Clean up Barrenjoey Day

Thank you to all our helpers and volunteers who helped collect rubbish from our school grounds and surrounding areas on the 4th of March. Our groups collected much rubbish from these areas and it was concerning how much plastic was in the vicinity including many small pieces which could easily fly off onto our beach and in the ocean.

Thanks to Ms Hocking, Mr Whatham, Donna Coles and Geoff Bateman for supporting the cleanup and helping make our environment a better one.

Sadly, our photos display the amount of rubbish we found on our grounds and in the sand dunes and yellow brick road – in a 40 minute period!  Our goal is to find much less this time next year.

Barrenjoey Solar Panels

At Barrenjoey we have now installed solar panels capable of generating 134,118kWh of power per annum.  Barrenjoey is affirming our commitment to teaching sustainability principles by ensuring that we practice them in our day to day operations. Our commitment is to create a daylight energy efficient school which will:

  • Create a sustainable source of energy
  • Minimise the impact that our power needs place on the environment
  • Model environmentally responsible and sustainable practices
  • Release funds currently used to pay the electricity bill into better teaching and learning opportunities for future generations of learners
  • Redirect clean power to the grid on the days of the year when students are not in attendance.


Assumptions and considerations: All figures based on 3% (!) per annum price rise in electricity

·        Estimated Solar production: 134,118 kWh p.a.

·        Our system will create an annual deduction of 145.38 tonnes of CO2 emissions. This is the equivalent of 1.2 tonnes per student over their 6 years of high school!!

·        First year energy savings of $15,173.98. This figure includes rebates for the energy returned to the grid.

·        We received a grant of $50 000 from the DEC Sustainability Unit

·        The balance of the payments for the system will be recovered after 2 years and 4 months, after which there will be a positive cash flow due to the reduced electricity bills and credits from the electricity flowing back to the grid.

·        The electricity returned to the grid when students are not at school (weekends and holidays) is enough to fully power 12 average households.


You can see the panels in this video.