Your Motor Coach as a Ready-Made Summer Lake Retreat

Most city water systems depend on a long chain of infrastructure that can fail together: electric pumps that move water from treatment plants into elevated tanks or pressure systems; treatment plants that require continuous power for filtration, chemical dosing, and monitoring; and distribution pipes that can lose pressure or become contaminated if pumps stop.

When the electric grid goes down for an extended period (ice storm, heat wave overload, cyber event, equipment failure, or cascading blackout), many urban and suburban systems lose the ability to maintain pressure and deliver treated water. Residents are then limited to whatever is already in household tanks, bottled water, or emergency deliveries that may be slow or restricted.

Lake of Egypt is different in two important ways:

• It is itself a public drinking-water source. The Lake of Egypt Public Water District draws directly from the lake and supplies thousands of people in the surrounding area. The water body is large (about 2,300 acres), so it functions as a substantial natural reservoir right at the property.
• The lake was created and is maintained as cooling water for the local power plant. Because the generating station sits on the lake, the water body and the plant are physically linked. In a regional grid event, a generating facility that still has fuel and operational ability can continue producing power locally even if transmission lines to distant cities are down. That local generation can help keep the nearby water treatment and distribution systems running longer than purely grid-dependent city systems.

In short: you are sitting next to both a large body of usable water and the power plant that helps keep that water system functioning. That combination is rare.

Urban grids are complex, interconnected networks. A failure in one major transmission corridor, substation, or generating station can cascade across a metropolitan area. Recovery can take days or longer if specialized equipment, crews, or fuel logistics are disrupted.

A rural power plant such as the Marion Generating Station (Southern Illinois Power Cooperative) offers several practical advantages:

• Local generation capacity. The plant is designed to produce electricity for the regional cooperative system. Even if long-distance transmission lines are affected, the plant and its immediate local distribution can often continue operating or recover faster because the physical distance and complexity are lower.
• Fuel and operational continuity. The facility has historically used local coal and has natural-gas capability. It is not solely dependent on distant fuel pipelines or interstate power transfers the way many pure “load centers” in big cities are.
• Lower population density around it. Johnson County has only about 5,500 housing units and roughly 13,300 residents across a large geographic area. There is simply less competing demand for limited resources (fuel, repair crews, generators, water, food) compared with a dense metro area of millions. This reduces the chance that emergency services and supplies are completely overwhelmed.
• Physical separation from urban failure modes. You’re not downstream of the same high-voltage corridors, dense underground infrastructure, or concentrated load that can turn a city outage into a multi-day crisis.

• Water is physically present in large volume and is already used as a public supply.
• The power plant that helps keep that water system energized sits on the same lake.
• The surrounding area has very low housing density and is set in the Shawnee National Forest, which provides additional natural resources (game, fishing, foraging) if supply chains are interrupted for an extended period.
• The resort itself already has full hookups, so a motor coach can use its own systems or the site’s utilities as long as local power and water remain available.

This is not a claim that the area is immune to all problems. It is a claim that the combination of a large on-site water body, a nearby generating station, and sparse rural population creates a meaningfully more resilient base than a typical suburban or urban location that depends entirely on long-distance grid power and distant water treatment plants.