Everyone loves a feel-good story about green energy. Take a patch of idle dirt, slap down thousands of photovoltaic modules, and pretend you have solved the climate crisis one plot of sacred ground at a time. That is the exact lazy narrative being peddled about a Connecticut cemetery leasing its unused acreage for a commercial solar array.
It sounds clever on paper. The dead do not need direct sunlight. The facility generates passive income to pay for perpetual care. Clean electrons flow into the local grid. For a deeper dive into this area, we recommend: this related article.
It is also an operational disaster hiding behind a PR stunt.
I have spent decades watching municipal planners and corporate boards chase headlines instead of economic reality. I have seen developers blow millions on land-use arrangements that look brilliant in a quarterly slide deck and turn into maintenance nightmares by year three. Covering burial grounds with industrial hardware is not a stroke of genius. It is a desperate compromise born of broken zoning laws and poor grid architecture. For additional background on this topic, comprehensive analysis is available on Forbes.
Let us dismantle the illusion.
The Economics of Dead Land
The core argument for cemetery solar rests on a flawed premise: that unused land is free capital waiting to be unlocked.
Cemetery acreage is not vacant commercial property. It is legally encumbered real estate bound by strict municipal ordinances, religious bylaws, and profound public sensitivities. When a developer builds an array on a standard greenfield, they grade, trench, and optimize for maximum solar azimuth without restriction. Try doing that around century-old family plots, cast-iron markers, and uncharted burial vaults.
The installation costs skyrocket immediately.
Instead of driving racking systems straight into smooth earth with heavy machinery, crews are forced to hand-map foundations to avoid disturbing human remains. Trenching for DC collection lines turns into an archaeological excavation. If a localized soil subsidence occurs—which happens frequently in older burial grounds as wooden caskets decay and earth settles—your fixed-tilt racking system twists. Micro-cracks form in the silicon wafers. Your efficiency drops off a cliff before the ribbon-cutting cake has gone stale.
The promised lease revenue sounds attractive to a board of trustees struggling with inflation. But do the math on the long-term opportunity cost. Once you sign a twenty-five-year lease with an independent power producer, that land is locked out of any other utility. You cannot expand burial capacity if demand spikes. You cannot pivot to higher-value community assets. You have traded long-term flexibility for a modest fixed annuity that barely outpaces municipal inflation.
The Maintenance Nightmare Nobody Mentions
Solar arrays are not set-and-forget appliances. They require washing, vegetation management, inverter servicing, and component swaps.
Now picture executing maintenance logistics inside a functioning cemetery.
You cannot bring heavy bush-hogs and commercial weed-whippers tearing through a memorial service on a Saturday morning. You have strict windows for operational noise. Herbicide drift becomes a liability nightmare when it discolors the turf surrounding adjacent headstones. If an inverter blows a solid-state switch during a peak generation cycle, your repair technicians need immediate access. If that access route cuts across historic sections where vehicle weight limits are strictly enforced to prevent ground collapse, your operational downtime stretches from hours to weeks.
Let us address the vegetation issue honestly. Solar sites require ground cover to prevent dust accumulation and soil erosion. Traditional turfgrass grows fast, requiring constant mowing beneath low-clearance panels. Sheep grazing is often touted as the ecological solution, but managing livestock inside a fenced cemetery enclosure brings administrative overhead that most board members are completely unequipped to handle. If you let the grass grow too high, shading reduces output. If you graze sheep, you inherit animal husbandry liabilities, veterinary oversight, and fence maintenance.
The Grid Interconnection Fallacy
The real bottleneck in renewable energy deployment is never finding an empty dirt patch. It is the queue for grid interconnection.
Proponents act as though generating power on cemetery grounds magically pushes electricity straight into nearby homes. Physics does not care about your sentimental real estate choice. If the local distribution substation is congested, or if the nearby feeder lines lack hosting capacity, your shiny new solar array is a stranded asset.
Upgrading transformer infrastructure costs small-scale developers hundreds of thousands, sometimes millions, of dollars. When you attach a solar project to a non-industrial parcel like a cemetery, you rarely find heavy-duty three-phase distribution lines running along the perimeter. You end up paying for expensive overhead line extensions or underground boring just to tie your generation into the main artery. By the time interconnection studies clear and utility upgrades finish, any initial financial advantage has evaporated under engineering change orders.
What We Should Be Doing Instead
If we are serious about distributed solar, we need to stop looking at cemeteries as low-hanging fruit and start looking at actual built environments that cry out for shade and generation.
Look up.
Every big-box retail roof, municipal parking garage, distribution warehouse, and brownfield site in the country remains underutilized. These spaces feature existing structural load-bearing capacity, direct access to heavy industrial power lines, and zero sentimental value. Parking lot carports provide dual utility immediately: they shade vehicles from thermal degradation while generating localized power right at the point of consumption.
Brownfields—abandoned industrial lots contaminated by decades of manufacturing—are tailor-made for solar deployment. They require remediation anyway, and capping them with a ballast-mounted solar array solves a regulatory headache while putting toxic dead zones to work.
A cemetery should be a sanctuary of quiet reflection and community heritage, not a makeshift industrial energy farm. Leasing burial grounds for power generation is a symptom of a broken energy permitting system that makes it easier to pave over our past than to force commercial real estate to pull its own weight.
Stop treating graveyards as utility assets. Demand better sites, better engineering, and actual industrial vision.
