Solar in Esperance – Micro Power Systems Coming.

Solar in Esperance – Micro Power Systems will be installed across 14 properties this year to help stabilise their grid and offer access to renewable energy.

Solar in Esperance

Solar in Esperance, WA has been an issue for a while as the existing powerlines are easily downed – winds, trees, or lightning strikes can make for some very expensive repairs. 

Esperance its a town on the south coast of Western Australia. The McGowan Government in Western Australia has proposed that 13 Micro Power Systems (MPS) be installed in the area, in order to deliver a “safer, more cost efficient and reliable power supply to remote customers in the Esperance region”, according to the official media statement on the Government of Western Australia website.

Rural solar is a big issue in Australia so it’s fantastic to see governments working on combating this by offering modern solutions. The MPS’ will be supplied by state-owned corporation Horizon Power who are currently tasked with supplying energy to 100,000 residents and 10,000 businesses over a whopping 2.3 million square kilometres, according to Solar Quotes. The MPS devices include solar panels, battery storage and a backup diesel generator in case the battery is empty and the sun’s not shining. 

Energy Minister Bill Johnston provided some quotes on his website with regards to the new plan:

“The MPS project for Esperance highlights the McGowan Government’s commitment to transitioning to renewable energy technologies at the lowest cost possible to taxpayers.

“These farmers are at the fringe of the power grid, east of Esperance and the Condingup area, where reliability isn’t as good and power outages take longer to restore” Minister Johnston said.

“The MPS will provide the farmers with more reliable and safe power that will cost the State less to provide.”

Solar in Esperance - Energy Minister Bill Johnston
Solar in Esperance – Energy Minister Bill Johnston

CPS National, an Australian company with over 20 years of experience in critical power and remote area power solutions, will deliver and install the systems.

Construction the on micro power systems will begin in April and is expected to be completed, with the systems fully operational, by the end of this year. 

P.S. If you’d like to learn more about the company installing these MPS’, I have embedded a video about CPS below.

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Northern Territory Solar Energy Transformation Program

The $59m Northern Territory Solar Energy Transformation Program continues to provide remote communities with solar power – let’s take a look at its progress and what we can expect from the program in 2019. 

Northern Territory Solar Energy Transformation Program

Northern Territory Solar Energy Transformation Program
Northern Territory Solar Energy Transformation Program Progress (source: ARENA.gov.au)

The Northern Territory Solar Energy Transformation Program is jointly funded by Northern Territory Government and led by the Northern Territory’s Power and Water Corporation. It’s also known as SETuP and its aim is to “transform the delivery of electricity in remote off-grid communities throughout the Northern Territory” as per the ARENA website.

This transformation program is a great step forwards for rural solar installations – with the initial 2017 scope seeing 30 remote communities receive 10MW of PV solar which will, in the majority of cases, result in 15% diesel fuel displacement. So there is still plenty of work to do after the project is complete, but it’s a great step in the right direction to help remote communities who are currently leaning on diesel fuel for their power needs. This is expensive and terrible for the environment. 

We also wrote about Remote NT Solar in 2017 as  Ivor Frischknecht, the ARENA CEO, said “We’ve seen the benefits of renewable energy off the grid with mining and we know Solar SETuP can deliver the same results for Aboriginal communities”.

With the project being relatively mature right now and supplying over 100GWh to 72 indigenous communities in the Northern Territory, ARENA released a document titled ‘A first look at the integration of PV and Diesel Power Stations in remote communities’ in December 2018. It explores the ‘early operational experience’ from the Trance One projects of the program.

If you’d like to read the document please click here – it’s a fascinating insight into combining diesel fuel with solar power – some areas of particular interest are the Daly River (Nauiyu) NT SETuP.

Contact information

Mr Sam Latz, Manager – Solar SETuP, Power and Water Corporation

+61 (08) 8924 5513

[email protected]

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SolarReserve sign MOU for Aurora Project

American company SolarReserve have signed an MoU with Heliostat SA to manufacture and assemble the components for their solar tower and molten salt storage facility at Port Augusta.

SolarReserve Commence Construction on Aurora Solar Thermal Plant

SolarReserve sign MOU for Aurora Project
SolarReserve sign MOU for Aurora Project (source: solarreserve.com)

SolarReserve announced on Tuesday that they’ll work with Heliostat SA to create 12,800 96 square metre glass mirrors for their Aurora Solar Thermal Plant. 

The solar thermal plant in Port Augusta, South Australia, was announced last August and received developmental approval back in January It is slated to be a $750m project but we haven’t heard any specifics as to updated pricing, and this information is the first news on the project since January of this year. 

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. The mirrors will focus light and heat to the top of a 227m tall tower to generate up to 150MW. This will result in over a million square metres of surface area for the project. 

“Aurora will provide much needed capacity and firm energy delivery into the South Australian market to reduce price volatility,” Mr. Smith said at the time. He elaborated today when discussing the deal with Heliostat SA: 

“We’re excited to have formed a long-term partnership with Heliostat SA and look forward to teaming up with them to bring manufacturing of our world-class heliostats to South Australian workers,” said Mr. Smith.

“SolarReserve is committed to supporting South Australia’s goals which will attract investment, create South Australian jobs and build an exciting and growing new industry.”

According to an article on RenewEconomy the project will create around 200 full time solar jobs for the area, with 650 to be employed during the construction phase. 

This project is a bit slow and new information is thin on the ground, so great to hear that it’s moving ahead. We’ll keep you posted as soon as there’s any new information on the solar thermal plant! 

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Solar and Wind Farms in the Sahara Desert

New research in Science magazine shows that installing solar and wind farms in the Sahara Desert could generate massive amounts of electricity and turn parts of the desert green for the first time in over 4,500 years. 

Solar and Wind Farms in the Sahara Desert

The Sahara Desert (source: Wikipedia)
The Sahara Desert (source: Wikipedia)

Atmospheric scientist at the University of Maryland, Eugenia Kalnay, has been working on this theory for over ten years, postulating that the darkness of solar panels won’t reflect the sunlight – helping heat up the surface of the land – which will in turn drive air upwards into the atmosphere (which, in turn, generates rain). 

Dr. Kalnay talked one of her post-doc researchers into creating a computer simulation where 20% of the Sahara is covered with solar panels. They also tried a simulation where the desert was covered in turbines to generate renewable energy from wind. The simulation was successful – with rainfall in the desert increasing by a large enough amount so that vegetation could return to the Sahara.

“It is wonderful!” Dr. Kalnay was quoted as saying in an article by NPR. “We were so happy because it seems like a major solution for some of the problems that we have.”

The Sahara Desert solar farm in the simulation is gigantic – bigger than the entire continental United States. It’d be able to generate 400% of the energy the world currently requires. Would there be a way to install high-capacity transmission lines to transport this power across seas and land? It’s certainly a fantastic concept that seems straight out of a science fiction novel, but technology is increasing at such a pace that ideas like this are, whilst admittedly still in nascent stages, potentially viable. 

Take a look at our articles on printable solar panels/cells to see how, if room wasn’t an issue, how much cheaper large-scale solar could be with lower efficiency panels. 

More great information for solar cell technology. Just a thought experiment at this point but it’s exciting to see what the future could hold for renewable energy in the Sahara Desert! 

 

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Euroa microgrid: community solar to avoid summer blackouts.

The Euroa Environment Group is leading a $6 million grassroots project which will see 589 kW of new solar panels and up to 400 kW of energy storage installed to create a local Euroa microgrid. This will help avoid the summer blackouts which have plagued the small north-east Victoria city in recent years. 

Euroa Microgrid in combination with Mondo Power and Globird Energy

Euroa Microgrid
Euroa Microgrid Diagram (source: Mondo Power via abc.net.au)Mon

The EEG (Euroa Environment Group) is a local collective formed to help the issue of constant blackouts in the small city. They’ve now got a huge $6m project which will see the EEG partner with Mondo Power, Globird Energy, and 14 local businesses in Euroa who will install the technology, creating a microgrid in the city which means the town will have greater electricity supply reliability, and will also reduce local demand for electricity during peak times.

The Andrews Labor Government has also given a $600,000 solar grant towards the project, which is currently underway.

Shirley Saywell, president of the EEG and local business owner, has discussed the reasons they’ve taken this path:

“We believe that unfortunately we’re not getting good leadership from our Federal politicians, and I believe it’s up to grassroots organisations to drive the renewables charge,” she said.

“There’s no one simple answer to coal, and I think that’s not well understood.”

“Leadership is coming from groups like ours because we understand there is a range of solutions, and there’s not one simple solution. It’s about being clever about what’s available to us.”

 This sort of community solar is also a hot topic of discussion for Australia’s politicians:

Jaclyn Symes, Member for Northern Victoria, discussed how this could impact future decisions for other towns suffering from unreliable power supply:

“Everyone is becoming more educated around the opportunities and the options for reducing reliance on coal,” Ms Symes said.

“I expect that lots of people will be watching with interest about how this works and what savings people will see, and what types of reliability of power improvements can be generated as well.”

We’ll keep you updated with any news from this microgrid and how it helps Euroa traverse the 18/19 summer. 

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