Printable Solar Panels / Cells – A Primer.

Printable Solar Panels – at some point it may be possible to use a simple desktop inkjet printer to print your own solar cells. We’re a while off that yet, but with great advancements in the technology over the last couple of years, let’s take a look at what the future holds for printed solar cells!

Printable Solar Panels

Printable Solar Panels - University of Newcastle
Printed Solar Cells – University of Newcastle (source: abc.net.au via University of Newcastle)

We wrote last week about the University of Newcastle and their foray into printed solar cells – today we’re going to take a bit of a deep dive into the situation and see where we can expect this technology to go in the next few years. 

The University of Newcastle are reporting that their latest tests in Newcastle brings them “about two years” away from launching their product onto the commercial solar market. Leading the charge has been University of Newcastle physicist Professor Paul Dastoor, who created the electronic inks which are used to print the flexible solar panels.

The process is According to the ABC, semi-conducting ink is printed on a transparent plastic sheet for the first layer, and then layers are printed on top of the other, until the cells are about 200 microns thick. For reference, human hair is around 50 microns. After that, a “top contact layer” is done again, reel-to-reel, using a technique known as sputter coating, according to Professor Dastoor.

They estimate the cost of their modules at less than $10 per square metre which is extremely cheap – the main problems are the efficiency of the printed solar panels and ensuring there’s enough space for them as it’ll take quite a lot of room on a roof. They use a lot of plastic to manufacture as well so looking at ways to recycle the waste of printed solar cells is extremely important. For that reason, in six months Professor Dastoor and his team will pull the printed solar cells off the Melbourne roof they’re currently on and investigate ways to minimise environmental waste. 

 

 

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Solar Bus Shelters – ClearVue Technology

Australian based ClearVue technologies will roll out their transparent solar technology to create solar bus shelters and outdoor advertising, in a new business venture with yStop.

Solar Bus Shelters and More – Clearvue

ClearVue and yStop - Solar Bus Shelters
ClearVue and yStop – Solar Bus Shelters

ClearVue has signed an MOU (memorandum of understanding) with Global Smart Cities, trading as yStop in Australia, to “integrate ClearVue technologies into advanced outdoor applications”.

This JV will see yStop “exclusively collaborate” with ClearVue to supply some or all of the power yStop uses in its “smart furniture” and illuminated street signs/sponsorship.

According to Clearvue, their solar windows generate >30W per square metre, insulate from heat and cold, and offer UV control as well. They’re hoping to reach 50W per square metre in the near future. 

“The MOU between ClearVue and yStop represents our first collaboration opportunity where we will be able to demonstrate the versatility of the ClearVue technology and products,” executive chairman of ClearVue Victor Rosenberg said in comments about the project.

“By integrating our solar glass with yStop’s illuminated street signs and advanced bus shelters, we will be able to demonstrate how ClearVue’s technologies can be deployed in situations where grid connectivity isn’t possible or is difficult, yet clear, well‐lit glass remains a requirement,” he said.

“Modern bus shelters require power, lighting, illuminated advertising, electronic display advertising and information screens – the ClearVue solution is a great fit for this.

“Through this MOU we hope to be able to show our potential to customers and to the broader market.”

It’s been a huge year for ClearVue Technologies, who have had a few massive wins:

We’re excited to see how the rest of 2018 and the future pans out for ClearVue – watch this space and we’ll keep you updated as to their movements! 

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Vicinity Centres To Install $75m of shopping centre solar.

Vicinity Centres revealed today that they will spend $75m to install solar at seventeen (instead of five) shopping centres in South Australia, Victoria, Queensland, New South Wales and Western Australia, after previously indicating that thy would ‘only’ be spending $28m to roll our commercial solar across five of their shopping centres. This is being touted as ”Australia’s largest-ever property solar program”.

Vicinity Centres and Commercial Solar for Shopping Centres

Vicinity Centres Shopping Centre Solar
Vicinity Centres Shopping Centre Solar – Vicinity CEO/MD Grant Kelley and Premier of South Australia Steven Marshall.

We wrote about Vicinity’s initial shopping centre solar plan back in May, when the initial figure was $28m. The scope of what Vicinity are hoping to do have changed drastically over the last few months – and they have decided to throw almost 300% more money at the project and expand it to more states. 

Stage 1 will still involve 11MW of commercial solar across five shopping centres and is already underway.

The second stage is expected to be completed by the end of 2019. It involves extending the program to Victoria, New South Wales and Queensland – generating over 31,000MWh of solar energy each year. 

“We know our centres have a considerable footprint in our communities which is why we’ve committed more than $75 million towards stage one and stage two of our solar project,” said Vicinity’s head of shopping centre management, Justin Mills, in comments on the project repeated in One Step Off the Grid.

“This investment will generate clean power for our centres for the long term, make a positive environmental impact and deliver shared value for our customers, retailers and investors,” he said.

“As technology advances so does the business case for solar. We anticipate strong investment returns with the project to generate an internal rate of return of approximately 12 per cent, while also reducing our consumption from the national electricity grid by up to 40 per cent.”

Vicinity Solar Project Information and Timeline
Vicinity Solar Project Information and Timeline

The second stage rollout will also create over 300 solar jobs during the construction phase and 40 permanent roles once it’s completed.

Read the original press release by clicking here

 

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Parkesbourne solar and storage project unveiled.

Australian renewable energy developer CWP Renewables is planning to build a 600MW Parkesbourne solar and storage project within Goulburn in New South Wales. The gigantic project will cover around 2,000 hectares in in the Greater Hume Shire.

Parkesbourne solar and storage – more info.

Parkesbourne Solar Project`
Parkesbourne Solar Project (source: cwprenewables.com)

There are two separate Parkesbourne solar projects being touted by CWP – the first is a 600MW solar and storage project in the New South Wales Goulburn Mulwaree Council area. The second plan is for a 200MW Glenellen solar and storage park. According to Renewables Now, this will be installed on already cleared land situated north-east of Jundera, within the Greater Hume Shire. 

Project manager Matthew Flower discussed what will happen on in the future if this project goes ahead:

“We are looking at producing up to 600MW power with this and right now there are no other 600MW solar farms in Australia,” Mr Flower said. 

“The largest at the moment would be about 150MW.

“That is not to say it will be the largest by the time of possible approval because this area is expanding so rapidly, but it is certainly a major project.

“The attraction of the area is proximity to the electricity grid and relatively flat land.”

Mr Flower went on to explain why they chose the specific location and why they will use solar power instead of wind:

“Wind can vary a lot, but not sun,” Mr Flower said.

“It would not matter if it was further west, because of the angle of the sun. Latitude is the main thing.

“Our application comes off the back of early engagement with potential hosts, neighbouring landowners and the wider community. 

“These discussions have shaped the project, which will continue as we work through the permitting process,” Mr Flower said. 

The project is expected to create 300 solar jobs during construction and 25 more ongoing operational positions. The $600m farm could even be the largest of its type in all of Australia.

We’ll keep you updated as more information about the project becomes available! An Environmental Impact Statement will be released to the public sometime in 2018. 

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Ovida Community Energy Hub | Victorian Solar Grant

A generous grant for the $2m Melbourne based Ovida Community Energy Hub was announced by the Victorian state government this week. It’s been given a grant to help deliver affordable, dispatchable and reliable energy for occupants of apartment and commercial buildings.

Ovida Community Energy Hub

Ovida Community Energy Hub installers Jemena (source: jemena.com.au)
Ovida Community Energy Hub installers Jemena

The Ovida Community Energy Hub has been awarded a $980m grant from the Victorian government to install shared solar and battery storage systems in three as yet unchosen multi-tenanted buildings. 

It’ll be done in conjunction with a group of solar companies – the consortium behind the $2 million Ovida project includes Ovida themselves, shared/community solar company Allume Energy, distribution company Jemena, RMIT and the Moreland Energy Foundation.

“Microgrid projects are part of our plan to drive down energy prices, reduce emissions and create a pipeline of investment in renewable energy,” Victorian energy minister Lily D”Ambrosio said in a statement reported by One Step Off The Grid

“This initiative will allow more households and businesses in multi-tenanted buildings to take control of their energy bills.”

The project will generate 5000kWh of renewable energy and will also support 11,000kWh of energy storage when it’s complete 

“Traditionally solar arrangements in multi-tenanted apartment blocks have been all or nothing – meaning all residents had to invest in and use the system for it to work,” said Ovida’s Paul Adams while discussing the project. 

“We know this can be a challenge because apartment blocks often include long-term residents, owners, and short-term occupants who each have different energy needs and expectations.

Along with apartment solar, this is another great step for commercial solar in Australia – watching the government get involved like this bodes well for the future of these sorts of projects. As the price of electricity continues to rise more and more businesses will be looking to insure themselves against further rises and look at buying their energy from alternative sources.

 

 

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