Solar Power | Topproperty

Solar Power Profile - Macquarie Plains, TAS 7140

More than 1127 homes in postcode 7140 have solar panels installed, which includes the towns of Macquarie Plains, Black Hills, Boyer, Bradys Lake, Bronte Park, Bushy Park, Butlers Gorge, Dee, Derwent Bridge, Ellendale, Fentonbury, Fitzgerald, Florentine, Glenfern, Glenora, Gretna, Hamilton, Hayes, Hollow Tree, Karanja, Lachlan, Lake St Clair, Lawitta, Little Pine Lagoon, London Lakes, Magra, Malbina, Maydena, Meadowbank, Molesworth, Moogara, Mount Field, Mount Lloyd, National Park, New Norfolk, Osterley, Ouse, Plenty, Rosegarland, Sorell Creek, Strickland, Styx, Tarraleah, Tyenna, Uxbridge, Victoria Valley, Wayatinah and Westerway.

In terms of solar power, collectively that's a whopping 6,634 kW of solar panels installed that are generating on average 21,962 kWh per day, or 8,016 MWh per year. This means the average solar-powered home in this area is saving $1,213.625 per year, which combined saves this community approximately $1,402,822.75 per year.

Macquarie Plains and 7140 are also doing their bit for the planet too because this amount of solar power has reduced the yearly carbon footprint for the area by 5,851.68 tonnes. To put this into perspective, that's the equivalent amount of yearly carbon dioxide captured and sequestered by 324,114 trees, or it's equivalent to 48,764,000 km worth of car emissions.

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Solar Ranking

Postcode 7140

13th

State Wide

1019th

Australia Wide

Solar Power in Macquarie Plains

Battery Charge Time: Solar Powered vs Grid Energy

Discover how much of your Fronius battery is charged using solar power

Charged by Solar
Charged by Grid
24.024.018.018.012.012.06.06.00.00.0Charge Time (hours)JanJanFebFebMarMarAprAprMayMayJunJunJulJulAugAugSepSepOctOctNovNovDecDec

This graph shows how long it takes your battery to reach 100%, filled by your solar system first, then topped up by the grid if needed. By balancing your battery size with your solar system size, taking into considering how much solar power you use during the day, you can design a setup that maximises solar savings and reduces reliance on costly grid energy.

Our calculation estimates how much solar energy your system can produce at your location by factoring in local climate data, average daily sunshine hours, and monthly sunrise and sunset times. This provides a realistic picture of solar power production across all seasons. For tailored advice, including confirmation of single-phase or three-phase compatibility, speak to your local Fronius Solutions Partner.

1-6kW
6-8kW
55443322110001 Jan01 Jan02 Jan02 Jan03 Jan03 Jan04 Jan04 Jan05 Jan05 Jan06 Jan06 Jan07 Jan07 Jan08 Jan08 Jan09 Jan09 Jan10 Jan10 Jan11 Jan11 Jan12 Jan12 Jan

Average kW per solar installation

Postcode 7140

1-6kW
6-8kW
2.02.01.61.61.21.20.80.80.40.40.00.001 Jan01 Jan02 Jan02 Jan03 Jan03 Jan04 Jan04 Jan05 Jan05 Jan06 Jan06 Jan07 Jan07 Jan08 Jan08 Jan09 Jan09 Jan10 Jan10 Jan11 Jan11 Jan12 Jan12 Jan

Number of Home Solar Systems Installed

Postcode 7140

Daily Avg Sunshine in Macquarie Plains
554433221100JanJanFebFebMarMarAprAprMayMayJunJunJulJulAugAugSepSepOctOctNovNovDecDec
Daily Avg Solar Generation (kWh)
554433221100JanJanFebFebMarMarAprAprMayMayJunJunJulJulAugAugSepSepOctOctNovNovDecDec

* Data from The Bureau of Meteorology (BOM). Closest weather station to Macquarie Plains: Macquarie Plains (derwent River) - approx. 858 m

Featured Solar Installers Servicing Macquarie Plains

Community Solar Statistics - Macquarie Plains, 7140

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Homes With Solar

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Homes With Solar

This calculation is based on the Clean Energy Regulator number of small-scale technology certificates (STCs) claimed for solar installations less than 100kW in size in the 7140 postcode. The number of certificates claimed is directly related to the number of solar power systems commissioned, as lodged by the solar installation business.

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Avg Solar Savings

$0/year

Avg Solar Savings

This calculation assumes a Beauru of Meteorology annual mean global daily irradiation for Macquarie Plains based on the average solar system size for 7140, modelled with a 50% of solar production that is fed directly into the grid at 10c/kWh, and the remaining 50% of the solar energy produced being consumed within the home at an energy bill reduction of 25c/kWh.

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Est Retail Value of Power Generated

$0/year

Est Retail Value of Power Generated

This calculation assumes a Beauru of Meteorology mean global daily irradiation for Macquarie Plains, using the total number of kW installed according to the Clean Energy Regulator, valued at 25c/kWh.

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Solar Panels Installed

0 kW

Solar Panels Installed

This calculation is based on for the number of kilowatts installed in postcode 7140 according to the Clean Energy Regulator.

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Avg Daily Solar Generation

0 kWh

Avg Daily Solar Generation

This calculation is based on the total number of kilowatts installed for this location sourced from the Clean Energy Regulator multiplied by the annual mean global daily irradiation for the Beauru of Meteorology weather station nearest to Macquarie Plains. The amount of solar power generated each day is therefore the total amount of solar power generated per one day based on an average day of sunlight.

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Yearly Solar Generation

0.0 MWh

Yearly Solar Generation

This calculation is based on the total number of kilowatts installed for this location sourced from the Clean Energy Regulator multiplied by the mean global daily irradiation for the Beauru of Meteorology weather station nearest to Macquarie Plains. The amount of solar power generated each year is therefore the total amount solar power panel generated for 12 months based on an average day of sunlight.

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Local Jobs Created

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Local Jobs Created

This calculation is based on Beyond Zero Emissions economic modelling showing that 5.8 jobs are directly created per megawatt of rooftop solar installed. The amount of jobs created from rooftop solar in postcode 7140 takes the number of "Solar Panels Installed" calculation multiplied by 5.8 jobs/MW ratio to indicate the employment created.

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Community Energy Savings

$0/year

Community Energy Savings

This is based on the "Average Solar Savings" calculation multiplied by the total number of Homes with Solar calculation for postcode 7140. The total amount of money saved by residential solar power for this area indicates how much this location saves in total dollars each year from the total amount of solar power generation.

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Local Business Generated

$0

Local Business Generated

To figure out the economic value generated for solar installation businesses servicing postcode 7140, we take the Solar Panels Installed calculation and multiply it by an average assumed price of $3 per watt, which we adjusted for historical price changes. This then gives us an idea of the revenue generated by solar installation businesses supplying and installing solar power in the area.

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Annual CO2 Reduction

0 tonnes

Annual CO2 Reduction

This is based on the total amount of solar power generated by all of the homes in postcode 7140 using the "Yearly Solar Generation" calculation multiplied by the amount of CO2 generated per tonne of coal-fired power in TAS. So this shows us the amount of carbon dioxide pollution equivalent that would be generated by coal-fired power stations for the same amount of kilowatts that are instead saved by clean and green rooftop solar power.

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Yearly Carbon Sequestration

0 trees

Yearly Carbon Sequestration

This is based on the total amount of solar power generated by all of the homes in postcode 7140 using the "Yearly Solar Generation" calculation multiplied by the amount of CO2 generated per tonne of coal-fired power in TAS, then coverted to the number of trees that would be required to capture and sequester that amount of carbon dioxide pollution. (14 trees per tonne of CO2) So this number gives us a different way of understanding the environmental benefits of solar by giving us an equivalent number of mature trees capturing and sequestering carbon dioxide pollution into the soil that is equal to the amount of CO2 otherwise saved because of rooftop solar power in this area.

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Yearly Car Emissions

0 km driven

Yearly Car Emissions

This is based on the total amount of solar power generated by all of the homes in postcode 7140 using the "Yearly Solar Generation" calculation multiplied by the amount of CO2 generated per tonne of coal-fired power in TAS, then coverted to the number of kilometres driven by an average car. (120g of CO2 per km driven) So this number gives us a different way of understanding the environmental benefits of solar by giving us an equivalent number of kilometres driven worth of car emissions that is equal to the amount of CO2 otherwise saved because of rooftop solar power in this area.

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Macquarie Plains Demographics

Macquarie Plains and the postcode of 7140 has a total population of 11086 people, with a median age of 42 years. There are 5365 households in Macquarie Plains, with an average of 0.8 people per bedroom. The average number of people per household is 2.4 with a median income of 1197 per week per household.

About 64% of homes in the area are homeowners who either own their home outright or have a mortgage. The median mortage repayment in Macquarie Plains is $1192/month. By installing solar power in Macquarie Plains, the average household could save 8.48% of their monthly mortage, resulting in approximately a $72911 saving over the lifetime of their loan, assuming they put the electricity savings toward their home loan, a $500,000 loan, with a 4% interest rate over 30 years. Electricy cost savings from an average solar system is approximately 1.95% of household income. Clearly, installing solar power in Macquarie Plains is a sensible thing to do financially and for the planet.

* Based on Australian Bureau of Statistics 2021 Data
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About Macquarie Plains

Black Hills is a small town located in the southern part of Tasmania, Australia. It is situated in the Huon Valley and is surrounded by beautiful mountain ranges such as the Hartz Mountains and the Wellington Range. The town is known for its stunning natural beauty, with plenty of opportunities for outdoor activities such as hiking, fishing, and camping. Visitors can also explore the local vineyards and taste some of the finest wines in the region.

Black Hills enjoys a temperate oceanic climate with mild to warm summers and cool winters. The town receives an average of 6 hours of sunshine per day, making it an ideal location for solar power. With the right solar panel angle and orientation, homeowners and businesses in Black Hills can benefit from high solar yields and significant savings on their energy bills. Solar installers in the area can provide expert advice on the best solar solutions for each property, taking into account potential shading issues and other factors.

Investing in solar power in Black Hills can have many benefits for the local community and the environment. By reducing reliance on fossil fuels, solar energy can help to lower carbon emissions and combat climate change. It can also create local jobs in the solar industry and contribute to the growth of renewable energy in Tasmania. With its abundant sunshine and stunning natural surroundings, Black Hills is the perfect place to harness the power of the sun and embrace a sustainable future.

Nearby Suburbs

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