Collections Impact List View
Live Across Nova Scotia

Nova Scotians Have Had a BIG Impact.

Real, measurable benefits from every Watts Up system in the province — lower bills, cleaner air, and greater energy resilience. Updated nightly with production data straight from the inverters.

Live across Nova Scotia
Ten years of generation.

Aggregated, real-time production data from every Watts Up system. A visual history of our impact in Nova Scotia over the last decade.

70.9 GWh
Lifetime production
21.4 MW
Installed capacity
46,848
Panels working
343 kWh
Battery storage
Loading...
Daily aggregated production across all monitored Watts Up systems. See full impact →
Live Production Value

What Nova Scotians Saved Recently.

Dollar values use the NSP residential rate of $0.1850/kWh.

$13.1 Million
Lifetime grid power avoided
70.9 GWh produced to date
631.8MWh
Generated last week
≈ $116.9 Thousand of grid power displaced
105.9MWh
Yesterday's output
≈ $19.6 Thousand at residential rates
50
Homes with Sunlight Backup — keeps essentials running through outages.
343.0kWh
Battery storage deployed across our installed fleet.
What This Means For The Planet

Cumulative Clean Generation, Translated.

Every kilowatt-hour we displace is fossil fuel that didn't burn. Here's what our fleet's lifetime generation adds up to in everyday terms.

5.6 Million
Gallons of gasoline avoided
10.6 Thousand
Passenger cars off the road for one year
54.8 Million
Pounds of coal not burned
6.1 Billion
Smartphones charged
8.5 Thousand
Homes powered for one year
2.0 Million
Propane BBQ cylinders avoided
113.5 Thousand
Barrels of oil displaced
49.6 Million
Lbs of CO₂ kept out of the atmosphere

Environmental calculations sourced from EPA.

EPA.gov

Check out our advanced solar calculator

Learn what a top quality solar system can do for you

  • Discover this year's equipment lineup and learn about storage options,
  • Design your solar system with unlimited arrays,
  • Model your system's performance over 30 years and track kWh purchases, credits and production,
  • Compare every available financing route — Halifax Solar City, Clean Energy Financing, SwitchPACE, and the Clean Technology ITC,
  • Discover your total cost for a top quality PV system as well as your ROI, payback period, new monthly power bill and your enviromental impact.
Get Started

If you would rather just request a quote, click here to fill in our contact form.

A First In Solar

What 50,000 Inverters Prove About Direction.

Every array we install is commissioned in Enphase with its exact compass direction, tilt, and capacity. Combined with metered production, that answers a question the industry has only ever modelled: what does a roof's direction really cost, measured on real homes in Nova Scotia? No brochure numbers. No simulations. Just the fleet, measured.

25%
Of mapped capacity faces within 15° of due south
21,339 kW DC across 3,302 arrays
1,673
Systems with commissioning-grade array data
Direction and tilt from the commissioning record, not guesswork
90%
A west-facing roof produces this much of what a south-facing roof does
Real measured output per kW installed, across 371 systems producing for a full year. Not a model, not a brochure.
Where Nova Scotia's Panels Face

Mapped fleet DC capacity by compass direction, 16 sectors. Hover a wedge for detail.

N E S W
Measured Yield By Orientation

Median kWh produced per kW DC over the trailing year. Single-aspect systems only (90%+ of capacity in one direction), producing for at least a full year.

Sn=329
1,093 kWh/kW · 100% of south
SEn=205
1,042 kWh/kW · 95% of south
SWn=226
1,041 kWh/kW · 95% of south
Wn=42
985 kWh/kW · 90% of south
En=27
955 kWh/kW · 87% of south

Directions with fewer than 10 qualifying systems are left out rather than shown as noise.

The Orientation Curve, Measured

Median annual kWh per kW by exact direction, in 15° steps. This is the real cost of a compass degree in Nova Scotia, from metered roofs. Directions with fewer than 8 qualifying systems are hidden.

968
105°
1047
120°
1018
SE
1071
150°
1078
165°
1137
S
1063
195°
1078
210°
1031
SW
1011
240°
1003
255°
Does Roof Pitch Matter?

South-facing systems only, so direction is held constant and tilt is the only variable. Median annual kWh per kW.

Shallow (under 15°)n=30
1,032 kWh/kW
Gentle (15–25°)n=71
1,063 kWh/kW
Typical (25–35°)n=155
1,100 kWh/kW
Steep (35°+)n=73
1,139 kWh/kW
84%
An east-west split roof produces this much of what a south-facing roof does
Median measured output per kW, 66 split-roof systems vs 329 south-facing
The Seasons, By Direction

Median monthly kWh per kW over the trailing year. How each roof direction earns its keep through a Nova Scotia year.

South
J
F
M
A
M
J
J
A
S
O
N
D
East
J
F
M
A
M
J
J
A
S
O
N
D
West
J
F
M
A
M
J
J
A
S
O
N
D
48,744
Panels individually mapped on real roofs
25°
The most common roof pitch we install on
8%
Of panels are mounted landscape
165
Panels in our largest single array
Find Systems Like Your Roof

Pick the direction your roof faces and browse real Watts Up systems with the same profile: their equipment, their measured production, their reviews. Then price your own in minutes.

North 6 Northeast 17 East 93 Southeast 334 South 518 Southwest 380 West 143 Northwest 13
Go Quote Yourself

Production is measured by Enphase microinverters; array direction, tilt, and capacity come from each system's commissioning record. Measured and modelled figures are never blended. Systems without imported array data are excluded rather than estimated.