Wheatland County · Shop and outbuilding solar
Grid-tied solar for shops, barns, and outbuildings across Wheatland County. We size systems based on your actual bills, not rough guesses.
Most shop solar projects in the Strathmore area fall between 8 and 20 kW, with 12 kW being the most common starting point for a heated shop running year-round. We install LONGi solar panels, which are built for long-term outdoor performance in Alberta's temperature swings, and we pair them with APsystems microinverters. Microinverters matter on shops and outbuildings because the roof geometry is often irregular or there's partial shading from adjacent structures. With microinverters, each panel operates independently, so one shaded panel won't drag down the whole array. That's a real advantage on a metal shop roof with a vent stack or a lean-to casting afternoon shade across part of the array. We do both rooftop and ground-mount configurations, depending on what makes sense for the site. Some Wheatland County properties have shops with older rooflines that aren't worth loading with panels, but they've got flat, open yard space with good southern exposure. Ground mount is often the cleaner call in that situation. On outbuildings like grain bins, pump houses, or equipment storage, we typically wire solar back to the main service through an existing feed or install a dedicated sub-panel depending on how the property is laid out. Every install is designed around the actual load, not a template. We pull your last 12 months of power bills, map the consumption by month, and size from there.
Strathmore sits at 51 degrees north latitude, which means cold winters and long summer days. The area averages 2,370 peak sun hours per year. That's enough production to make a properly sized grid-tied system pencil out on most rural properties in the area. A 12 kW system here typically generates around 15,457 kWh annually, which represents serious offset potential on a shop that's running compressors, welders, or heated floors year-round. Alberta's deregulated electricity market means your rate floats. The province-wide average landed around $0.18 per kWh in 2025, but it's moved higher before and likely will again. Every kilowatt-hour your panels produce is a kilowatt-hour you don't buy off the spot market. For a working shop drawing 1,200 to 1,800 kWh a month, that adds up fast. Wheatland County properties also tend to have unshaded south-facing rooflines or open yard space, which gives us flexibility in how we mount the array. Snow load is rated S2 for this zone. Our panel and racking specs account for that. You don't need to worry about whether the structure can hold it. We check that before any equipment goes on order.
Long rural distribution lines can cause voltage at the service entrance to run higher than urban properties, and that matters for solar. When a solar system pushes power back onto a line that's already running high voltage, the inverter may clip output or shut down temporarily to avoid exceeding safe grid voltage thresholds. We measure service voltage at the meter base during our site assessment and factor voltage rise into system sizing so your array produces what we've estimated.
Most rural residences and smaller shops around Wheatland County are served by single-phase power, but working farms with grain handling, large irrigation systems, or commercial operations often have three-phase service. The distinction matters because inverter selection and maximum system capacity differ between the two. We confirm your service configuration before designing the system so the inverter spec matches what's actually coming into your panel.
Older electrical panels on rural properties are common, and some weren't built with the capacity to support a solar backfeed breaker alongside existing loads. We assess breaker amperage, available panel space, and panel age during the site review. If the panel can't safely accommodate the system, we'll quote the upgrade alongside the solar install so there are no surprises after work starts.
The condition of the meter base is a key checkpoint in FortisAlberta's micro-generation approval process. We inspect the service entrance for weathering, proper grounding, and whether the meter base is rated for bi-directional metering. If FortisAlberta requires a meter base upgrade as part of interconnection, we coordinate that work so the approval process stays on track.
Rural Wheatland County properties don't have a simple load profile. You might have the house pulling 1,000 kWh a month, a heated shop adding another 800 to 1,200 kWh through the winter, a water well running a submersible pump, and maybe grain drying or livestock waterers on top of that. Stack those together and you're looking at monthly bills that run $400 to $800 or more, which implies a system in the 14 to 20 kW range to make a meaningful dent. We don't use rule-of-thumb numbers to size systems. We pull your last 12 months of bills, break down the monthly consumption pattern, and size the array around what you're actually using. For a property running $500 a month, a 14 kW system typically offsets 70 to 80 percent of annual usage at current rates. On the mount side, Wheatland County properties often have multiple structures to consider. South-facing metal shop roofs with good pitch are usually the first choice. They're strong, unobstructed, and already pointed the right direction. But if the roof has a poor pitch, faces the wrong direction, or sits in shadow from a grain bin in the afternoon, ground mount is often the smarter call. We've done plenty of both in this area. Ground mount also lets us optimize the tilt angle precisely, which can add 5 to 8 percent more annual production compared to a compromised roofline. We'll tell you which approach makes sense for your yard and walk you through the reasoning.
A house drawing 900 to 1,100 kWh monthly combined with a heated shop running a gas furnace blower, compressor, and lights typically lands in the $450 to $600 per month range on a FortisAlberta bill. That load profile usually calls for a 14 to 16 kW system to cover most of the annual usage. It's the most common scenario we see on acreages and quarter sections between Strathmore and Bassano.
Properties with grain bins, an auger, and a small elevator can see electricity usage spike to 2,500 to 3,500 kWh during harvest months, then drop significantly over winter. A 16 to 20 kW system sized around the full annual load, not just the peak months, gives you credits during shoulder months that offset the high-draw harvest periods. Three-phase service on these properties also changes the inverter and interconnection approach.
A smaller acreage running a house, an unheated shop used for light mechanical work, and a submersible well pump typically draws 800 to 1,100 kWh a month and generates bills in the $280 to $380 range. An 8 to 10 kW system is usually appropriate here, producing roughly 10,300 to 12,900 kWh annually and offsetting the majority of annual consumption at current rates.
Strathmore is served by FortisAlberta, which is the distribution system operator for most of rural central Alberta. For any grid-tied solar system, we submit a micro-generation application to FortisAlberta on your behalf before installation begins. The approval window is typically 2 to 6 weeks, and we factor that into the project schedule so you're not sitting on a finished install waiting for paperwork. FortisAlberta requires a bi-directional meter for micro-generation customers. If your existing meter base isn't compatible, that gets addressed as part of the interconnection process. Once approved, any excess power your system sends back to the grid earns you a credit on your FortisAlberta bill at the regulated rate. Those credits roll forward month to month. Alberta's micro-generation regulation sets the framework for how those credits work, and we walk you through what to expect from your first billing cycle after the system goes live. We handle the application, the technical documentation, and the coordination with FortisAlberta. You don't need to manage that process yourself.
| System Size | Annual Production | Year 1 Savings | Payback Period |
|---|---|---|---|
| 8-20 kW range, 12 kW typical | 15,457 kWh | $2,782 CAD | 12.3 years (based on 12 kW at $2,850/kW installed) |
These estimates are based on a 12 kW system, 2,370 peak sun hours per year, and Alberta's 2025 average power rate of $0.18/kWh. Actual system size, production, and payback period depend on your specific power bills and site conditions.
We review your power bills to understand your energy use in Strathmore and size the system to your actual consumption — not a generic estimate.
We assess your roof or ground area, south-facing exposure, electrical service, and utility interconnection requirements specific to your property.
We produce a system layout, production estimate, and cost summary, then submit your micro-generation application to your utility on your behalf.
Our crew installs racking, panels, inverter, and electrical connections. All work is performed by licensed electricians. We commission and test before handoff.
Alberta's micro-generation regulation allows grid-tied solar customers to send excess power back to their utility and receive a bill credit at the regulated rate. Credits accumulate month to month, so strong summer production offsets higher winter consumption. FortisAlberta administers this for customers in the Strathmore area through the bi-directional meter installed during interconnection.
Farm operations and incorporated businesses may qualify for the federal Clean Technology Investment Tax Credit, which currently offers a 30 percent tax credit on eligible solar equipment costs. This applies to commercial and agricultural operations, not personal residences. If your shop or outbuilding is part of a farming operation, it's worth discussing with your accountant whether this credit applies to your situation.
Submit a recent power bill and we will review your consumption and provide an honest assessment for your Strathmore property. No obligation.
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