A basic 800-watt plug-in solar kit — the configuration this campaign asks Saskatchewan to legalize — typically sells for €279–529 in Germany (median roughly €369, or $502 CAD pre-tax after stripping VAT and converting at Bank of Canada monthly average). On a south-facing Saskatoon balcony it would generate about 802 kWh per year.
At Saskatchewan's typical variable residential rate (15 ¢/kWh including energy, transmission, and distribution charges that scale with usage), that's roughly $61.42 a year in avoided charges. A median-priced kit pays for itself in 8 years 4 months — then keeps producing for another 17+ years of its 25-year lifetime. Over the panel's full life, that's roughly $938 of cumulative savings that Saskatchewan households are currently being denied.
Assumptions skew deliberately conservative: vertical (90°) panel mounting (pure vertical is optimal only at the poles; any realistic installed tilt produces more), 60% self-consumption rate (typical households hit 70%+), 15% shading derate, and no allowance for rising electricity prices. We publish the floor, not the ceiling.
Monthly kWh production — Saskatoon, 800W vertical south
Raw PVWatts output; the payback math above applies shading + self-consumption derates on top.
Sources: NREL PVWatts v8 (monthly production, NSRDB satellite dataset, south orientation, 90° tilt). Saskatchewan Utilities Commission Rate of Last Resort (energy charge, authoritative) plus conservative T&D estimates pending bill verification. Product prices: EU retailer listings, VAT-stripped, converted at Bank of Canada monthly average. Full methodology → · Try your own numbers →
Of Saskatchewan’s grid runs on fossil fuels. Every balcony panel here displaces more carbon than anywhere else in Canada.
Peak sun hours daily — Canada’s best solar resource, tied with Alberta.
Crown utility (SaskPower) means fewer decision-makers than any other province. One board can unlock this.
Per kWh and climbing. Saskatchewan rates have risen steadily as fossil fuel costs increase.
Saskatchewan has among the best solar resources in Canada — 5+ peak sun hours, roughly matching Alberta — and higher-than-average electricity rates. A balcony solar kit would pay off faster here than almost anywhere else. But SaskPower’s net metering framework applies the same interconnection agreement, engineering review, and bi-directional meter requirement to a 400W balcony panel as to a commercial rooftop installation. TSASK requires a licensed electrician for any grid-connected work, regardless of whether the equipment plugs into a standard outlet. The scale mismatch is the entire issue: an appliance that draws less than a hair dryer is treated administratively as a generator.
No new legislation is needed. The authority to make these changes already exists.
Include plug-in solar (certified, on-site-use, <1200W) as a named category in the provincial renewable energy policy framework. Directs SaskPower and TSASK to implement the operational changes in their respective domains.
Issue a TSASK variance accepting UL 3700 / CSA-certified plug-in solar equipment as meeting electrical safety requirements without a licensed electrician for cord-and-outlet connection only. The variance would be conditional on certified equipment, on-site use, and anti-islanding.
Direct SaskPower to create a plug-in generation category for certified systems under 1200W. Exempt from net metering application, engineering review, and bi-directional meter. On-site use only, anti-islanding required.
Many Saskatchewan residents live in multi-unit buildings where rooftop solar isn’t feasible. Start the conversation with your board about balcony solar — it’s the one change that unlocks renewable electricity for renters and condo owners.
Your MLA can raise this issue in the legislature and push for regulatory modernization.
Find your MLA →A campaign is taking shape in Saskatchewan. We’re looking for more organizations and individuals to join or anchor it. If you’re interested, get in touch.