Recommended Solar Installers in Port Macquarie

Here are the installers that are in the SolarQuotes network and serve Port Macquarie, New South Wales.

To get free quotes from 3 of these installers, simply pop your postcode in the box up the top and press the big red button.

If you want to learn everything you need to know about installing solar in Port Macquarie, see further down the page.

Port Macquarie Climate

Port Macquarie’s climate is beautiful with a warm summer and cold in winter with an average high of 27.6° in January and an average low of 6.5° in July.

Port Macquarie Solar Potential

Solar panels on a typical north facing roof in Port Macquarie will receive an average amount of sunlight energy equal to about 5.25 hours of full noon sunshine a day.

A new 5 kilowatt solar system on a north facing roof could be expected to produce an average of around 20.4 kilowatt-hours a day or 7,450 kilowatt-hours a year.

Solar Feed-In Tariffs In Port Macquarie

Feed-in tariffs are a payment for surplus electricity produced by rooftop solar that isn’t used by the household or business but is instead sent into the grid.
Just which is the best plan to use depends upon individual circumstances. Electricity retailer plans can be compared using SolarQuotes’ electricity price comparison tool which allows you to enter your previous bill’s details and predicts how much various retailers would have charged for the same usage and provides information on the feed-in tariffs they offer.

The Rooftop Solar Application Process In Port Macquarie

I strongly recommend having your installer guide you through the application process for rooftop solar. They will be able to tell you how much solar electricity you will be allowed to export at your location and assist you in determining what size will best suit your needs.

Maximum Solar System Size In Port Macquarie

Households in Port Macquarie will require Council permission to install rooftop solar systems of more than 10 kilowatts. Apart from this, there is no restriction on the amount of solar people can install, regardless of if they have single phase or 3 phase power. However, there is a limit on how much solar electricity they can export.
An installer will need to perform VRC, which stands for Voltage Rise Calculations, to determine if the household will be permitted to export solar electricity. Generally households will be allowed to export 5 kilowatts, but it may be more, or it may be nothing.

To install rooftop solar with an inverter size larger than the amount of solar electricity they are allowed to export. an export limiting device, or an export limiting inverter must be used. And this will increase the cost of the installation. In practice, for most people limited to 5 kilowatts of electricity exports, installing an inverter of 5 kilowatts or less will be the most cost effective option.

If an export limited rooftop solar system generates electricity greater than the household’s consumption and greater than what it is permitted to export, then any excess electricity is wasted and no feed-in tariff is received for it.

Ten kilowatts of solar panels covers a considerable amount of roof space. If they are 20% efficient they will take up 50 square meters. While solar panels don’t necessarily have to all be located together, many people will still have difficulty finding enough room on their roof for 10 or more kilowatts.

Port Macquarie Electricity Usage

A Port Macquarie household of 3 people that doesn’t use bottled LPG gas will use an average of around 6,940 kilowatt-hours a year. The average Port Macquarie home uses 30% more electricity in winter than summer.

Port Macquarie Roofs And Solar Panel Tilt

The best angle to install solar panels is the angle your roof is already at. While it is possible to use frames that alter the tilt of the panels, unless there are special circumstances, these are not worth it these days, as it is generally cheaper and easier to just install extra panels.

The majority of roofs in Australia have a pitch of either 15 or 22.5 degrees. But Port Macquarie also has homes with steeper roofs of 30 degrees or more. There is very little difference in output over a year between a shallow 15 degree roof and a steep 45 degree roof. Shallow roofs provide a mild advantage to households that have high summer air conditioning demand, while steeper roofs provide a mild advantage to those who use more electricity on winter days. For north facing panels, those on a shallow 15 degree roof will produce around 17% less electricity in January and around 23% more electricity in July compared to a steep, 45 degree roof.

How Solar Panel Direction Affects Output In Port Macquarie

North facing solar panels will produce the most electricity, but placing panels facing east or west can certainly be worthwhile, especially if they increase a household’s self consumption of solar electricity.

Over a year, compared to north facing panels, panels facing directly east will produce around 9% less electricity, while panels facing directly west will produce around 15% less. Panels facing north-east will produce around 1% less, and panels facing north-west will produce about 6% less.

Getting The Most Out Of Your Rooftop Solar

For households with higher electricity demand in the mornings and afternoons than the middle of the day, an east-west split of rooftop solar panels can be an effective way to increase self consumption of solar electricity.

From around the 23nd of November to the 22th of February, thanks to daylight savings time, the sun doesn’t set until after 7:30 pm in Port Macquarie. This is useful for powering air conditioners in the late afternoon with solar electricity, especially when using west or north-west facing panels.

Some roofs in Port Macquarie are shaded by trees for a portion of the day, especially in winter when shadows are longer. The use of microinverters or DC optimisers can help limit the loss of solar panel output caused by shading.

Getting The Most Out Of What Is Often Called The Solar Rebate

Many households and business can benefit from solar installations where the solar panels have a total capacity greater than that of their inverter. This will result in some loss of output from the solar panels when the sky is clear and the sun is high in the sky, but will cause greater output when the sun is low or skies are overcast. This results in a smoother production of solar electricity through the day which can help increase a household’s self consumption, which is very useful for improving the economic payback of rooftop solar.

A rooftop solar system’s total panel capacity can be up to one third larger than the size of its inverter and still receive the full amount of STCs which lower the cost of installing solar. This reduction is often referred to as the solar rebate. Technically it’s not a rebate, but many people don’t care and call it that anyway. The solar rebate will be reduced on the first of January each year until it ends in 2030, so the earlier a system is installed, the greater the rebate that will be received.

As households in Port Macquarie may be limited to a exporting a maximum of 5 kilowatts of solar electricity, installing a 5 kilowatt inverter and up to 6.65 kilowatts of solar panels can be a cost effective way of increasing the output of the system without needing to pay extra for an export limiting device or an export limited inverter.

Upgrading Electricity Meters For Solar Power

An import/export electricity meter will need to be installed when rooftop solar is added to a home

If you have an older switchboard with fuses rather than circuit breakers this will need to be upgraded. This could potentially cost $1,400 or more.

Rooftop Solar And Emissions

Solar electricity generated in Port Macquarie will mostly displace black coal generation in NSW, along with a smaller amount of natural gas generation. This makes rooftop solar in Port Macquarie very effective at reducing greenhouse gas emissions.

The Grid in Port Macquarie

The high voltage, long distance transmission lines that deliver grid electricity to Port Macquarie are managed by Transgrid. Starting on the 16th of December 2015, in return for $10.258 billion, Transgrid is being leased for 99 years by a consortium called NSW Electricity Networks.

The low voltage distribution of electricity to homes and businesses is managed by Essential Energy.

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