month strip for calendar year 2023. On June 14, calendar year 2023 was trading at $72.87/MWh. On June 27, 2022, that same calendar strip was trading at $52.39/MWh – a decrease of 28% over a two-week period.

On Wednesday, June 8, 2022, from 10:00 AM to about 12:00 PM CDT, the July contract for NYMEX Henry Hub was trading around $9.60 per MMBtu. Even so, $9.60 is not an all-time high price for NYMEX Henry Hub. During the fall of 2005, after Hurricanes Katrina and Rita significantly reduced oil and gas production in the Gulf of Mexico, the Henry Hub contract settled above $9.60 from September through January before settling back down below $9.00 in February 2006. Additionally, during the spring and summer of 2008, April through August settled above $9.00. Since September 2008, no month has settled above $9.00. So, on the morning of June 8, after rallying up 30¢ from the previous night’s closing price of $9.30, it looked like natural gas would again test the $10 mark for the first time in nearly 15 years. Then there was an explosion at a plant due South of Houston, near a small town called Freeport, Texas.

On June 21, 2022, PJM posted the results of its capacity auction, also known as the Reliability Pricing Model (RPM), for the planning year June 2023 to May 2024. The execution of this auction has been postponed multiple times over the last few years due to FERC rulings on the validity of the PJM auction’s design. Differences between FERC and PJM seem to have finally been resolved to the extent to allow the auction to proceed. This is important because these latest auction results give the market some much-needed clarity into future capacity costs, which are a major cost component of next year’s overall electricity costs for all retail customers in PJM states.

A Review of ERCOT's Seasonal Assessment of Resource Adequacy report for Summer 2022

The Seasonal Assessment of Resource Adequacy report, otherwise known as SARA, is a quarterly publication from ERCOT that gives its assessment of the short-term risk of Energy Emergency Alerts. This assessment looks at both load growth and peak demand forecasts, along with generation capacity and probability of availability to determine the potential for the state’s power grid to run out of power when it is needed the most. In May, ERCOT published the SARA report for this summer, with the following highlights.

An Overview of Coincidental Peak Costs by ISO

Coincidental Peak (CP) is the measurement of an electricity meter’s actual usage at the time of the regional grid’s highest demand and determining that meter's share of the entire grid’s demand. This concept of identifying a facility’s share of the grid’s total maximum demand is often used in determining the allocation of specific cost components. The specific methodology of how that equation works and which cost components it impacts varies from region to region, and often even utility to utility, and even by customer class, but the overall concept is the same. In this post, we explain how this works in each of the major, deregulated electricity regions, and detail which costs are the most impacted by this variable.

A Review of Resources Adequacy Risk in PJM

On May 17, 2022, PJM released the second phase of its “living study”, titled Energy Transition in PJM: Emerging Characteristics of a Decarbonizing Grid, which analyses the potential impacts associated with the evolving resource mix. The report, which follows the initial framework released in December 2021, studies three scenarios: Base, Policy, and Accelerated (see Figure 1). Each scenario represents an increasing amount of annual energy in PJM served by carbon-free generation in 2035: 40%, 50%, and 70% respectively. For reference, according to Monitoring Analytics, the grid operator’s market monitor, in 2021 39% of the power produced in PJM was from carbon-free resources.