Who's to blame for these skyrocketing electricity bills? The causes are many: aging infrastructure, economic uncertainty, tariffs, wars, red tape, the failure to build enough renewable energy, inefficient construction, rising demand, the responsibility of investor-owned utilities to generate profits for shareholders and rapidly changing climates, both atmospheric and political.
Over the next few weeks, we'll examine some of these causes and innovative solutions being proposed. But to understand utility prices, you first must understand how the largest machine in the world works - one so ubiquitous that although we use it every minute of every day, we hardly notice it.
New York's power grid consists of 11,000 miles of transmission lines that can supply up to 41,000 megawatts of electricity. The problem is that the grid is losing power faster than it can be replaced. Fossil-fuel plants are aging out of service. Since 2019, New York has added 2,274 megawatts while deactivating 4,315 megawatts.
"It's an old system," said Rich Dewey, president of the New York Independent System Operator (NYISO), the nonprofit tasked with running the grid, on an episode of its podcast, Power Trends. "The expectation that it's going to continue to perform at the same high level that it has, say, for the last couple of decades, is just not reasonable. We're going to need to replace those megawatts" to maintain a reliable transmission system.
The state has undertaken several initiatives to boost the energy flowing through the grid. Six years ago, the state Legislature passed an ambitious law that stipulates that New York must be powered by 70 percent renewable energy by 2030 and 100 percent zero-emission electricity by 2040. Last year, 48 percent of the energy produced by the state was zero-emission; nearly all that energy is produced upstate, where solar and hydropower are abundant.
The $6 billion Champlain Hudson Power Express, which will carry 1,250 megawatts of renewable energy from Quebec to New York City, and passes by the Highlands buried beneath the Hudson River, is expected to go online in 2026. This week, Gov. Kathy Hochul announced her intention, citing the Build Public Renewables Act of 2023, to construct nuclear plants that will produce at least 1 gigawatt.
The site or sites for those plants are expected to be in less-populated areas upstate or in western New York, which would make them subject to the same problem that prevents solar and hydropower from reaching downstate, including the Highlands: a bottleneck where the upstate and downstate grids meet.
The $2 billion question
If Jeffrey Seidman, a Vassar College professor, sounds philosophical when discussing climate change, it's to be expected. Seidman is an associate professor of philosophy.
A few years ago, he began having second thoughts about his chosen field of study. "Watching the world visibly burning, I began to doubt that continuing to teach philosophy was morally defensible at this moment," he said.
A career change seemed out of the question - Seidman had just turned 50 - but Vassar's Environmental Studies department is interdisciplinary. So he developed a class called Climate Solutions & Climate Careers.
Lately, he has been taking his lectures outside the classroom to clear up misinformation for lawmakers. Renewable energy faces strong headwinds these days, as President Donald Trump's executive orders and proposed legislation demonstrate that he intends to make it more difficult to build wind and solar projects. Before relenting, the federal government briefly halted an offshore wind project that was under construction off Long Island.
At a June 3 meeting of Dutchess County mayors and supervisors, Seidman explained the potential of battery energy storage systems (BESS) to facilitate the transfer of renewable energy from upstate to the Hudson Valley. Jennifer Manierre of the New York State Energy Research and Development Authority (NYSERDA) discussed how the state can help ...
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