Solar Panels For Canberra

university of canberra solar panels

Many Canberrans install solar power systems to save money on their electricity bills and earn a feed-in tariff for any excess energy they send to the grid. These two benefits make it a very smart investment.

A typical 6kW solar system costs $6,120 in Canberra after the STC rebate and GST. This price is reflected in the Solar Choice Price Index.

Kratos Energy

While Canberra may be small in size and population, it is a giant in solar energy uptake. The ACT has more than 51,575 small scale solar power systems installed across its communities, according to the Clean Energy Regulator. It is also the fourth highest per capita solar uptake in Australia.

The University of Canberra’s largest embedded solar project will install a 2-megawatt rooftop solar PV array at its Bruce campus. The project is expected to produce 15% of the university’s electricity consumption and reduce its annual campus greenhouse gas emissions by 25%.

Solar power produces electricity only during sunlight hours and is a great way to reduce your household energy bills. It also enables you to earn government feed-in credits for excess power exported to the grid. In addition, it helps you to align your energy investments with your values and environmental concerns. This article outlines the key considerations for getting an optimal solar energy system in the Australian Capital Territory, including system pricing and energy yields.

Solarhart

Canberra’s abundant sunshine is an excellent source of energy for hot water, and solar hot water systems are a cost-effective way to save on your energy bills and reduce greenhouse gas emissions. At Solahart Canberra, we offer a wide variety of roof mounted flat panel solar hot water systems from Edwards and Rheem. If your system is in need of repairs or you would like to upgrade to a more efficient model, our team can help.

The University of Canberra has opened a tender process for the installation of its biggest rooftop solar Photovoltaic (PV) array in the ACT at its Bruce campus. The two-megawatt system will enable the University to offset its electricity consumption with embedded generation and reduce its annual campus greenhouse gas emissions by 25%.

The average Canberran rooftop receives 4.8 hours of sun per day. Estimated daily energy production figures for different size systems based on this are detailed below, in kilowatt-hours.

Reposit Solar

Canberra residents have a lot of energy bills to worry about, but one company is trying to help them get ahead of the game. Reposit Power is an Australian startup that allows homeowners to store their solar electricity in a battery and sell it back to the grid for GridCredits. This is in addition to the usual ways that solar and battery storage save money on energy bills, such as through solar self-consumption and feed-in tariff credits.

Reposit’s intelligent software analyses local weather patterns to maximise your battery utilisation and reduce your reliance on the grid. It also learns from your daily energy patterns and makes improvements to your system based on its experience.

Ausgrid and Reposit are collaborating on Project Edith, a smart solar and battery storage pilot project that will demonstrate how household energy resources can be used efficiently in the network electricity grid. The project, named after Edith Clarke, aims to show that household solar and batteries can operate successfully in the distribution network without being constrained by congestion.

Solarhub

A 6.6kW solar panel system generates 26.4 kilowatt hours of electricity a day on average in the ACT, and can be heavily subsidised under Australia’s “solar rebate” scheme. This is more than enough to power a typical Australian household. The ACT also has one of the lowest grid electricity prices in the country, making it an excellent location for rooftop solar.

ACT has a strong renewables street cred, thanks to the ACT’s commitment to 100% renewable energy by 2020. The Williamsdale solar farm, completed today, will help to meet this goal by generating enough electricity to power 3,000 Canberra homes.

Professor Ho-Baillie is collaborating with Sydney-based company SunDrive to commercialise perovskite-silicon cells, which are more advanced than present options on the market. Her research is funded by $2.78 million from the Australian Renewable Energy Agency (ARENA). Other investigators include University of Sydney researchers David McKenzie, Jianghui Zheng and Arafat Mahmud and SunDrive cofounders Vince Allen and David Hu.



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