UTS Solar – aiming to fully offset all energy.

UTS Solar and renewables – the University of Technology Sydney have asked for proposals from large-scale renewable energy projects as they’re hoping to enter into a Power Purchasing Agreement (PPA) in order to fully offset the energy usage of buildings developed under UTS’ $1.3b City Campus Master Plan program.

UTS Solar – City Campus Master Plan

UTS Solar Large Scale PPA Tender
UTS Solar Large Scale PPA Tender (source: Seb Crawford via uts.edu.au)

According to the UTS Newsroom, their goal is for renewable energy purchasing to meet 40-50% of the university’s entire needs by 2019. The energy requirements of the newest buildings at UTS will be fully offset and are a great representation of UTS’s ongoing commitment to sustainable operation. 

UTS Deputy Vice Chancellor (Resources) Patrick Woods was quoted as saying, “UTS has a strong record of innovation in energy, with Australia’s first offsite solar corporate PPA with Singleton Solar farm, followed by another in Orange NSW and Australia’s first district cooling connection contract with Brookfield Central Park.”

According to Vice Chancellor Woods, “Corporate renewable energy PPAs are a method for institutions to secure competitive and firm energy prices whilst contributing to our sustainability objectives. They’ve been particularly successful in the US for corporations seeking the benefits of renewable energy. The ACT and Victorian Governments, and Telstra have had similar success in Australia.” Woods noted that there are already a number of projects with DA, ready to break ground, but need a PPA for the generation so they can secure financing – so hopefully one of them can pair up with UTS and get started! 

UTS could purchase large-scale generation certificates (LGCs) and electricity for a 10-15 year period – and according to the tender, they plan on implementing the PPA within the next two years. As such renewable technology projects of suitable scale and in the correct phase (i.e. already under development/with development approval and awaiting a PPA) are being sought to tender. 

University solar farms are far from a new thing, with the University of Southern Queensland’s innovative solar carpark winning awards and saving USQ over $1m so far. Although UTS isn’t actually installing solar in this circumstance, it’s still fantastic to see them tendering for a PPA – they do have a lot of solar panels on the premises and support many different renewable endeavours – such as the Solar Stand and their Centre for Clean Energy Technology

 

 
 

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Telstra Energy – Solar farm built with RES Australia

Telstra Energy are backing a solar farm which will be built near Emerald in North Queensland at the cost of $100m. The telco have entered into a long term PPA (purchase power agreement) with RES Australia, who will operate the facility when it is built.

Telstra Energy & The Emerald Solar Farm

Telstra Energy
Telstra Energy

The single axis tracking farm will be built on 160 hectares and generate a huge 70MW of power – enough for 35,000 homes. The deal was announced yesterday – Telstra will buy the output (and the resulting renewable energy certificates (which act as a form of currency when validated)) from the farm, which will be completed in 2018. The Rnewable Energy Certificates (LGCs) are currently trading around $80/MWh and will help mitigate the cost of buying the solar power, given that wholesale electricity prices in QLD are around $100/HWh at the moment and, according to RenewEconomy, the cost of solar farms in QLD is around $70/MWh.

James Gerraty heads up strategy for the newly formed Telstra Energy division and told RenewEconomy that (the Emerald Solar Farm PPA) “…is about risk management. It makes a lot of sense for us.”. Meanwhile, Head of Telstra Energy Ben Burge (previously of Powershop Australia) gave the AFR some idea as to how they plan to use the power, saying “It’s a highly distributed, highly responsive source of energy which over the coming years we will look to make better use of in order to improve our resilience but also to address extreme wholesale prices in the market,”. No doubt they will use the backup power to sell when prices surge on the wholesale market and simultaneously protect themselves from larger fluctuations in energy pricing – a very astute risk management strategy. This will no doubt prove to be a sound investment and it will be interesting to see how far Telstra Energy take this new direction – they account for nearly 2TWh (2,000 gigwatt hours) of electricity per year so protecting themselves against rising energy costs whilst harnessing the falling cost of renewables is a no-brainer.

“We certainly will be looking at harnessing our own standby energy capacity in the wholesale market,” Mr Burge said, who said that, for example, he could see opportunities in the energy market for $300/MWh cap power contracts.

Watch this space for more news on Telstra Energy!

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