Tilson Farm Solar — 94,000 kWh per Year Near Moose Jaw
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FarmGround MountMoose Jaw area, SK

Tilson Farm Solar — 94,000 kWh per Year Near Moose Jaw

Three full years of production within 1% of each other — Richard Tilson's 62.64 kW ground-mount solar system near Moose Jaw produces 94,000 kWh every year, like clockwork.

Richard Tilson · Installed March 2023

Tilson Farm Solar — 94,000 kWh per Year Near Moose Jaw — photo 1
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Project overview

Richard Tilson's 62.64 kW ground-mount solar system near Moose Jaw, Saskatchewan is one of the biggest farm installs in the Prairie Sun Solar fleet — and one of the most consistent producers anywhere in the province. Three full years of production data: 93,120 → 94,705 → 94,429 kWh, every year within 1% of each other. Annualized output works out to roughly 1,565 kWh per kW per year, well above the Saskatchewan provincial average of 1,200–1,300 — proof that south-central Saskatchewan's strong sun hours, paired with a properly engineered ground-mount system, deliver textbook performance year after year.

What stands out

  • Moose Jaw, Saskatchewan farm solar — three full years of production within 1% of each other (93,120 → 94,705 → 94,429 kWh)
  • 1,565 kWh per kW per year — well above the Saskatchewan provincial average of 1,200–1,300, proving south-central SK delivers strong solar yields
  • 62.64 kW ground-mount solar system — one of the biggest farm installs in the Prairie Sun Solar fleet
  • Long-relationship customer with multiple service touches — Prairie Sun has supported the Tilson farm since 2020

Live production data

Real numbers, real system

Snapshot · Apr 22, 2026
307,603

kWh lifetime

1,565

kWh per kW / year

62.64 kW

DC capacity

94,567

Avg kWh / year

Production efficiency

kWh per kW of solar — per year

vs. Saskatchewan provincial average of roughly 1,200–1,300 kWh/kW/year

Richard Tilson

1,565

kWh per kW per year

62.64 kW+25% vs SK average

What this means for you: kWh per kW per year is the gold-standard measure of solar performance — it accounts for system size, sun hours, panel orientation, and weather. Higher numbers mean fewer panels needed for the same energy output, lower install cost, smaller footprint on your roof or land, and a faster payback period.

Year-by-year production

kWh per calendar year

93.1k
2023*
94.7k
2024
94.4k
2025
25.3k
2026*

* Partial year (install or current year-to-date)

Last 12 months

kWh per calendar month

10.8k
May
2025
10.1k
Jun
10.3k
Jul
10.1k
Aug
9.0k
Sep
6.6k
Oct
4.5k
Nov
2.5k
Dec
4.1k
Jan
2026
6.5k
Feb
8.0k
Mar
10.1k
Apr
5.4k
May*

* Partial month (current month to date)

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