Redeployable solar trial at shopping centres

Redeployable solar is a very interesting topic as the issue of solar panel recycling comes to the fore. This week ARENA have announced funding for redeployable commercial solar via Australian startup Solpod. 

Redeployable solar

Redeployable solar – on Friday the Australian Renewable Energy Agency (ARENA) announced funding for an Australian start up (Solpod Pty Ltd (Solpod)) to trial the installation of movable solar panels on commercial and government building rooftops. 

According to a post on the ARENA website, the startup has undertaken trials with ARENA, ERM Power, GPT and Property NSW.

Redeployable Solar Solpod
Redeployable Solar Solpod (source: solpod.com

Arena CEO Darren Miller, who took over from previous head Ivor Frischknecht last year, was quoted discussing the redeployable solar and their partnership with Solpod:

“Solpod’s new way of installing solar will pave the way for businesses who were previously locked out of rooftop solar to take up renewable energy solutions and options under shorter term power purchase agreements.

“This Australian start up will help to accelerate solar PV innovation and allows for renewable energy alternatives in niche markets, providing a cost-competitive alternative to standard methods of fixed mounting for delivering rooftop grid connected solar PV,” Mr Miller said.

There were also some comments from founder and CEO of Solpod James Larratt, who discussed the new ‘game-changing’ tech:

“Despite rooftop solar being cheaper and more sustainable than the grid, many businesses have made the rational decision to not adopt solar because of other factors such as length of commitment, disruption on site and damage to buildings. Solpod is the game-changer that removes these barriers and enables businesses to capture the savings in energy costs.”

“Solpod’s solution can adapt to meet individual business needs. For businesses that rent their premises, Solpod can offer short-term contracts to match lease terms. For landlords, Solpod allows flexibility for changing site use and will not damage the roof,” he said.

You can learn more about Solpod’s relocatable commercial solar via their website.

 

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Bundaberg is the rooftop solar capital of Australia.

A press release from the Queensland Government notes that Bundaberg is now the rooftop solar capital of Australia. Let’s read more into solar power in north Queensland.

Bundaberg is the rooftop solar capital of Australia.

On the back of the Clean Energy Council report released today, Energy Minister Dr Anthony Lynham praised Queensland for its rapid update in solar power compared to the rest of Australia:

 “Queensland fills six of the top 10 rooftop solar postcodes in Australia, by number of installations.

“And sitting at the top is Bundaberg with 12,620 installations with a capacity of 47,500kW.

“In fact, Queensland has four of the top five places with Hervey Bay at No 3, Caloundra at No 4 and Toowoomba at No 5,’’ Dr Lynham said.

Queensland’s $2b Affordable Energy Plan means that the state now has the lowest ‘typical’ household power bill of the mainland states, according to a separate press release on Dr Lynham’s site.

North Queensland solar is going really well at the moment, with the government trialling grants for landlords to install solar in Bundaberg, Gladstone and Townsville.

“Bundaberg people are embracing the financial and environmental benefits of solar,’’ Dr Lynham said.

“Queensland is leading the way on renewables as the Palaszczuk Government heads towards its target of 50 per cent renewable energy by 2030.

“Palaszczuk Government initiatives, encouraging the take-up of rooftop solar and batteries and creating an environment that has been embraced by the solar industry across the state, particularly in regional areas, is paying dividends across-the-board for Queenslanders.

“In Bundaberg seven applications for the Queensland Government’s solar-only loan package have been approved  and a further 35 applications for battery assistance packages also have been approved.’’ Dr Lynham continued.

Dr Anthony Lynham - Bundaberg the rooftop solar capital of Australia
Dr Anthony Lynham – Bundaberg the “rooftop solar capital of Australia” (source: Wikipedia)

Media enquiries: David Potter 0428 411 617

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Smart Inverters required under the Victorian Solar Homes Package

Victoria announced some more details of their solar homes package yesterday – and one of the interesting things that came out of this announcement were some specifics on what constitutes a ‘smart inverter’. 

Smart Inverters required under the Victorian Solar Homes Package

Victoria’s Solar Homes Package provides a rebate up to $2,225 or 50% of the price of a solar power system. This is in addition to Australia’s country-wide solar subsidy (STCs). They’re also responsible for solar battery rebates in Victoria and offer an affordable and exciting way to install solar and/or energy storage at your premises. 

“Victorians have been enthusiastic about adopting renewable energy technology, to take charge of their power bills and help protect the environment,” Minister for Solar Homes Lily D’Ambrosio was quoted online as saying. “Ensuring all new systems are equipped with smart inverters will mean we have a more responsive grid that can handle the rapid uptake of renewable energy.”

With the concept of a ‘smart inverter’ being somewhat of a misnomer, in that it’s not really clear what would make an inverter smart. Solar Quotes initially called it a ‘buzzword’, but, with the release of the Government’s Notice To Market, we are now able to discuss the functionalities an inverter will have to have if can be rebated by the Victorian Solar Homes Package:

a) “Enhanced Anti-Islanding”

No inverter is an island. “Normal” anti-islanding refers to turning off the inverter as soon as grid power is lost, as it has the possibility to damage grid equipment and can also be very dangerous for those on the grid trying to fix things up (as it can turn a ‘dead’ power line into something you really don’t want to be working on). A ‘smart inverter’ would have an inverter which complies with international standard IEC 62116, a comprehensive standard to ensure the inverter is able to work well above minimum safety requirements. 

b) Volt-Watt / Volt-Var

These features “facilitate greater penetration of distributed energy sources (DER) by automatically improving power quality”, as per the Victorian Government. This isn’t a major issue as their Notice to Market notes that 95% of inverter installations under the rebate scheme have installed suitable brands with these options, (and, indeed, 95% of the inverters have ‘enhanced anti-islanding’. 

It’s great to get some clarification on this and we’re excited to see how the rest of the solar homes package ends up. 

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Tesla in 2019 – What to expect – solar implications.

Tesla in 2019 – As the company rockets towards uncharted waters it’s very difficult to predict what Tesla will do in 2019. 

Tesla in 2019 – What to expect – solar implications?

Tesla in 2019 - Tesla Model Y (source: Tesla)
Tesla in 2019 – Tesla Model Y (source: Tesla)

Electrek are reporting that Tesla announced they are unveiling the Model Y solar car on March 14 – an ‘all-electric crossover based on the Model 3’. It’ll be announced in Los Angeles at Tesla Design Studio in Hawthrone, California. 

A shareholder’s letter released last month for Q4 2018 notes that ‘volume production’ of the Model Y should commence by the end of next year (and it’ll probably be done at Tesla’s Gigafactory 1 in Nevada).

“Additionally, this year we will start tooling for Model Y to achieve volume production by the end of 2020, most likely at Gigafactory 1.”

Tesla confirmed their plans for Model Y production at Gigafactory 3 in China at a ground-breaking ceremony back in February.

Although the Tesla electric cars aren’t necessarily to do with solar power per se, Tesla’s impending success or lack thereof relies fairly heavily on these devices. CEO Elon Musk needs the electric cars to succeed to ensure the company has enough money to work on its myriad other projects. They have a lot of competition from other manufacturers such as Mercedes-Benz and Audi who will likely announce their electric automobiles this month.

Some concerns are the Model Y totally cannibalising the Model 3 sales – with the $35,000 Model 3 and the Model X now only available online to lower costs for the financially embattled company. Their shares fell almost 10% last Friday amidst the slew of announcements. 

With regards to solar, Tesla’s main projects are the Powerwall 2, the Tesla solar roof, the commercial scale solar battery storage Tesla Powerpack 2, and potentially the announcement of a Tesla Powerwall 3 release date. To be frank it’s a bit concerning to see all the blood in the water around Tesla right now – let’s cross our fingers for some great results in 2019 for the company. 

 

 

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Cape York Battery Power Plant

The $150m Cape York Battery Power Plant is being developed by solar battery developer Lyon Group and will include Australia’s first large dispatchable solar generator.

Cape York Battery Power Plant 

Cape York Battery Power Plant
Cape York Battery Power Plant Team – David Green, Chairman, Lyon Group. Hendrik Gordenker, Chairman, JERA. Jan Teichmann, Vice President, Global Markets, Fluence. (source: lyoninfrastructure.com.au)

The Cape York Battery Power Plant will be the first large scale dispatchable solar energy generator in Australia’s national energy market. 

It will be built by Lyon Group in conjunction with Japanese energy company JERA. JERA have an astounding 74GW of solar on their portfolio, so there will be a very experienced team working on the project. 

“The Cape York Battery Power Plant will be the first fully integrated grid-connected large dispatchable solar peaker in Australia if not the world,” said Lyon Group chair David Green. 

“It is a $150 million commitment to new peaking generation and a stronger grid in north Queensland.

“The 20MW/80MWh Fluence battery-based energy storage system plus 55MWac solar generation will dispatch firm clean energy through a single connection point, using a single power plant controller.” he continued.

The Cape York Battery Power Plant will also include Australia’s first four-hour duration battery system, which makes it the first large scale dispatchable solar energy generator in Australia’s national energy market. 

Satoshi Yajima, Senior Vice President of Power Generation Business, JERA had some interesting things to say with regards to the shift from fossil fuels to renewable energy: 

“JERA’s global generation fleet is mostly fossil fuel powered at present, but the company believes that Australia and most other countries will rapidly move beyond 50 percent renewable energy.

A very large volume of utility-scale battery storage will be required to achieve and move beyond 50 per cent renewable energy.

The Cape York Battery Power Plant is a small power plant within JERA’s portfolio, but we see this project as lighting the way to expand our renewables portfolio.”

Construction on the generator will start early this year after it secured its generator performance standard this week. This is one of the first projects to pass the new, more stringent grid connection requirements implemented in 2018. Can’t wait to see what this looks like when it’s complete and investigate some of the savings it brings. 

 

 

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