Ausgrid to buy solar power from Syd businesses.

Electricity network operator Ausgrid has reacted to ballooning infrastructure maintenance and repair costs by investing in a pilot trial for solar power. They’re offering to buy solar from local Sydney businesses in a trial area to see how renewables can help move a company, which has been called “possibly the least efficient network in Australia” (via Hugh Grant (no, not that one!) from the Australian Energy Regulator) into the future.

Ausgrid’s Solar Trial

Ausgrid Solar
Ausgrid’s $2m Solar Pitch (source: ausgrid.com.au)

Ausgrid, Australia’s biggest network operator, was privatized and sold to two Australian super fund managers late last year. Technically the deal was a 99-year lease of their assets, while the New South Wales government holds 49.6% and a consortium of IFM Investors and AustralianSuper holds the other 50.4% interest.

With electricity networks now utilising PV solar to cut costs and future-proof their businesses, it’s clear the cat is well out of the bag in terms of Australia’s energy future. 

Via a $2 million trial investment, Ausgrid is offering $250 per kilowatt for companies in certain Sydney suburbs (Auburn, Erskineville, Alexandria, Redfern, Randwick, Waterloo and Kingsford Smith, according to RenewEconomy) to install solar panels on the top of warehouses and industrial facilities.

A tender document noted: “We consider solar power systems and energy efficiency retrofit activities would offer permanent demand reductions over the typical network need period once installed.”

They hope to reduce grid demand and subsequently lessen the amount required to fix existing infrastructure – and if this pilot is successful Ausgrid could potentially roll the offering across their entire network, which spans Sydney metro, the Central Coast, and the Hunter Valley.

The future for Ausgrid and Solar Power

Now that they’re starting to realise the inexorable march towards renewable energy means adapt or perish, there are myriad pathways Ausgrid could take from here.

Assuming their trial project is successful, they could roll the entire 1.6 million customers into a bunch of microgrids, implement local energy trading, and they could also consider looking at further decentralising their grid – they could offer incentives for energy storage, not just solar panels. 

Whatever ends up happening, Australia’s solar power future is clearly starting to shine brightly when companies like Ausgrid start to turn to renewables to save money! 

 

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Hayman and Daydream Solar Farm built by First Solar

First Solar have won a module supply contract for Edify Energy‘s Daydream solar farm and Hayman solar farm in Queensland. RCR Tomlinson Ltd (ASX: RCR) was awarded the $315m contract for the farms and have decided to give the supply contract to First Solar, who now have over 500MW in the pipeline over the next 12 months. For their part, RCR have over half a Gigawatt of large-scale solar projects in their order book and over a Gigawatt currently being developed or progressed under early contractor involvement processes, according RCR Managing Director & CEO, Dr Paul Dalgleish talking to RenewEconomy.

Daydream Solar Farm and Hayman Solar Farm

First Solar - Daydream Solar Farm
First Solar – Daydream Solar Farm (source: firstsolar.com)

The Daydream solar farm will be 180.7MW and the Hayman Solar Farm will be 60.2MW – the two projects are located just north of Collinsville in North Queensland – in the Whitsunday region. According to ELP.com, they will use single axis tracking technology which has been commissioned from Array Technologies, and over 2 million advanced thin film PV modules from First Solar, to produce around 531,000 MWh of renewable energy every year.

Edify signed a power purchase agreement with Origin Energy for the Daydream solar farm’s output (they’ll also buy the renewable energy certificates), but the Hayman Solar Farm will operate as a merchant plant.

About First Solar and Edify Energy

First Solar, Inc. are an American based PV manufacturer of rigid film modules, or solar panels, and also a provider of utility-scale PV power plants. In 2009 they were the first solar panel manufacturer to lower their creation cost to $1 (USD) per watt. According to Wikipedia they produced CdTe-panels (cadmium telluride) with an efficiency of ~14% at a cost of 0.59 USD / watt in 2013. They’re the second largest maker of PV modules worldwide.

Edify Energy are an Australian renewable energy development and investment company who have led the financing and delivery of over 30 utility scale solar PV projects at a cost of over $1b. For the Daydream solar farm and Hayman solar farm, they won ARENA (Australian Renewable Energy Agency) funding last September under their large-scale solar funding round.

More good news for Queensland solar farms – construction on the projects will commence almost immediately – scheduled for Q3 2017, with module delivery to arrive in Q4 2017 and Q1 2018.

 

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Solar thermal power plant for South Australia

Big news out of South Australia today as Port Augusta is going to get a $650m solar thermal power plant to supply all the power needs for the State Government. It is slated to commence construction in 2018 and will generate 150MW of power. This is a major boon for South Australian solar and the industry as a whole.

Port Augusta Solar thermal power plant.

The plant, which is going to be named ‘Aurora’, will be built by SolarReserve over a three year period. According to AdelaideNow, the standard output under regular conditions will be around 135MW – it will be viable to raise this in peak periods if there are favourable conditions.

SolarReserve have agreed to pay to construct the plant and the State Government have agreed to buy its power over a 20-year contract. RenewEconomy have reported that the government will pay a levelised price of ~$75/MWh, and ‘no more’ than $78/MWh. The project will be created thanks to a $110 million ‘concessional equity loan’ from the Federal Government to SolarReserve, and will be able to store between eight and 10 hours of energy to facilitate power supply even when the sun’s not shining.

According to the CEO of SolarReserve, Kevin Smith, the solar thermal power plant will comprise of approximately 12,000 mirrors, each the size of a billboard (around 100sqm), arranged in a circle over 600 hectares. Each of the 12,000 mirrors will focus light and heat to the top of a 227m tall tower to generate up to 150MW. “Aurora will provide much needed capacity and firm energy delivery into the South Australian market to reduce price volatility,” he said.

The ‘concentrated solar power technology’ will use the 12,000 mirrors (also known as heliostats) to send heat/light to a receiver at the top of the tower where moten salt stored there is heated to 565 degrees Celsius, generating steam to drive a single turbine. Since the project will include storage as well, it should result in a substantial reduction in wholesale price volatility, according to Smith.

The design is based on the Ivanpah Solar Power Facility at the Mojave Desert in Nevada, which has a gross capacity of 392MW and has a gigantic 170,000 mirrors (enough to power 140,000 Californian homes).

SolarReserve, based in Santa Monica, have already constructed a solar thermal power plant, with the 110MW Crescent Dunes Solar Energy Project a success (although it was taken offline for ~8 months over 2016/17 due to a molten salt tank).

“We are supporting this nation-leading renewable energy project because it will deliver more competition into our energy market and put downward pressure on power prices for households and businesses,” Jay Weatherill, the premier of South Australia said.

Watch this space to learn more about the project!

Crescent Dunes Solar Thermal Power Plant
Crescent Dunes Solar Thermal Power Plant (source: wikipedia.org)

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2 North Queensland Solar farms approved

Fotowatio Renewable Ventures (FRV) has been approved to build two North Queensland solar farms in Clare and Tieri – to bring another 141MW of solar power to the sunshine state.

FRV and North Queensland Solar

FRV Logo - North Queensland Solar Farms
FRV Logo (source:claresolarfarm.com.au)

According to the Daily Mercury, the Tieri project will create 200-250 jobs during its development. It is a 96MW DC solar farm and will join another FRV farm in the same region – the 125MW Lilyvale Solar Farm.

With the additional approval of the 45MW Clare II Solar Farm in Burdekin (which will be constructed next to the Clare I solar farm) these two projects (Clare II and Tieri) will add 141MW to FRV’s current 281MW portfolio of solar farms in the approved, but planning stages. It’s going to be a big 12 months for solar farms Australia wide, but especially in Queensland where there has been a flurry of recent approvals (e.g. the mega solar farm at Bouldercomb, an smaller Longreach Solar Farm and many more). RenewEconomy data shows that there are 17 solar farms currently being built (or having reached financial close) in Queensland alone – and there are at least another 34 currently being planned.

FRV Australia Managing Director Cameron Garnsworthy said: “These recent planning approvals build on FRV’s track record of successfully working with local communities to achieve positive regulatory endorsement for its utility-scale solar projects”. They’ve previously been responsible for the succesful design and development of the Moree solar farm, the Royalla solar farm (both in New South Wales), and, as previously mentioned, the original Clare solar farm which is currently being upgraded. They have a proven track record overseas as well – FRV is a global developer of solar projects who have built utility-scale plants in locations as diverse as Jordan, Uruguay, India and Italy.

You can click here to read more about the existing 125MW Clare Solar farm which will potentially reach 150MW in its final design (On May 31 FRV sold it to Lighthouse Infrastructure and DIF who acquired a 50% equity interest each in the project).

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Solar Power in Australia reaches 3.2% in 2016

The Clean Energy Council released figures on Tuesday that show Australians’ energy needs were powered by renewables to the tune of 17.3% in 2016 – the highest since Snowy Hydro was completed 50 years ago. 3.16% of this 17.3% renewable energy was from solar power in Australia – a massive jump of 29% from 2015. According to RenewEconomy, it’s expected to grow considerably in both small and large scale solar PV production – putting us well on track to reach our Renewable Energy Targets (RET) for 2020.

Solar Power in Australia

Clean Energy Council Chief Executive Kane Thornton advised that 10 major wind and solar farm projects were completed in 2016 and there are 20 more in the pipeline; he’s confident that we’ll reach our RETs with time to spare.

“Every month brings new project announcements. While total investment in large-scale renewable energy was $2.56 billion last year, $5.20 billion worth of projects have secured finance in just the first five months of 2017 and have either started construction or will begin this year,” Thornton said.

“Innovation continues right across the renewable energy supply chain and new technologies such as energy storage are beginning to get their time in the sun,” he was also quoted as saying. We assume the pun was intended.

Solar Power in Australia 2017
Solar Power in Australia 2017

The Australian Renewable Energy Target 2020

Some more takeaway statistics from the report:

  • Renewable energy provided 17.3% of all Australia’s energy in 2016 – up from 14.6% in 2015.
  • 6,750 battery systems were installed in 2016, 13 times the number installed in 2015.
  • Hydro is still far and away the biggest contributor to Australia’s renewable energy, comprising 42.3% of the total amount.
  • In 2017, building a renewable energy plant is now cheaper than coal and gas-fired power plants.
  • About half of the projects already underway or set to commence in 2017 are for large-scale solar, due to price per kWh nearly halving in the last two years.
  • Approximately 17,500 GWh of renewable energy was created in 2016 – as the Renewable Energy Target is 33,000GWh we still have a way to go but progress is looking positive.
  • Large scale solar is almost 50% of its cost two years ago and is slated to play a huge part in reaching our RET in 2020.

Click here to read the Clean Energy Australia Report 2016 in full at the CEC website.

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