understanding stcs for residential solar

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UNDERSTANDING STCs FOR RESIDENTIAL SOLAR 1300 867 328 [email protected]

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Confused About STCs, LGCs, And its calculation? Learn About The Major Differences Here then calculate. Power Your Home and Business With Solar. - Solar Secure® https://www.solar-secure.com.au/blog/understanding-stcs-for-residential-solar/

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Page 1: Understanding STCs for Residential Solar

UNDERSTANDINGSTCs FOR RESIDENTIAL SOLAR

1300 867 328 [email protected]

Page 2: Understanding STCs for Residential Solar

ABOUT SOLAR SECURE

1300 867 328 [email protected]

Solar Secure was founded withthe mission to spread solar acrossthe rooftops of Australia while providingan exceptional customer experience.

We have dedicated team of solar experts and professionals acrossAustralia.

Page 3: Understanding STCs for Residential Solar

1300 867 328 [email protected]

Australia is deploying renewables at a much faster rate than the rest of the world, even though it has a colourful wind energy segment, the distributed solar has the flying colours. With an average peak sunlight hour of about 5-6 hours per day, Australia is a Sun-kissed country. Also, top ten countries in the globe with high GDP per capita, homeownership and single dwelling buildings, low economic disparity make rooftop solar just the right fit for this country. Another major reasons that people would be willing to adopt solar rooftop will be low council and government approvals which also helps in keeping the prices down which is about AUD $1 (about 70 USD cents) per watt in Australia.

Page 4: Understanding STCs for Residential Solar

1300 867 328 [email protected]

Australia installed 107.56 MW of rooftop capacity sprawling across the entire continent in August 2020, thus re-a�rming its stance on renewable energy. Australia has always been very welcoming to the changing times and with this understanding brought in various schemes for the population to readily handle the times as well.

Page 5: Understanding STCs for Residential Solar

1300 867 328 [email protected]

The policy to source two percent of the electricity demands of the country was in place since 2001 which was increased to 20% in 2009. The major reform came in January 2011, when the policy was split into two parts:

Page 6: Understanding STCs for Residential Solar

1300 867 328 [email protected]

Large Scale Generation Certificates are created and can be claimed for systems more than a 100kW of solar systems in Australia. They are created for every MWh of electricity your system generates and can be traded in the market against the ongoing price of the LGC. The average price of LGC stands to be around $48. To be able to create LGCs, your system should be accredited as per the REE act. LGCs are created on a year on year basis.

LGCs

Page 7: Understanding STCs for Residential Solar

1300 867 328 [email protected]

Small scale technology certificates are for residential solar and small businesses below 100kW of solar system in Australia. They are issued based on how much electricity a solar powered system will generate until 2030. One MWh of electricity converts to one STC. For example: If your system can create 100MWh of electricity until 2030, then based on the trading price of STCs which varies, and can maximum go up to $40.

Some areas in Australia also provide rebate in the form of Feed-in Tari�s, where the excess energy can be sold to the government. Feed-in Tari�s are usually around 7-12 cents/kWh depending on your electricity retailer.

STCs

Page 8: Understanding STCs for Residential Solar

1300 867 328 [email protected]

Deeming period corresponds to STCs which decline every year from January 2017. For example, if you install a system in 2020, your deeming period is 11 years.

DEEMING PERIOD

Page 9: Understanding STCs for Residential Solar

1300 867 328 [email protected]

Government decides solar rebate using STCs depending upon the location of the system. Location plays an important role in electricity generation using solar powered systems. The amount of sunlight falling on the solar panel varies as per the location of the solar powered systems. Also, if the area is more prone to dust it may have an adverse impact on the generation. Hence, Australia is divided into four zones as per the postcodes.

NOW, IS THAT THE ONLY REQUIREMENT TOAVAIL DISCOUNT USING STCs ?

Page 10: Understanding STCs for Residential Solar

1300 867 328 [email protected]

Each Zone has its multiplier which is used to calculate the STC value. STCs are calculated based on the following parameters:

1. Geographic location (zone)2. Installation date & deeming period3. System size in kW

Page 11: Understanding STCs for Residential Solar

1300 867 328 [email protected]

as per the below formula:

Number of STCs created = Postcode Zone Rating X Deeming Period Years X System Size in kW

Page 12: Understanding STCs for Residential Solar

1300 867 328 [email protected]

Suppose you live in Sydney and have installed a solar panel system of 5kW in Jan 2021. Now, Sydney falls in Zone 3, so the number of STCs you are eligible for would be: 1.382 X 10 X 5 = 69 STCs

Now, considering the price per STC is $38.

Total Rebate that can be availed on the solar panel system is: $38 X 69 = $2622

Page 13: Understanding STCs for Residential Solar

1300 867 328 [email protected]

Become the the Eco-friendly inhabitant of this planet, whilst minimising your personal bills. Its never too late to start. The best time is today and now!

HATE MATHS ? WELL, THEN USE THE EASY-PEASY STC CALCULATOR HERE.