Solar Investment in India – 1.25GW in tenders.

Solar Investment in India – some Indian states have issued tenders for renewable energy (wind and solar) – these tenders total 1.25 gigawatts and promise to be a huge step in the right direction for the country. 

Solar Investment in India – 1.25 gigawatt solar/wind tenders

Solar Investment in India
Solar Investment in India (source: @naveedahmed via Unsplash)

Solar Investment in India continues to grow – with three Indian states announcing 1.5 gigawatt in renewable tenders this week. 

According to a post on Clean Technica, Uttarakhand, Maharashtra, and Andhra Pradesh have invited developers to set up hybrid projects (solar/wind) with energy storage as well. Under the tender terms, each company can bid to install 60-200 megawatts of power. 

In Maharashtra, they are pushing hard to get some big new solar numbers – the Ministry of New and Renewable Energy (MNRE), has recommended an installed capacity target of 800 megawatts for the state by March 2022. The state already has 1.3 gigawatts of solar power capacity and plans are in motion to add another 3.2 GW in the next 2 years, so there’s still a ways to go. They have recently put out a separate tender for another gigawatt of solar power – with bidders offering up to 1.9 gigawatts for the 1 gigawatt price. Companies bidding for this tender include Avaada Energy and Adani Green Energy (bid to set up 500 MW each), Acme Solar and ReNew Power (bid to set up 300 MW each), Tata Power (150 MW), and Orange Renewables (100MW). 

As for India as a whole, the Solar Energy Corporation of India (SECI) will also launch separate tenders for 60 gigawatts of capacity by March 2020. According to data from the Ministry of New and Renewable Energy, India currently has 25 gigawatts of solar, with another 36.6 under construction or auctioned. There are also 35 gigawatts of wind energy commissioned, and 9.4 gigawatts under construction.

It’s an exciting time for solar and renewable energy in India – we’ll be pleased to keep reporting on this massive country going green and some of the statistics that come from that. 

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Sunshine Energy Project groundbreaking ceremony.

The Sunshine Energy project in south east Queensland had its groundbreaking ceremony last week. Not everybody’s happy about it, though. Let’s take a look at the plans for the farm and its opposition.

Sunshine Energy Project groundbreaking ceremony.

Sunshine Energy Project groundbreaking ceremony.
Sunshine Energy Project groundbreaking ceremony. (source: Twitter @GlennButcherMP)

The Sunshine Energy project is a 1500MW solar energy facility with 500MW storage planned. There is a provision to extend the farm to 200MW so we will see what happens after the farm is launched and its output measured. It’ll be built by Sunshine Energy Australia Pty Ltd who will invest ~$2.5m USD in the project. 

Glenn Butcher, member for Gladstone and Assistant Minister for Treasury, posted up a picture of the groundbreaking ceremony on his Twitter account, saying “Queensland is continuing to lead the country with solar projects. Early ground breaking ceremony today for Sunshine Energy Australia’s $2 billion 1500 megawatt (MW) solar farm, with a 500 MW battery storage.”

However there has been some solar farm oppositionaccording to Solar Quotes, local resident Anthony Crombie has launched legal action to try and retract the Sunshine Energy Project’s approval. Mr. Crombie will see Somerset Council and Sunshine Energy Australia in the Planning and Environment Court this year. If you’d like to see his Change.org petition (currently supported by 241 people) please click here. It looks like the usual issues with residents and nearby solar farms are being cited. The usage of ‘prime beef cattle grazing land’ for a solar farm is also disputed. 

As per his petition, Mr Crombie is worried that the solar farm will ruin the scenic D’Aguilar Highway and be an eyesore: “(the) size and scale of the development will render the rural landscape unrecognizable.” He’s also concerned about 80 heavy vehicles driving on the highway, as there are few passing lanes and it has already been acknowledged as being ‘dangerous and problematic’ according to an RACQ survey.

Supporter comment on the petition: “These disgraceful things are heavily subsidised and cannot compete with Coal or Gas..If we export Coal and other countries use it efficiently why can’t we.?”

Any thoughts on that one? Sound off in the comments. You can also follow the case as it goes through the courts by clicking on this link.

 

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Scientia Professor Martin Green | The ‘father of photovoltaics’

Scientia Professor Martin Green, the inventor of PERC solar cells also known as the ‘father of photovoltaics’, has been awarded the Global Energy Prize for his research; the first Australian to win the prestigious award.

Scientia Professor Martin Green | The ‘father of photovoltaics’

Scientia Professor Martin Green is also known as the ‘father of photovoltaics’. In 2014 he was the head of the team who were able to crack the 40% barrier for energy efficiency conversion, and we wrote last year about his victory to win the prestigious Global Energy Prize worth more than $820,000.  According to the UNSW website, his research group is the largest and best-known university-based photovoltaic research group in the world.

As the inventor of the PERC solar cells, (Passivated Emitter and Rear Cell) Professor Green has a very impressive pedigree with regards to his solar research and knowledge. His official title is Director of the Australian Centre for Advanced Photovoltaics at UNSW – and he focused on inventing the widely used PERC solar cells.

“The PERC cells pioneered by UNSW now reflect 50% of world production. During that time, we’ve seen solar move from expensive energy to inexpensive energy.  Our work on PERC has driven that.” Professor Green said. 

A report on the UNSW website notes the large amount of PERC solar cells being sold is increasing year-on-year, and gave us some statistics on the future of these cells:

“PERC solar cells are now becoming a commercial standard throughout the world, with sales exceeding US$10 billion in 2017 and predicted to exceed US$1 trillion by 2040. Their use is predicted to save at least $750 million in power production costs in Australia alone over the next decade.” the article states.

UNSW and solar power have been synonymous over the past few years as they roll out such as a $29.2m grant for solar cell research

Professor Green will be speaking at the Research Excellence Summit: Asia-Pacific at UNSW Sydney on 19-21 February. 

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Moyhall Solar Farm built by Terregra in SA.

Indonesia’s Terregra Renewables is set to construct a second solar farm in South Australia – with the Moyhall Solar Farm to commence construction in March for an August 2019 completion date.

Terregra and the Moyhall Solar Farm

Indonesian renewable company Terregra are set to construct a second solar farm in South Australia – with the Moyhall Solar Farm set to join the previously announced Mobilong solar farm as Terregra’s second Australian solar project. 

According to their official website, Terregra Renewables are hoping to have 300MW of operating renewable power by 2023. They work on delivering off grid solar power to Indonesia’s remote arreas, and they are also create energy on a utility scale for urban/industrial areas. 

“The Moyhall Solar Farm is another addition to Terregra’s growing pipeline of solar projects,” Graham Pearson, Director of Terregra Renewables, told PV Magazine Australia.

The 5MW Moyhall Solar Farm will include 16,000 PV modules and two inverters, installed inside containers. According to PV Magazine, the $16m Terregra has invested in South Australian solar will create approximately 80 jobs during the constructions of the Moyhall Solar Farm and the Mobilong Solar Farm. These ‘smaller’ type utility-scale investments are often very interesting for investors so Terregra shouldn’t have much trouble finding interest in the solar farms. The Mobilong Solar Farm has appointed Balance Utility Solutions to carry out EPC work on the farm, according to PV Magazine

“Balance is delighted to be working with Terregra Renewables on the delivery of their first solar project in Australia,” said Rod Hayes, Managing Director of Balance Utility Solutions.

“We expect this approach of close developer and EPC early collaboration, and a focus on portfolios of smaller scale projects, to be a growing trend through the next few years as the utility scale solar market continues to mature.”

SA Minister for Energy and Mining Dan van Holst Pellekaan discussed the impact Terregra’s investment will have on the community:

“Terregra Renewables’ $7.6 million investment will increase South Australia’s energy supply, stimulate the local economy and create local jobs,” said Minister van Holst Pellekaan.

You can learn more about Terregra Asia Energy by viewing their company profile below.

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Bright Acre Energy – Solar IPO, 2019 Plans

European solar project developer Wirsol Energy have an Australian arm known as Bright Acre Energy. The company has been working on a $500m IPO of their Aussie solar portfolio, but news is thin on the ground lately. Let’s take a look at what to expect from BAE in 2019.

Bright Acre Energy $500m Australian Solar IPO

Bright Acre Energy Gannawarra Solar Farm
Bright Acre Energy Gannawarra Solar Farm (source: brightacreenergy.com.au)

Bright Acre Energy have ten projects in various stages of completion, situated in Victoria, New South Wales and Queensland. According to the Australian Financial Review, the projects are set to fully connect to the national power grid by the end of 2019. These five projects will total over 1100MW, which is enough electricity to power 350,000+ houses. The official site names the farms as currently having 397MWp of nameplate capacity, with half of this commercially operational and the other half ‘almost there’. 

Former Australian rugby union player Bill Calcraft was the CEO last year, and along with Gerard Dover the site has them listed as ‘Proposed Management’ – so not sure what this means for 2019 – and there hasn’t been any specific news on their potential IPO. We’ve reached out to the team and will keep you updated if we find out anything about Bright Acre’s plans for the rest of the year. 

Bright Acre Energy are currently responsible for the following projects, as per their website:

  • Hamilton Solar Farm (Collinsville, QLD) (Operational) (69MWp)
  • Whitsunday Solar Farm (Collinsville, QLD) (Operational) (69MWp)
  • Clermont Solar Farm (Clermont, QLD) (Near-term Operational) (89MWp)
  • Springdale Solar Farm (Springdale, NSW) (Pipeline) (120MWp)
  • Bomen Solar Farm (Bomen, NSW) (Pipeline) (120MWp)
  • Hay Solar Farm (Hay, NSW) (Pipeline) (140 MWp)
  • Buronga Energy Station (Buronga, NSW) (Pipeline) (400MWp)
  • Wemen Solar Farm aka Wemen Sun Farm (Wemen, NSW) (Near-term Operational) (110MWp)
  • Gannawarra Energy Storage System (Kerang, VIC) (25MW/50MWh)
  • Gannawarra Solar Farm (Kerang, VIC) (60MWp)

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