Charles Sturt University
Charles Sturt University

Bathurst Solar PV Project

Project Snapshot

  • Location: Bathurst
  • Cost:
  • Estimated Completion date:
    March 2020
  • Contact: Gareth Johnston
  • Category: University Support
  • Interruptions

    There will be some noise, plant and light vehicular movements around each campus.

    Mitigation strategies are in place.

    Works are scheduled to commence in October 2019.

Dubbo Solar PV Project

Scope

Building on the 1700kW of Solar Photovoltaics Stage 1 (PV Stage 1) project, Solar PV Stage 2 will add 2594 kW to some 54 buildings in a staged deployment on Dubbo, Albury, Orange and Bathurst campuses.

The 7100+ high efficiency solar panels will generate power equivalent to 580 NSW family homes saving university nearly $6 million in power bills over the first 10 years.  Project partners, Todae Solar, were again successful, winning the 2nd stage bid to deliver the system from October 2018 to March 2019.

Design Features

Using existing rooftops, over 7100 solar panels will be deployed across Dubbo, Albury, Orange and Bathurst campuses. Due to the scale, each host building will be treated as a distinct work site with controlled access routes, segregated areas for scissor lifts, edge and fall protection with signage for pedestrian and vehicular movement.

The installation process will commence on the 2nd October and is scheduled to run through to March 2019.

The installation will add to the existing 1700kW solar energy generation at CSU in Wagga Wagga; one of Australia's largest solar rooftop projects on a single site. The original Stage 1 project partner NSW company, Todae Solar, were also successful in being awarded the second stage.

CSU Green manager Ed Maher said on-site renewable energy generation is a critical part of the University's aspirations to source all of its energy needs from renewable sources.

Staff, students and community welcomed the first phase and the University is looking forward to providing Dubbo, Albury, Orange and Bathurst with the significant benefits that this clean energy brings,” Mr Maher said and added the project will create jobs for local firms.  

CSU Green's Energy Project Officer Gareth Johnston said as a University CSU created an environment that prepares students to meet current and future challenges.“It's been great to work with Bruce Barkworth, a mature CSU cadet engineer on a placement with CSU DFM, as a key part of the deployment team. His past experience and contemporary knowledge gained from his current studies have benefited our project and it's great that he's studying with CSU too,” Mr Johnston said.

Mr Johnston said CSU is focused on reducing energy wastage, improving efficiency, getting off natural gas and lowering emissions. “This expansion provides nearly $6 million in savings over a conventional power plan so it brings triple bottom line benefits to the campuses and CSU as a whole.

“CSU is driving energy efficiency programs and is likely to build some further renewable's on campus where possible. We're also looking to support local projects where we see values alignment and mutual benefits,” Mr Johnston said.

Charles Sturt University is Australia's first certified carbon neutral university with recent awards for sustainability, engineering and campus buildings. CSU has also won a number of awards for courses and has been recognised by MIT as one of the top 4 emerging engineering schools in the world.

Mr Johnston said “This new solar means that over 7100 panels will cover over 50 buildings saving over 3,000 tonnes of CO2-e every year over the life of the project compared to emissions intensive conventional energy. The annual energy generated is equivalent to that used by around 580 family homes. Regional Australia benefits too with local clean energy jobs, reduced energy costs, a cleaner environment due to significant emission reductions and a stronger grid.”

Sustainability Features

  • More than 7100 Current model high efficiency 365 W PV modules with Fronius inverters will generate some 3,700,000 kWh per annum
  • Energy is up to a 1/3rd cheaper than conventional power tariffs
  • Emissions reductions at around 3000 tonnes CO2e
  • Local subcontractors will be used creating employment and increasing skills
  • Some roof heat load reduction is expected due to shading.

Additional Information

Please visit https://www.csu.edu.au/csugreen for updates and further information.