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Southwest Indiana Solar Co-op Reaches 150 Members: What Comes Next
The Southwest Indiana 2026 Solar Co-op has completed its enrollment phase with approximately 150 local residents and organizations signed up to explore solar energy.
That level of participation reflects growing interest among Southwest Indiana homeowners, churches, farms, and other property owners looking for greater control over long-term electricity costs.
Enrollment may be closed, but much of the real work is just beginning. Co-op participants will now move through property assessments, system design, contract decisions, engineering, permitting, and installation.
Why Solar Co-ops Appeal to Property Owners
For many people, the hardest part of going solar is knowing where to begin.
Property owners must consider equipment, warranties, roof conditions, available space, expected energy production, and project pricing. Comparing all those factors independently can quickly become overwhelming.
The co-op model simplifies the process by bringing interested property owners together. Solar United Neighbors, working locally with community partners such as the Evansville Climate Collaborative, helps organize participants and guide them through the evaluation process.
The model offers several potential advantages:
Group purchasing power: Combining multiple projects can help participants receive more competitive pricing than they might obtain individually.
A structured installer-selection process: A member-led committee evaluates installer proposals based on factors such as equipment, warranties, experience, and overall value.
No obligation to purchase: Joining the co-op allows participants to learn about their options and receive a property-specific proposal without committing to an installation.
What Happens After 150 People Sign Up?
Not every co-op member will ultimately install solar.
Solar must be evaluated property by property. Roof orientation, shading, structural condition, electrical service, available ground space, energy consumption, and project timing can all affect whether an installation makes sense.
Based on historical co-op participation patterns cited by organizers, approximately 40 to 50 members may move forward with completed projects. If that estimate holds, the co-op could produce a meaningful wave of residential, agricultural, nonprofit, and light-commercial solar installations across Southwest Indiana.
The impact extends beyond the number of panels installed. These projects represent local construction activity, long-term energy planning, and increased interest in battery-backed power systems.
Solar as a Long-Term Energy Strategy
A properly designed solar system can help a property owner reduce the amount of electricity purchased from the utility over many years.
Unlike utility rates, which may change over time, much of the cost of a purchased solar system is established at the beginning of the project. That makes solar appealing to property owners who want more predictability in their long-term energy expenses.
The financial outcome still depends on several factors, including:
The property’s electricity usage
System size and expected production
Available sunlight
Installation cost and financing terms
Utility policies
Applicable tax incentives or other programs
Whether battery storage is included
A reputable installer should model these factors for the individual property rather than relying on a one-size-fits-all savings estimate.
More Than Rooftop Solar
The co-op also demonstrates that solar is not limited to panels on suburban homes.
Depending on the property, systems may be installed on the ground, on agricultural buildings, or over parking areas. Battery storage can be added to some new or existing systems to provide backup power and allow more solar energy to be used on-site.
Morton Solar’s work at Zion Lippe United Church of Christ in Mt. Vernon is one local example. The church already had a ground-mounted solar array, and the Morton team added three high-capacity batteries in the building’s basement.
Brad Morton, president of Morton Electric and Morton Solar, explained:
“We’re adding batteries for backup power and for resiliency, and it helps get their electricity from the solar at retail rate, so it gives them a better return on their investment. Solar can be installed on rooftop or ground-mount systems, or a carport. We install solar on a lot of pole barns. Those are great applications.”
Choosing the Right Solar Configuration
Application | Often a Good Fit For | Primary Advantage |
Rooftop solar | Homes and buildings with suitable roofs | Uses an existing structure without occupying additional land |
Ground-mounted solar | Farms, churches, rural homes, and large properties | Allows greater flexibility in system location and orientation |
Pole barn and outbuilding solar | Agricultural buildings, workshops, and detached structures | Makes productive use of large, relatively open roof areas |
Battery storage | Properties prioritizing backup power or increased on-site solar use | Stores energy for use when solar production is low or the grid is unavailable |
Solar carports | Churches, businesses, and properties with parking areas | Produces energy while adding covered parking |
The best configuration depends on the site. A ground-mounted array may be the strongest option for one rural property, while a pole barn roof or battery retrofit may be more practical for another.
What Comes Next for Co-op Members?
With enrollment complete, co-op members can expect the process to move through several stages:
Property and energy-use evaluation
Personalized system proposal
Contract review and project decision
Engineering and permitting
Equipment scheduling and installation
Inspection, utility approval, and activation
Participants should pay close attention to any pricing, contract, financing, or installation deadlines provided by the co-op and its selected installer.
Missed the Co-op? You Can Still Explore Solar
The close of co-op enrollment does not mean property owners have missed their opportunity to consider solar.
Morton Solar works with homeowners, farms, churches, and businesses throughout Southwest Indiana to evaluate rooftop systems, ground-mounted arrays, pole barn installations, and battery storage.
A property-specific assessment can help determine which configuration is practical, what the system could produce, and whether the numbers make sense for your energy goals.
Contact Morton Solar to discuss your property and request a solar or battery assessment.
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