Install Photo of the Week: Esko, Minnesota Ground-Mount Shows Real-World Solar Power

This week’s highlight is a ground-mounted solar array in Esko, MN. It features 28 panels with a total capacity of 12.88 kW. The build looks clean, and it’s designed to work in all seasons. The feature appears as the team’s “#InstallPhotoOfTheWeek,” which spotlights practical design and neat workmanship.

The installer is All Energy Solar, a full-service provider that handles design, permitting, interconnection, and support for homes and businesses in Minnesota and other states. The company notes more than ten thousand completed projects and thousands of five-star reviews, and it operates with licensed professionals and detailed forecasting. 

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What 12.88 kW Could Produce in Minnesota

Minnesota’s solar resource supports steady production. A common rule of thumb in the state is that a 5 kW system can generate about 7,300 kWh per year. That equals roughly 1,460 kWh per kW each year. Using that simple yardstick, a 12.88 kW array could make ~18,800 kWh annually, depending on shading, tilt, snow, and location. 

For context, the average Minnesota home uses ~752 kWh per month (about 9,024 kWh per year), based on federal energy data for 2023. So this Esko system could cover a typical home’s needs and still leave a buffer in many months. 

Many Minnesota utilities offer net metering, which lets customers earn bill credits for sending excess power back to the grid. That helps when production is high in summer and use is higher at night. 

Why Choose a Ground-Mount?

Roofs are common, but a ground-mount can be the better call when roof space is small, shaded, or faces the wrong way. The design can point panels due south and set the ideal tilt for the site. That can boost output and savings. 

• Flexible placement: Install where sunlight is strongest, not where the roof allows. 
• Optimized tilt and orientation: Dial in angle and direction for higher yield. 
• Easier upkeep: Cleaning and inspections are simpler at ground level. 

There are trade-offs. Ground-mounts often cost more than rooftop systems because of extra racking and site work. EnergySage estimates around a ~20% premium on average, though actual bids vary by soil, trenching, distance to service, and design. 

Process and Support

All Energy Solar provides a full process: site evaluation, design, permitting, utility paperwork, installation, and support. The team serves Minnesota and other states and offers learning resources and accurate energy and cost forecasts to set clear expectations. 

For production estimates, the newsroom recommends the NREL PVWatts® Calculator. Homeowners can plug in address, array tilt, and losses to see monthly and annual output ranges based on 30 years of weather data. Minnesota’s own guidance points residents to this tool as well. 

Planning Tips for Minnesota Homes

• Check sun and shade. Avoid trees and buildings where possible. 
• Review yard layout. Allow room for setbacks, snow clearing, and safe access. (Local zoning may apply.) 
• Ask about net metering. Policy varies by utility; credits can improve payback. 
• Compare layouts. Price a roof option and a ground option when space allows. 
• Use PVWatts. Model production before you sign. 

Bottom Line

The Esko ground-mount shows what a well-designed array can do. With 12.88 kW and smart siting, the system could produce around 18,800 kWh a year in Minnesota’s sun, which is about twice the average home’s use. Add net metering, and the numbers can work even better. 

For readers who want quotes, design options, or a deeper dive, visit allenergysolar.com. The site explains services, shows service areas, and offers next steps for homes and businesses across Minnesota.