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Spain's Naturgy Energy Group, has inaugurated the Cunderdin complex in Western Australia. This facility is the state's first large-scale hybrid solar-plus-storage

Australia has selected 19 renewable energy projects in its largest tender to date, aiming to accelerate the transition from coal-fired power. The chosen projects, which encompass wind, solar, and battery technologies, are set to deliver a total capacity of 6.4 gigawatts—enough to supply over 3 million households. Notable participants include Neoen SA, BP Plc, and Squadron Energy, led by billionaire Andrew Forrest.The tender received 84 bids and marks a significant step within the government's Capacity Investment Scheme, which is designed to foster the development of 32 gigawatts of renewable capacity by 2030 through revenue guarantees. Energy Minister Chris Bowen announced the results on Wednesday, highlighting Australia's commitment to renewable energy expansion. What impact will Australia's largest renewable energy tender have on its energy transition goals? Scaling Up Renewable Capacity: The selection of 19 renewable energy projects, totaling 6.4 gigawatts, significantly contributes to the Australian government's goal of achieving 32 gigawatts of renewable energy capacity by 2030. This move highlights a serious commitment to diversify the energy portfolio and increase the share of renewables in the national grid. Reduction of Coal Dependency: By accelerating the transition from coal-fired power to renewable sources, Australia aims to reduce greenhouse gas emissions significantly. With coal regarded as a major contributor to climate change, this tender will help in moving towards cleaner energy sources and mitigates the impact of coal on air quality and public health. Economic Development: The projects included in the tender are likely to create thousands of jobs in construction, operation, and maintenance of renewable energy infrastructure. This growth in the renewable sector can stimulate local economies and provide long-term employment opportunities. Increase in Energy Security: Expanding the renewable energy sector enhances energy security by reducing reliance on fossil fuels, especially in light of global energy price fluctuations. A diversified energy mix can provide greater stability and resilience to the energy grid. Investment in Technology Innovation: The participation of major players like Neoen SA, BP Plc, and Squadron Energy suggests substantial investment in technological advancements. This competition can drive innovation in renewable technologies, such as more efficient solar panels and advanced battery storage solutions, further accelerating the energy transition. Grid Stability and Integration: The integration of large-scale renewable projects requires advancements in grid management and energy storage solutions. These projects can help develop a more responsive grid, capable of handling intermittent energy sources and ensuring a consistent power supply. Environmental Benefits: The shift to renewable energy sources is essential in addressing climate change and promoting sustainability. These projects can play a crucial role in reducing carbon emissions and protecting Australia’s unique ecosystems. Support for Renewable Policy Framework: This tender aligns with and strengthens Australia's regulatory and policy frameworks aimed at climate commitments, such as the Paris Agreement. It showcases the government's proactive approach in meeting its international obligations while fostering local renewable energy industries. Community Engagement: As these projects progress, engaging with local communities can foster greater acceptance of renewable energy initiatives. Community involvement and transparency can lead to better project outcomes and address any concerns related to land use or environmental impacts. Future Projects and Transition Strategy: The success of this tender may pave the way for future renewable energy tenders and projects. It can serve as a model for other states and territories in Australia, reinforcing a collaborative national approach to the energy transition. Potential Challenges: While the tender marks a significant advancement, challenges such as regulatory hurdles, land acquisition, and community opposition must be navigated to ensure timely project deployment and integration into the grid for effective power generation.

Australia and hydrogen designer ABEL Energy have integrated to develop a green hydrogen as well as green methanol manufacturing plant at Bell Bay, Tasmania.

CEO of ReneSola Yixing Co. Ltd, a business in Jiangsu Province, claimed that "Australian solar market is in fact expanding remarkably. We have actually currently

Australia, a division of the UK's Octopus Group, has commenced construction on an 80-MW solar park with integrated storage in Victoria, Australia. The

financing agreements to develop its maiden utility-scale solar project in Australia.   The BP-backed developer has agreed a senior debt facility with Dutch

for Regional Development Alannah MacTiernan claimed would assist Western Australia's shift far from coal. The BESS, planned for construction in the town of

Power Australia Pty Limited and EPS Energy, from which Amp acquired the portfolio of projects in May, have become part of a contract for lease with the Barngarla

Australia prices continually in the leading tiers for solar irradiance as well as has vast capacity for largescale carbon capture as well as storage space (CCS). It has actually showed the world the course forward with its stationary battery storage space flexibility at the much-vaunted Hornsdale power reserve facility as well as has actually moved quickly to capitalise on low-carbon hydrogen production. With an expanding project pipe, gauged at 2.94 gigawatts (GW) of named eco-friendly hydrogen electrolyser ability as of 2020, Australia is currently the globe's second largest proprietor of hydrogen projects after the Netherlands. Simply this year alone, Australia's pipeline of advanced and also early stage project advancements has actually expanded a more 45% to 4.25 GW. Talking at the APPEA seminar today, Wood Mackenzie Head of Markets and Transitions, Prakash Sharma claimed: "Australia's key export markets-- Japan, South Korea, China, India as well as Europe-- are large carbon emitters and web importers of natural deposits. Their import demands have progressively raised in the past twenty years and currently typical at more than 70% of their overall power need. As these countries increase environment ambitions, they will require to source clean energy to decarbonise steel, chemicals, concrete, sturdy movement, shipping as well as power generation. " In a net-zero emissions globe, a steady and also reliable source of low-carbon hydrogen supply comes to be crucial since it is difficult to inform how a given molecule of hydrogen has actually been generated. An assurance of beginning is for that reason critical to allow for very little environmental influence, i.e., carbon leakage. Specification also help with danger analysis and also clear market pricing. Australia stands to profit as regulations of hydrogen delivery, transport, storage as well as item quality are set as well as approved globally. " Australia's share in the around the world traded market for low-carbon hydrogen or its by-products can reach 25-45 million tonnes (Mt) by 2050, equivalent to US$ 50 to US$ 90 billion in potential export profits." Price competition continues to be an irritating factor; nevertheless, Wood Mackenzie believes there are pathways to competition for end-user sectors. Price reductions will be mostly driven by large-scale, automatic production of electrolysers, an increase in system size and also a decrease in eco-friendly power expenses. The difficulty is figuring out the very best transportation approach for Australia's export supply chains. All three types of seaborne transport under consideration, liquid hydrogen (LH2), liquid organic hydrogen providers (LOHC) and also ammonia (NH3) have advantages and also challenges. The effective service provider selection depends on the end-use, purity and storage needs. As an example, LH2 is chosen if the end-use needs liquid or high-purity hydrogen such as flexibility applications. On the other hand, ammonia gains where it can be used straight as a feedstock preventing the cost of breaking NH3 back into hydrogen. Sharma said: "Our exclusive hydrogen setting you back as well as energy change circumstance modelling show Australia's hydrogen supplied prices can drop below US$ 2/kg longer-term, making it competitive in all end-use cases in crucial markets of northeast Asia. " We estimate ammonia would be the very first hydrogen-carrier in the export market helped with by Australia from mid-2020s. Low-carbon hydrogen demand in Japan as well as Korea gets to 30 Mt in 2050 with ammonia taking one-third market share on this path." Although there is no expedition danger to eco-friendly hydrogen manufacturing, the export supply chain-- storage space, compression, transportation, decompression-- is currently made complex and incipient. The size of the reward for Australia depends on the rate as well as range at which global hydrogen market creates; the variety is large 73-- 145 Mt in 2050 and the opportunities are aplenty. Sharma stated: "Our team believe Australia can get over hydrogen's logistical challenge like it successfully carried out in coal seam gas to LNG projects, automated trucks and remote-control mining procedures as well as large-scale CCS releases. Leveraging experience from hydrogen pilot programmes and greater investment in r & d, regular government support, collaborations and offtake arrangements from Japanese as well as Korean firms would be vital. " This is a lifetime possibility for Australia to harness its renewable resource resources as well as end up being a leading player in the zero-carbon energy trade. It would certainly be difficult for huge Oriental economies to reach climate goals without clean power products from Australia."

celebrated the launch of its new Hi-Mo X module in Australia this week, clinching the industry’s first Clean Energy Council (CEC) enhanced standards

Australia is set to announce the results of its 16 GWh Capacity Investment Scheme (CIS) storage tender in the coming weeks, marking a significant step in the country's battery infrastructure development. The CIS aims to support the transition from coal by underwriting long-duration batteries that can store solar energy for use during peak evening hours. This initiative is expected to reduce financing costs and facilitate project completion in regions with strong renewable resources and interconnection capacity.Developers are focusing on co-located battery and solar plant designs to streamline approvals and minimize losses, particularly in high-insolation areas. The awards will likely prompt a surge in demand for transformers and grid-forming inverters, with successful bidders standardizing battery platforms and optimizing plant controls. These developments will shape Australia's storage capabilities through the late 2020s, enhancing its renewable energy landscape alongside its extensive rooftop and utility-scale solar installations. How will Australia's CIS storage tender impact the country's renewable energy infrastructure? The CIS storage tender will accelerate the deployment of long-duration energy storage solutions, crucial for balancing intermittent renewable energy sources like solar and wind. By reducing financing costs, the scheme will make it more economically viable for developers to invest in large-scale battery projects, encouraging further private sector investment. The initiative will enhance grid stability and reliability, particularly during peak demand periods, by ensuring a steady supply of stored renewable energy. It will support the integration of renewable energy into the national grid, reducing reliance on fossil fuels and helping Australia meet its emissions reduction targets. The focus on co-located battery and solar plant designs will optimize land use and infrastructure, leading to more efficient energy production and distribution. The tender is expected to stimulate technological innovation in battery storage solutions, potentially leading to advancements in battery efficiency and lifespan. Increased demand for transformers and grid-forming inverters will boost local manufacturing and supply chain opportunities, contributing to economic growth. The standardization of battery platforms and optimization of plant controls will set industry benchmarks, improving the overall quality and performance of energy storage systems. The successful implementation of the CIS storage tender will serve as a model for other countries looking to enhance their renewable energy infrastructure through similar initiatives.

128 MW Cunderdin Hybrid PV Solar as well as Energy Storage Project in Western Australia. FTC Solar asserts to be a leading global service provider of solar tracker

Australian integrated energy business, AGL Energy Ltd. will construct a 250 MW grid-scale battery energy storage system at Torrens Islands in South Australia. The firm has actually revealed an investment of $180 million to build its first grid-scale BESS project and also the 2nd greatest in Australia. AGL has selected Finnish innovation major in marine and energy markets, Wärtsilä to supply a battery energy storage system (BESS) for stabilizing the supply of energy from eco-friendly sources, thus preserving security as well as reliability of the grid. Wärtsilä system will run initially in grid-following mode prior to switching at a later day to grid-forming setting (online simultaneous generation-- VSG), making it the biggest energy storage space remedy capable of operating in this setting. The facility remedy is supported by Wärtsilä's innovative GEMS Nuclear power plant Controller as well as energy management software, according to the firm. The Torrens Island grid-scale battery will support the growth of intermittent renewable resource in South Australia as well as will certainly be the initial to start building and construction within AGL's intended 850MW nationwide battery roll-out. The storage space period of the 250MW battery will originally be for one hour (250 MWh), with space for growth of approximately four hours (1000 MWh). The construction is anticipated to commence by the end of 2021. Mentioning the project, the CEO of AGL, Mr. Markus Brokhof stated, "We are delighted to see our grid-scale energy storage intends reviving, and deal with Wärtsilä, a company with a leading position and an impressive record in energy storage space technology, as a project partner." This grid-scale battery will certainly sustain South Australia's energy shift, supplying necessary ability when renewable generation is impacted and also throughout durations of high demand, demonstrating once more that AGL is taking a leading role in reshaping the energy future. In addition to sustaining the state's energy change, we approximate up to 50 regional tasks during the height of the building and construction stage, along with the 400 staff members currently operating at our South Australian sites," Markus included. Wärtsilä has earlier provided a 211 MW power plant for AGL, the Barker Inlet Power plant, additionally located on Torrens Island. "This is a spots project, and also we are proud to have actually been selected as the ESS supplier. Renewable generation is growing rapidly in South Australia, and the flexibility of our modern technology and also the internal experience we bring, can together contribute in maintaining a reputable and budget friendly power supply for South Australian consumers-- both home as well as business-- for many years to find," stated Mr. Sushil Purohit, President, Wärtsilä Energy.

BP has initiated construction on two significant renewable energy projects in Australia: the 450-MWac Goulburn River Solar Farm in New South Wales and the 222-MW

its plans on supplying its one-of-a-kind "green-tailer" item in Australia, Italian energy significant Enel Group has actually safeguarded an energy retail