Solar Panels in Alawa

Local prices, rebates, sun and network figures for Alawa, so you know the numbers before you talk to anyone. 35% of homes here already have solar.

Northern Territory, STC Zone 2. Power and Water Corporation network.

One Why Solar Approved installer, one free written quote, and fifteen minutes with a solar expert before you sign.

Homes with solar in 0810
35%
Peak sun hours a day
5.5
Average system
7.5 kW
Typical feed-in tariff, NT
8.3c
Export limit
4.5 kW
Optimal tilt
34°
Installations in 0810
4,446

Solar potential in Alawa

Alawa receives 5.5 peak sun hours per day on average. The optimal panel angle is 34° facing north.

Estimated solar output in Alawa by system size
SystemAverage dayYear
6.6 kW30.9 kWh11,262 kWh
10 kW46.8 kWh17,064 kWh
13 kW60.8 kWh22,183 kWh

Estimated: system size times 5.5 peak sun hours (the 0810 area average) times 85% for inverter, heat and wiring losses, over 365 average days. The savings and payback above use the same output. Orientation, shading and the equipment your installer quotes change it.

Alawa from above. Satellite imagery from Google.

Daily/Monthly System Energy Output Estimates

Here's what you can expect to generate with various sized solar power systems in the Alawa 0810 area, assuming good quality components, a suitable rooftop and professional, accredited solar installation.

Mean daily production for 6.6kW of solar panels in Alawa, NT, 0810

6.6kW
System Size
30.9
Avg kWh/day
11,262
Est. kWh/year
5.5
Peak Sun Hours

Estimates based on 5.5 peak sun hours and 85% system efficiency. Actual output varies with panel orientation, shading, and weather.

Monthly Solar Irradiation

Average daily solar energy (kWh/m²/day) reaching the Alawa area throughout the year compared to the Australian national average.

5.5
Avg kWh/m²/day
7.4
Summer Peak (Jan)
3.3
Winter Low (Jun)

Based on Bureau of Meteorology solar exposure data. Actual values may vary based on weather conditions.

Solar in Alawa vs National Average

0810 has 35.2 systems per 100 homes, +6% vs the national average (33.3).

0810National Avg
33.5 MW
total capacity
57.1 GWh
clean energy/yr
38.8k t
CO₂ avoided/yr
$16.0M
value at 28c/kWh
8.7k
homes equiv.

Based on 4,446 installations, 5.5 peak sun hours, 7.5kW avg system.

thermostatInsulation impact on solar savings in Alawa

How much of your solar generation gets consumed by heating and cooling, based on your home's insulation quality. Data sourced from NatHERS climate zone 1 (Darwin).

warningPoorly insulated home (2-star)
8,694 kWh/year
Cooling: 8,694 kWh
check_circleWell insulated home (6-star NCC minimum)
4,722 kWh/year
Cooling: 4,722 kWh
Poor insulation adds 3,972 kWh/year (10.9 kWh/day) in heating and cooling
$2,204/yr
poorly insulated
arrow_forward
$1,483/yr
well insulated
$721/yr
saved with good insulation
Solar self-consumption comparison (6.6kW system)
Poorly insulated45%
Well insulated30%

Higher self-consumption means less solar energy exported. In a well-insulated home, more generation is exported at the feed-in tariff rate rather than consumed by heating/cooling.

Based on ABCB NatHERS climate zone 1 load limits for a 150m² home. Actual consumption varies by home design, orientation, and occupant behaviour.

Grid connection in Alawa

Power and Water Corporation

Your electricity network distributor for Alawa.

Export limit
4.5 kW
Days to connect
15
Typical timeframe
Pre-approval threshold
4.5 kW+
Systems above it need approval

Feed-in tariffs in Alawa

Typical rate in NT

8.3c/kWh

A state-wide estimate, not a live offer. Compare current plans

Rate range in NT

6.3c
12.3c

Typical usage rate in NT: 28.0c/kWh

Use it before you export it. With the feed-in tariff at 8.3c and usage at 28.0c, every kWh you use yourself saves you 19.7c more than exporting. A battery helps you use more of it.

See what Alawa homeowners are paying

6.6 kW systems in 0810 range from $5,980 to $8,625 fully installed, after the $1,900 federal rebate.

How to choose a solar installer in Alawa

Three things to look for before signing a contract.
  1. SAA accreditation

    Only use installers accredited by Solar Accreditation Australia (SAA). Accreditation is mandatory for STC rebate eligibility.

  2. A written quote

    Get a detailed quote from a vetted local installer. Prices in 0810 range from $5,980 to $8,625 for 6.6 kW.

  3. Tier-1 equipment

    Insist on tier-1 panels and a reputable inverter. This protects your 25-year performance warranty.

Local council requirements

Planning and approval requirements for solar installation in Alawa, NT.

No approval required

Most residential solar installations in NT are exempt under the NT Planning Scheme permit exemptions.

  • Roof-mounted panels on residential buildings
  • Systems under 10kW on single-phase
  • No change to building structure

Your SAA installer will handle

  • Grid connection application to your DNSP
  • Electrical safety certificates
  • STC rebate paperwork
  • Meter upgrade coordination

Heritage and conservation areas. Heritage areas may require Development Permit. If your home is heritage-listed or in a conservation area, check with your council before you sign.

Local government area

Alawa 0810 is in the Darwin council area. Your installer will handle all necessary paperwork and approvals as part of the installation process.

NT planning portal(opens in a new tab)Solar for heritage homes

Data sources: CER, ABS, BOM, Global Solar Atlas

5.5 kWh/m²/day avg solar exposure · 4,446 installations in 0810 · 35% penetration · BOM station 5.3 km from Alawa

Growth on last year
14%
175 installs last year
Average system size
7.5 kW
Installed in 0810

Solar FAQ for Alawa

How much does solar cost in Alawa 0810?
A typical 6.6kW solar system in the 0810 area costs $5,980 to $8,625 after the federal STC rebate. Prices vary based on panel quality, inverter choice, and installation complexity.
What's the payback period for solar in Alawa?
With 5.5 sun hours per day and current electricity prices, most households in Alawa see payback within 4.5 years. This assumes 30% self-consumption. Adding a battery can improve this significantly.
What rebates are available in NT?
NT residents can access the federal STC rebate (approximately $1,900 for a 6.6kW system) plus state rebates, which vary by scheme.
What feed-in tariff can I get in Alawa?
Feed-in tariffs in NT typically run from 6.3c to 12.3c per kWh, depending on the retailer and the plan. That is our state-wide estimate, not a live offer: retailers set their own rates and change them, so compare current plans for your postcode before you size a system around one.
Can I export solar power in Alawa 0810?
Yes, Power and Water Corporation allows exports up to 4.5kW per phase in this area. For larger systems, you may need pre-approval.
How do I find a good solar installer in Alawa 0810?
Look for SAA-accredited installers with experience in the 0810 area who specify tier-1 panels and inverters. Check Google reviews and ask for references. Avoid high-pressure door-to-door sales and anyone requesting large upfront deposits. Our matching tool pairs you with a vetted local installer servicing Alawa who meets our quality standards.
Is commercial solar available in Alawa?
Yes, businesses in Alawa can install commercial solar systems from 10kW to 100kW+. Commercial systems typically pay back faster than residential due to higher daytime usage. NT businesses may also access additional incentives including LGCs for larger systems.

Local data reviewed by

Headshot of Andy McMaster, Solar Installer Partner Relations at Why Solar

Written by

Andy McMaster

Solar Installer Partner Relations

Connects homeowners with trusted, vetted solar installers across Australia. Andy works directly with installation companies to ensure quality standards and helps homeowners through the quoting process.

Learn more about Andy McMaster

Check your rebate in Alawa

35% of homes in Alawa already have solar. One Why Solar Approved installer, one free written quote, and fifteen minutes with a solar expert before you sign.

Up to $8,000+ in solar and battery rebates · Federal rebates step down in 80 daysSee how we calculate this