[By Danielle Wallace, President, Snoqualmie Valley for Responsible Energy Views expressed are those of the author, not the Living Snoqualmie website. You may submit letters to info@livingsnoqualmie.com.]
Across Washington, communities are hearing a familiar set of arguments in favor of industrial-scale battery energy storage systems.
The language is consistent: urgency, resilience, jobs, necessity, safety. These are serious ideas. They deserve serious scrutiny, especially when used to justify placing industrial facilities near homes, schools, parks, and sensitive environments. Too often, the talking points outpace the facts.
The claim of urgent need
Yes, the electric grid is under strain. Demand is rising. Utilities are planning for a more complex system. But that does not mean every proposed project, in every proposed location, should be waved through under the banner of urgency.
Jupiter says Cascadia Ridge is needed because PSE’s planning area faces growing summer demand and because battery projects can respond quickly during peak stress. But broad claims about grid need do not answer the more important local question: why this project, at this site, next to this community?
PSE’s own internal materials describe Snoqualmie as one resource among many in a broader system plan. They show the project contributing 75 MW of winter capacity and 96 MW of summer capacity toward PSE’s wider 2030 deficits, not serving as some dedicated local safeguard for Snoqualmie itself. That matters. A generalized case for battery storage is not the same thing as a persuasive case for this site.
And if the project is truly so obviously necessary, why was it moving through early permitting and internal utility approvals before the public had a full chance to test its assumptions? PSE’s own materials said the project was still in early permitting and had not yet gone through full engagement or a public comment period, even while internal presentations claimed there was “no organized opposition.”
The claim of local reliability
Jupiter says the project will enhance the local grid’s reliability and support homes, schools, hospitals, and businesses. But language like that invites residents to hear “local benefit” as “local protection,” and those are not the same thing.
PSE’s own executed agreement describes a 130 MW / 520 MWh stand-alone battery system whose output, charging, and storage services are governed by a long-term tolling arrangement with Puget Sound Energy. This is a utility-dispatched grid asset, not a neighborhood-reserved emergency battery.
Unless there is a legally enforceable obligation to provide local service during outages, nearby residents do not get preferential access to the stored power simply because they live next to the facility. That is especially important in a place like Snoqualmie, where many storm-related outages involve damaged lines, poles, and local distribution problems, not merely a shortage of energy somewhere on the wider system.
In other words, “near us” does not mean “for us.”
The claim of economic benefit
Jupiter points to construction jobs, wages, and tax revenue. But construction jobs are temporary by definition. Once built, facilities like this generally require minimal on-site staffing. The real land-use question is not what happens during construction. It is what happens for the decades after.
Is a short burst of construction activity really the highest and best use of land planned for future community growth? Is that a sound trade for a site near an established residential area, where other long-term uses could support more sustained employment, broader economic activity, and a more durable tax base?
That is the comparison that matters. Jupiter is counting the burst of activity from building the project. The community has to count the decades after it is built.
The claim of tax value
Jupiter says Cascadia Ridge could provide substantial annual local tax revenue. But that claim deserves more caution than promotion.
Washington’s new battery-storage tax framework weakens the old pitch that these facilities will become robust, inflation-responsive long-term tax assets for local communities. And when projects are sited just outside city boundaries, the burdens of emergency planning, traffic, road wear, visual impact, and surrounding land-use conflict can fall unevenly, while the claimed fiscal upside is presented in the aggregate.
The public should not be asked to accept industrial-scale risk and land-use incompatibility based on glossy tax projections alone.
The claim that proximity makes the site appropriate
Jupiter argues that battery storage projects are best placed near high-voltage electrical infrastructure and says it reviewed alternatives, including industrial and more remote locations. Fair enough: interconnection efficiency has real engineering value.
But reduced interconnection cost for the developer is not the same thing as the best land-use outcome for the community.
The electric grid is built to move power over distance. The real question is not whether building next to a substation is cheaper or easier. The real question is whether those efficiencies justify siting an industrial-scale battery project next to a residential community, near schools, parks, and future development areas. A project can be commercially convenient and still be poorly sited.
The claim of safety
Jupiter’s letter leans heavily on modern design: outdoor containerized units, spacing, monitoring, alarms, coordination with fire agencies, and lessons learned from older incidents. Those distinctions may be real. But even if newer systems are safer than older ones, that does not settle the siting question.
Safer than before does not mean risk-free. Lower statistical risk does not mean appropriate next to homes. And “designed to reduce risk” is not the same thing as “compatible with a residential setting.”
The right question is not simply whether this project can be engineered to comply with code. The right question is whether the remaining risk, however reduced, belongs in this location at all.
That is especially true when safety discussions often rely on assumptions about trained responders, adult exposure standards, and controlled emergency conditions that do not reflect the lived reality of nearby families, children, and neighborhoods. Code compliance is a floor. It is not the end of the public-interest analysis.
The bigger problem: process
Jupiter presents its letter as a transparent response to community concerns. But transparency delayed is not the same as transparency delivered.
What Snoqualmie has seen is a pattern: first, a project advances through internal utility planning and developer activity; then, after public concern rises, the community is told not to worry because the formal process will now provide answers.
That reverses the burden. In a matter this significant, the public should not have to discover basic facts only after momentum is already building. It should not have to piece together the nature of the project from scattered utility materials, permit filings, and after-the-fact explanations.
A truly transparent process would not ask the community to trust first and verify later.
So what does this add up to?
Jupiter’s letter asks the public to accept a generalized case for battery storage. But Snoqualmie is not being asked to host battery storage in the abstract. It is being asked to host this industrial project, at this site, under terms shaped long before the public had a meaningful chance to challenge them.
We can support modern energy planning without surrendering common sense. We can recognize the grid’s needs without pretending that every location is equally appropriate. And we can insist that if a private developer and utility want to industrialize the edge of a residential community, they should have to prove far more than that the technology is improving and the economics work for them.
The issue was never whether battery storage can play a role on the grid.
The issue is whether this community should be asked to absorb the burden of this project, in this place, on this record.
