FortisAlberta Territory

Rural Alberta Solar Installation

Power Your Lacombe Property with Reliable Solar Energy

Lacombe, nestled in Central Alberta, offers a prime location for ground mount solar installations. With abundant sunshine and a strong agricultural presence, properties here can significantly benefit from clean, renewable energy. Discover how solar can reduce your energy costs and enhance your property value.

Why Solar Makes Sense in Lacombe

Lacombe\'s position within Lacombe County farmland, combined with strong acreage solar demand, creates an ideal environment for ground mount systems. FortisAlberta\'s net metering program allows you to sell excess power back to the grid, maximizing your investment. This area is perfect for farms, acreages, shops, and barns looking to achieve energy independence.

Lacombe averages 2,350 peak sun hours per year — a 7.6 kW system here produces approximately 9,710 kWh annually.

Solar for the Lacombe County Farm Belt

The farmland surrounding Lacombe is working land, and the electrical loads that come with it — grain handling, ventilation, stock waterers, yard lighting — run year round. Those loads sit behind a single farm meter more often than not, which makes them straightforward to offset with one properly sized array under Alberta's Micro-Generation Regulation. A farmyard drawing 20,000 kWh per year needs a system of roughly 15.7 kW at Lacombe's production rate, and open yard space almost always accommodates a ground mount of that size.

We work across Lacombe County, including properties toward Blackfalds and Ponoka. Our farm solar guide walks through the design questions specific to agricultural operations.

Heated Shops and Mixed Loads

The heated shop is the defining load on many Lacombe-area properties. Shop heat, engine block heaters, welders, and compressors pull hardest in exactly the months when solar produces least, so a shop-heavy property consumes power on a winter-weighted curve while the array produces on a summer-weighted one. The Micro-Generation Regulation bridges the two: summer surplus exports to the grid for bill credits, and those credits offset the winter draw. The system still gets sized to annual consumption — the seasons settle out on the bill.

Sizing from real numbers: a house plus heated shop drawing a combined 14,000 kWh per year needs roughly 11 kW at Lacombe's yield of about 1,278 kWh per installed kW. The 12-month usage graph on your most recent power bill shows the seasonal shape of your consumption, which is why it is the first thing we ask for.

Designed for Rural Electrical Systems

Rural properties in Lacombe often have electrical service characteristics that differ from urban installations. Long distribution lines, single-phase or three-phase service, and older panel infrastructure require careful system design. We assess your service entrance, meter base, and distribution panel as part of the design process.

Voltage rise assessment
Ground and rooftop options
Wind-rated racking systems
Single and three-phase service
Utility interconnection filing
Permit coordination

The Central-Alberta Production Math

Lacombe's 2,350 peak sun hours per year translate into approximately 1,278 kWh annually for every kW of well-oriented capacity installed. That means a 7.6 kW system produces about 9,710 kWh per year, a 10 kW system about 12,800 kWh, and a 15 kW farm system about 19,200 kWh. Central Alberta gives up a few percentage points to the province's far south, but cold, clear winters work in its favour — panel efficiency improves as temperature drops, so winter sun here converts at a better rate than the same sun in a mild climate.

These figures assume a reasonably unshaded array facing south. Shading from shelterbelts and grain bins, roof orientation, and tilt all move the number, which is why every quote we issue is built from a site assessment rather than a provincial average.

The Installation Process

01

Power Bill Review

We review the 12-month usage graph on your most recent power bill to understand your consumption patterns and identify the right system size.

02

Site Assessment

We visit your property to assess roof or ground conditions, shading, electrical service, and interconnection requirements.

03

System Design

We produce a system layout, production estimate, and cost summary based on your site and usage data.

04

Permits and Interconnection

We apply for building and electrical permits and submit your micro-generation interconnection application to FortisAlberta.

05

Installation

Our crew installs the racking, panels, inverter, and electrical connections. Work is performed by licensed electricians.

06

Commissioning and Inspection

The system is commissioned, inspected by the authority having jurisdiction, and connected to the grid through FortisAlberta.

Frequently Asked Questions

Solar energy provides significant cost savings on electricity bills, especially for large agricultural operations. It also increases property value and offers energy independence, reducing reliance on fluctuating utility prices. Ground mount systems are particularly well suited for the open spaces found on Lacombe properties.

FortisAlberta's net metering program allows solar producers to receive credits for surplus electricity sent back to the grid. These credits can then be used to offset future electricity consumption, effectively reducing your overall energy costs. It is a great way to maximize your solar investment.

Ground mount solar is an excellent option for many Lacombe properties, especially those with ample open land, such as farms, acreages, and commercial sites. It offers flexibility in panel orientation and can be installed away from buildings, optimizing sun exposure. Our team can assess your specific property to determine the best solution.

A 10 kW rooftop system starts around $28,500 installed. Larger farm systems cost more in total but generally less per kW, and ground mounts carry a per-kW premium over rooftop work because of piles, racking, and trenching. The final number for a Lacombe property depends on mount type, electrical service condition, and cable run length from a ground mount to the point of connection. We quote from your most recent power bill and a site assessment.

Lacombe averages 2,350 peak sun hours per year. A 7.6 kW system produces approximately 9,710 kWh annually — about 1,278 kWh per installed kW. Scaling from that baseline, a 10 kW system produces roughly 12,800 kWh per year and a 15 kW system roughly 19,200 kWh. Estimates assume a reasonably unshaded south-facing array and are adjusted for your actual site during design.

Size follows annual consumption. A town home using 7,200 kWh per year is covered by approximately 5.6 kW at Lacombe's yield of 1,278 kWh per kW. A house plus heated shop drawing 14,000 kWh needs roughly 11 kW, and a farmyard at 20,000 kWh needs about 15.7 kW. We size from the 12-month usage graph on your most recent power bill, which also shows how winter-weighted your consumption is.

A 10 kW system in the Lacombe area typically produces 450 to 600 kWh in January and 350 to 500 kWh in December, the lowest month of the year. Cold, clear central-Alberta days help — panel efficiency rises as temperature drops. Winter output does not need to carry winter loads on its own: summer export credits earned under the Micro-Generation Regulation offset the heavier winter bills.

Lacombe is FortisAlberta territory. The micro-generation interconnection application goes to FortisAlberta before the system is energized, and approval typically takes 2 to 6 weeks. We prepare and submit the application on your behalf and schedule the installation around the approval window, so the system is commissioned with minimal delay once FortisAlberta signs off.

For farms, ground mounts usually win. A 15.7 kW system offsetting 20,000 kWh of annual consumption rarely fits a single shop or barn roof plane, while open yard space accommodates it easily at ideal orientation and tilt. Ground-mount posts are set to roughly 2.0 m or deeper, below local frost depth, and steeper tilt angles shed snow faster in winter. Roof mounts remain the lower-cost choice for town homes where a south-facing plane has the space.

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Ready to Assess Your Property?

Submit a recent power bill and we will review your consumption and provide an honest assessment of what solar can do for your Lacombe property. No obligation.

Not sure if the numbers work for you? run your payback estimate with our solar ROI calculator.

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