Electricity doesn't come easily to a woodland restoration site. There are no utility hookups, no buried lines, no infrastructure of any kind — and for the Wesley Stump Family Foundation, that's mostly fine. The goal at Wesley Woods has never been to build anything that doesn't belong there.
But some basic off-grid power would change what's possible on the property: lighting for early-morning and evening maintenance work, a charging station for tools and equipment, and eventually, power for interpretive signage, trail sensors, or a simple outdoor speaker for guided educational events.
The Foundation's proposal is as minimal as it gets.
The Concept: One Post, One Panel
A single 8-foot wooden post — no concrete footing, driven and tamped directly into the ground — positioned at a carefully selected clearing on the property where a small gap already exists in the maple canopy. A compact solar panel mounted at the post's top, angled to catch the available light. A wire running down the length of the post, protected in conduit, connected to a small battery storage unit at the base.
That's the entire installation.
No trenching. No excavation. No disruption to root systems. The post can be removed and the hole filled in a single afternoon if the project ever needs to be relocated or reversed.
Choosing the Right Spot
The most important decision in this proposal is location — and the Foundation is taking it seriously.
Sugar Maple canopy is not something to open casually. The interconnected overhead canopy at Wesley Woods provides shade that regulates soil temperature, suppresses invasive understory plants, retains moisture, and creates the microclimate that the maples themselves depend on. Even a small opening creates an opportunity for sun-loving invasives to establish.
The ideal post location is a spot where:
- A natural gap or thinning already exists in the canopy from storm damage or a previously removed invasive vine
- The opening required to give the panel adequate exposure is no larger than two to three feet in diameter at canopy level
- Root systems from nearby maples are not present in the top 18–24 inches of soil at the post site
A visual survey and basic soil probe of candidate sites is planned for later this summer before any installation proceeds.
The 8-Foot Post
The post height was chosen deliberately. At 8 feet, the panel clears most of the dense lower understory while remaining well below the main maple canopy on the steeper slope sections — meaning only a minimal opening is needed to provide a clear sky view for the panel, rather than having to cut upward through mature branches.
No concrete is used in this installation. A driven wooden post — pressure-treated or a naturally rot-resistant species like black locust — set 18 to 24 inches deep with compacted native soil around it, is stable enough for a small panel in a sheltered woodland setting. The absence of concrete means the post can be removed cleanly if needed, and no foreign material is introduced to the root zone.
What It Powers
The initial phase is modest: a small 12V battery bank at the post base, housed in a weatherproof enclosure, connected to the panel via the conduit wire. Planned uses include:
- A low-draw LED light at the trail entrance for safety during early/late maintenance visits
- A USB charging station for phones and small battery-powered tools
- A trail counter sensor to document visitor frequency over time
Future expansion — a second panel at a second post, or a small inverter for 120V access — would be evaluated based on the success of the first installation and any observed impact on the canopy.
Why It Fits
The Foundation's philosophy at Wesley Woods has always been to work with what's there, add as little as possible, and make sure anything added can be undone. A single tamped wooden post with a panel on top fits that framework completely.
"If we can run a wire down a post and charge a headlamp battery," said one Foundation team member, "that changes what we can do out here on a winter morning. And if it turns out it's not right for this spot, we pull the post and fill the hole. No harm done."
Site selection work is expected to begin in late summer 2026.