A basic 800-watt plug-in solar kit — the configuration this campaign asks Nova Scotia 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 Halifax balcony it would generate about 708 kWh per year.
At Nova Scotia's typical variable residential rate (18 ¢/kWh including energy, transmission, and distribution charges that scale with usage), that's roughly $64.98 a year in avoided charges. A median-priced kit pays for itself in 7 years 11 months — then keeps producing for another 18+ years of its 25-year lifetime. Over the panel's full life, that's roughly $1,021 of cumulative savings that Nova Scotia 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 — Halifax, 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). Nova Scotia 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 →
Per kWh — Canada’s highest mainland electricity rates. A balcony panel pays for itself in 2–4 years.
Retail credit for net metering — the best in Canada. Every kWh you generate is worth full price.
The NS government already fought to protect solar customers from utility pushback. The political will exists.
Payback period — faster than almost anywhere else in Canada. Then free electricity for 20+ years.
Nova Scotians pay the highest residential electricity rates in Canada. That’s exactly why the regulatory barrier to plug-in solar is most costly here — and exactly why it’s most indefensible. The Solar Adopter program treats a 400W balcony panel the same as a commercial rooftop array. For a province with rate pressure this severe, an appliance class for certified equipment would be the single fastest consumer-facing cost-relief move the government could make.
No new legislation is needed. The authority to make these changes already exists.
Create a plug-in generation class for certified systems under 1200W with reduced permit and electrician requirements for cord-and-outlet connection only.
Create a plug-in generation category in the Solar Adopter / Net Metering program for certified systems under 1200W — exempt from engineering review, interconnection agreement, and meter upgrade. On-site use only, anti-islanding required.
Many Nova Scotia 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 →We’re looking for an organization or individual in Nova Scotia to lead the local plug-in solar advocacy effort. If you’re interested, get in touch.