Make power savings with solar in Northern Territory (NT)

Solar electricity is a clean, green renewable energy source that can drastically reduce your power bills and also contributes to reducing Australia’s greenhouse gas emissions.

Choosing a new solar electricity system is easy. We invite you to explore our easy to use website to learn how solar electricity can help you, obtain a non-obligation quote or place an order for your new solar electricity system.

2kW Solar System

(8 x 250 W panels)
Output: From 2,555 to 3,650 kWh/year*
Roof area required: 14.4 m2

3kW Solar System

(12 x 250 W panels)
Output: from 3,832 to 5,475 kWh/year*
Roof area required: 21.6 m2

4kW Solar System

(16 x 250 W panels)
Output: from 5,110 to 7,300 kWh/year*
Roof area required: 28.8 m2

5kW Solar System

(20 x 250 W panels)
Output: from 6,387 to 9,125 kWh/year*
Roof area required: 36.0 m2

6kW Solar System

(24 x 250 W panels)
Output: from 7,664 to 10,950 kWh/year*
Roof area required: 43.2 m2

10kW Solar System

(40 x 250 W panels)
Output: from 12,774 to 18,250 kWh/year*
Roof area required: 72.0 m2

Call 1800 155 597 or enquire via this form


Useful Stats for Northern Territory (NT)

System Capacity
Average Daily Production
Alice Springs
Darwin
1 KW system
5.0kwh
4.4kWh
1.5 KW system
7.5kwh
6.6kwh
2.0 KW system
10.0kwh
8.8kwh
3.0 KW system
15.0kwh
13.2kwh
4.0 KW system
20.0kwh
17.6kwh
5.0 KW system
25kwh
22kWh
10 KW system
50kWh
44kWh
20 KW system
100kWh
88kWh
30 KW system
150kWh
132kWh

A typical Australian house consumes around 18 kilowatt hours (kWh) per day*

In Darwin, there are many regions that are cyclone-prone and thus require certain builder certifications for installing rooftop solar systems.

* Data Sourced from the Solar PV Consumer Guide – Clean Energy Council website. Figures are based on averages over a 365 day cycle.