AVESS will demonstrate its VFB prototype at Atlantic’s world-class Windimurra Vanadium Project, located 670km north of Perth and 80km from Mount Magnet, Western Australia.

Related article: AVESS to build vanadium flow battery plant in South Korea

The demonstration will integrate AVESS’ VFB prototype and solar PV into an existing disconnected microgrid to power non-essential loads on the Windimurra Vanadium Mine campsite.

The Atlantic partnership signifies a transformational opportunity for AVESS to validate its VFB technology with a proven vanadium developer while cementing AVESS’ position in the Australian mining sector and growing its VFB market share.

The two businesses will now work towards regulatory approvals and definitive agreements.

AVESS Energy managing director Young Yu said, “We are grateful for this opportunity to showcase our VFB, and we look forward to growing our partnership with Atlantic.

Related article: AVESS rebrands, reveals five-hour vanadium flow battery

“The deployment of our 50Kw/250Kwh VFB at Windimurra represents a significant milestone for AVESS Energy.

“This exciting partnership is another step towards the development of the local vanadium supply chain.”

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Redflow and Stanwell will collaborate on the development and deployment of Redflow’s new X10 battery solution for use in a large-scale project of up to 400MWh, which will serve as a potential anchor order for Redflow’s planned manufacturing facility in Queensland.

The federal government has highlighted zinc-bromine flow batteries as one of a handful of battery technologies that are cheaper to scale, have long cycle-life and are specifically relevant for large-scale systems.

Related article: Redflow eyes fourth big battery project in California

Stanwell and Redflow will undertake a preliminary due diligence pre-feasibility study for an initial 5MWh project using Redflow’s new X10 battery at the Stanwell Future Energy Innovation Training Hub (FEITH) near Rockhampton, Queensland.

The MoU and proposed projects with Redflow form part of Stanwell’s strategy to develop alternative technologies and build a renewables portfolio including 9-10GW of generation and 5GW of storage by 2035 to support the Queensland Government’s renewable energy targets.

Redflow CEO and managing director Tim Harris said, “Stanwell is a leader in developing renewable energy solutions to accelerate Queensland’s energy transition and we are excited to be partnering with them on these studies and pilot project to further advance our new X10 product.

“With the launch of the Queensland Government’s Battery Strategy and Energy and Jobs plan, and the recently released Australian Government National Battery Strategy, this announcement reinforces the incredibly critical role that energy storage and more specifically long-duration energy storage, will play in Australia becoming a renewable energy superpower.”

Stanwell CEO Michael O’Rourke said, “Stanwell has ambitious targets for energy storage within our portfolio, and we see longer duration energy storage solutions such as Redflow’s as being crucial to meeting our customer demand for firmed renewable solutions.

Related article: Stanwell and ESI ink deal for long-duration iron flow battery

“We already have a number of battery storage projects in the pipeline, and this new partnership will ensure the battery technologies deployed in the future are the best fit to serve our communities and customers through our renewable transformation.

“We are looking forward to working with Redflow to develop the roll out of their new X10 solution at Stanwell’s Future Energy Innovation and Training Hub”.

The feasibility study is scheduled to be completed in early 2025 followed by a decision to proceed with the 5MWh X10 battery project, which is expected to be deployed in the first half of 2026.

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Related article: ZEN partners with Mitsubishi’s DGA on green hydrogen

The MoU between Solarig and Jemena focuses first on the development of hydrogen production and blending facilities in regional New South Wales, which will initially inject up to 35Tj of renewable hydrogen per year into Jemena’s New South Wales gas distribution network.

If successful, both parties will work to further develop additional renewable hydrogen initiatives helping to build Australia’s renewable hydrogen market, and positioning NSW as a prominent national and international hub.

Jemena will undertake feasibility assessments for renewable hydrogen to be blended into the network so it can be used by homes, businesses, and industrial customers downstream of the injection site.

Jemena managing director David Gillespie said, “Australia is right in the midst of a once-in-a-lifetime opportunity to decarbonise our energy sector. But we know there is not one silver bullet that is going to help us reach our emission reduction targets.

“We are going to need a mix of renewable energy fuels to ensure Australia can reach net zero, while still delivering safe and reliable energy. Forming these types of relationships is essential to developing a robust renewable gas sector.”

Related article: Regulator fines Jemena over alleged gas breaches

The Solarig project in regional NSW is one of the first commercial renewable hydrogen facilities proposed for connection to the Jemena network and, subject to meeting the pre-feasibility requirements, will be one of the first commercial renewable hydrogen blending projects in Australia.

The post Jemena and Spain’s Solarig to partner on renewable hydrogen appeared first on Energy Source & Distribution.

Related article: ZEN proposes 1GW Western Sydney Pumped Hydro project

The partnership leverages the strengths of ZEN in procuring, trading, and marketing 100% renewable electricity, DGA in the design and delivery of hydrogen plants, and Mitsubishi in trading and investment activities across a wide range of industrial value chains.

DGA Energy Solutions Australia was founded in 2023 and is responsible for the development of, and investment in, Mitsubishi’s renewable energy, green hydrogen, and green ammonia projects in the Oceania region.

ZEN supplies renewable electricity to a portfolio of government and business customers across Australia, sourced from a generation portfolio comprising solar, battery storage and pumped hydro projects across Australia.

ZEN Energy CEO Anthony Garnaut said, “This partnership will accelerate Australia’s journey to becoming a renewable energy superpower.

“Australia is now the leading supplier of energy and minerals to Japan. If we are to retain this position in 2050, we need to create new, sustainable ways of producing versions of the products we currently sell to Japan.

“We cannot do this alone. It requires partnerships with organisations like DGA and MC, who share our vision, and are willing to invest the needed effort and leverage their networks to help create new value chains.

Related article: ZEN secures funds to start Templers Battery in SA

“DGA will join with other key partners who are committed to realising the superpower opportunity, including select state and local governments, energy infrastructure owners, and providers of the industrial services needed to build new value chains.”

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Related article: Feasibility tick for six Gippsland offshore wind projects

The Gippsland corridor is critical to the success of the recently announced offshore wind projects proposed for development off the coast of Gippsland, the first offshore wind projects in Australia.

Siemens Australia and New Zealand CEO Peter Halliday said, “Over a century ago, in 1911, Siemens’ consulting engineers advised the State of Victoria that Latrobe Valley in Gippsland should be the state’s electricity hub. This led to the construction of the Yallourn Power Station, the first large power station in the Valley that helped establish the region as an electricity powerhouse.

“One hundred and thirteen years later, we’re proud to announce the MoU with Marathon Group to help the region and the communities through the next phase of energy transition. Our longevity in the region comes from bringing in world-class technology to the areas that need it the most and from collaborating with like-minded and respected partners like Marathon Group.”

Marathon Group has played a significant role in Gippsland’s energy system since the company was founded almost 40 years ago. A consolidated group of companies, some of their projects in the region have included a waste to hydrogen circular economy project, large-scale solar, containerised renewables and hydrogen, major transport and infrastructure developments and large-scale storage.

Related article: Siemens and Ampcontrol partner on storage and grid tech

Gippsland has been identified by the state government as one of six Renewable Energy Zones (REZ) for Victoria.

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The federal government has announced a $1 billion Solar Sunshot support package to develop solar panel manufacturing in Australia. If established, the advanced manufacturing facility is expected to be the first of its kind in Australia.

Related article: AGL explores battery recycling for Hunter Energy Hub

This agreement is the latest partnership AGL has signed as the company transforms the Liddell Power Station and Bayswater Power Station sites into a low carbon integrated energy hub, following the closure of Liddell Power Station in April 2023, and taking its final investment decision (FID) on the 500MW two-hour grid-scale Liddell battery in December 2023.

The feasibility study with SunDrive will outline key infrastructure and engineering requirements and identify the regulatory approvals and licences necessary for the development, construction, and operation of a solar PV manufacturing facility located in the Hunter Energy Hub Advanced Manufacturing Precinct.

As part of the MoU, AGL and SunDrive will also explore an offtake agreement for AGL to purchase SunDrive’s unique solar panels for AGL’s customers. AGL is the leading deployer of solar PV to commercial and industrial users in Australia and has approximately 600,000 residential and business customers with solar deployed.

AGL managing director and CEO Damien Nicks said the MoU has the potential to help create a new solar manufacturing industry in Australia.

Related article: Report: Better solar recycling needed to deal with PV waste

“Our vision for the Hunter Energy Hub is to create a low carbon integrated energy hub— designed with circular economy principles—that brings together industries that can make a positive contribution to the energy transition, including renewable energy generation, grid-scale batteries, green advanced manufacturing, and associated industries,” Nicks said.

SunDrive developed the world’s most efficient commercial-size solar cell in 2021. The company plans to manufacture these solar cells at its first commercial-scale manufacturing facility at AGL’s Hunter Energy Hub if the feasibility study is successful.

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Related article: Gupta announces phase out of coal-based steel at Whyalla

Santos managing director and CEO Kevin Gallagher said the MoU to supply abated natural gas was aimed at assisting the GFG Alliance in its decarbonisation pathway as it transitions to a Direct Reduction Plant (DRP) in Whyalla that can process local magnetite ore to produce low-carbon iron. The DRP will initially use a mix of natural gas and green hydrogen as the reducing agent, with the aim of fully transitioning to green hydrogen as it becomes available at scale.

The MoU includes a joint pre-feasibility study of CCS opportunities aimed at abating emissions from the Whyalla iron and steel works. This could see GFG Alliance become the first domestic third-party customer for Santos’ flagship carbon capture and storage project at Moomba.

Gallagher said, “We’ve been a gas supplier to Whyalla for many years and we’re pleased to be working with GFG on its green steel journey. We’re seeing strong interest in abated natural gas domestically and internationally. This MoU is great news for the Upper Spencer Gulf and South Australia because industries like the Whyalla steel works rely on affordable energy combined with decarbonisation to grow into the future—keeping jobs, skills and business opportunities here in the region to support vibrant local communities for decades to come.”

Related article: ARENA invests $50m in green hydrogen and steel research

GFG Alliance executive chairman Sanjeev Gupta said, “I am very pleased to be working with a strong partner in Santos on natural gas supply for our operations, necessary for the transition to hydrogen. Furthermore, we are happy to support and applaud the pursuit of Santos’s carbon capture and storage ambitions which could play a significant role in reducing residual emissions from our steelworks.”

The post Santos and GFG ink green hydrogen deal for steelworks appeared first on Energy Source & Distribution.

The pre-feasibility study will outline key indicative project infrastructure and engineering requirements and identify regulatory approvals and licences necessary for the development, construction, and operation of the project.

Related article: CEFC backs battery recycling startup Renewable Metals

The potential facility could be the first full-scale Renewable Metals recycling facility with a planned capacity of 5,000 tonnes per year initially.

In September 2023, Renewable Metals successfully opened its second pilot plant in Perth, Western Australia and is currently developing a demonstration plant to support engineering design for its proposed commercial facility at the Hunter Energy Hub. Renewable Metals received a grant from the NSW Critical Minerals and High-Tech Metals Activation Fund towards its feasibility study.

Renewable Metals has developed an innovative process for lithium-ion battery recycling that achieves up to 95% recovery of the critical minerals such as lithium, nickel, cobalt, copper and manganese. The potential battery recycling facility could recycle a wide range of lithium-ion battery types, from grid storage batteries to EV modules to battery cells in consumer electronic products such as laptops.

AGL general manager energy hubs Travis Hughes said this is an example of the type of partnerships AGL is exploring developing as it transitions its thermal sites into integrated energy hubs.

“Our current strategy is to transition the Liddell and Bayswater sites into the Hunter Energy Hub, by bringing renewable energy generation and associated industries to those sites,” he said.

“The reuse of critical minerals through battery recycling will be an important part of the energy transition. This potential facility could recycle batteries from electric vehicles to grid scale storage and is aligned with how we are thinking about bringing partners to our energy hubs who share our approach to minimising the environmental impact of the transition.”

Related article: AGL invests in generation assets to meet summer demand

Renewable Metals CEO Luan Atkinson said, “Renewable Metals is excited to be working with the AGL to further our vision to close the loop in the battery value chain. We’re looking forward to actively contributing to the transformation of the Hunter region into a renewable energy powerhouse. The potential facility could not only help us achieve our environmental goals but could also create valuable job opportunities and stimulate economic growth within the community.”

As part of AGL’s Climate Transition Action Plan, AGL has an ambition to add ~12GW of new renewable generation and firming capacity by the end of 2035.

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Through the MoU, Optimal Renewable Gas (ORG) will identify suitable sites in regional New South Wales in proximity to agricultural and other waste sources (which are a key feedstock for the production of biomethane) that could produce up to 1.5PJ of biomethane, in preparation for building the facilities.

Related article: Biomethane enters gas grid in Australian first

In addition, Jemena will undertake feasibility and preparatory work so biomethane can be injected into the NSW gas distribution network.

Biomethane is a renewable gas created by processing biogas which is generated from decomposing organic waste. It is completely interchangeable with natural gas and is, therefore, compatible with all existing gas network infrastructure, gas appliances used in homes and businesses today, and in industrial manufacturing processes.

Internationally, biomethane production is also demonstrating the benefits of a circular economy—where organic waste is diverted from landfill, reducing fugitive emissions and providing renewable energy which can be used to complement other renewable energy such as wind and solar, and displace natural gas sourced from fossil fuel.

Jemena acting managing director David Gillespie said, “We’re pleased to bring to the table our long-standing energy infrastructure expertise, together with the experience we’ve developed through the Australian-first Malabar Biomethane Injection Plant which—since June this year—has been producing biomethane from organic waste in wastewater and injecting it into the New South Wales gas distribution network.

“It’s our view that biomethane offers a here-and-now way to help Australia reduce emissions.

“Transitioning the energy system so it meets Australia’s net-zero emission targets is a massive undertaking, and we need to be looking at all available options.

Related article: How biomethane can help turn gas into a renewable energy source

“Continuing to use Australia’s extensive, existing gas networks to transport increasing volumes of renewable gases like biomethane can complement renewable electricity, both in firming the network, and in continuing to power industries and heat homes and hot water systems.”

The potential for biomethane and other bioenergy sources to become part of Australia’s future energy system has been outlined in the Australian Renewable Energy Agency’s (ARENA) 2021 Bioenergy Roadmap. It projects that by the start of the next decade, Australia’s bioenergy sector could contribute around $10 billion in extra GDP per annum, create over 26,000 new jobs, reduce Australia’s emissions by about 9%, divert an extra 6% of waste from landfill, and enhance fuel security.

The post Jemena inks MoU with renewable gas producer Optimal appeared first on Energy Source & Distribution.

Related article: Trina Solar and MPower ink major solar supply deal

Vertex is Trina Solar’s flagship product range that uses larger-size, 210mm-long, solar cells commonly referred to as 210 Technology. Trina Solar is the first mover of 210mm product technology, leading the PV industry to 600W+/700W+ era.

Under the agreement, Trina Solar will supply the Vertex modules that incorporates marketing-leading n-type i-TOPCon cell technology. For residential and commercial, modules include Vertex S+ NEG9R.28 and NEG9RC.27, lightweight panels with 1.6+1.6mm ultra-thin dual glass design which ensures higher reliability and safety. For larger commercial and industrial projects, modules include the Vertex NEG19RC.20 and NEG18R.28 which features higher power output.

These modules incorporate market-leading technologies: multi-busbar (MBB) for greater light absorption and high-density packing to maximize the surface area. Non-destructive cutting technology is used so the cells have ultra-smooth edges. It has been proven that such cells improve the module’s overall mechanical performance to better withstand external forces being applied to the module.

Trina Solar ANZ and Pacific Islands head Edison Zhou said, “Trina Solar is committed to empower industries around the world in their journey to achieve a net-zero future. The Oceanic region has great potential to harness the power of solar energy on its numerous off-grid islands. We thank Marubeni Australia for choosing Trina Solar as its partner. This MoU signifies a long-term strategic partnership for both parties to jointly help the region ramp up its solar capacity.”

Related article: Solar glass maker ClearVue enters African market

Marubeni Australia said: “Marubeni Australia has a long-standing relationship with Trina Solar for well over 10 years. The MoU signifies the continued strong relationship and aspirations to further grow the Australasia and the Pacific module distribution and solar projects opportunities.”

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Samsung C&T will work with the NT Government to establish large-scale renewable energy generation, transmission and storage in the Northern Territory, including solar, wind, hydrogen and battery energy storage systems.

Related article: Commission says Northern Territory grid facing blackout risk

Additionally, Samsung C&T intends to establish a substantial manufacturing hub as part of this project.

The clean energy produced will help manufacturing companies, including Samsung affiliates and other global companies, transition to 100% renewable energy.

A working group comprised of Samsung C&T and the NT Government will be established under the MOU to scope and investigate the feasibility of a large scale green energy project in the Northern Territory.

The MOU will operate for a period of two years and, during this time, suitable locations for the green energy project will be identified, with the Middle Arm Sustainable Development Precinct one of the locations to be investigated.

A green energy project of this scale is a game-changer for the Northern Territory and would create thousands of local jobs and generate billions of dollars into our economy.

Chief Minister Natasha Fyles said, “Renewable energy makes economic and environmental sense. Signing today’s green energy MoU with Samsung C&T, is a key step towards creating local jobs and significantly contributing to the Territory’s drive to become a hub for low emissions sustainable manufacturing.

Related article: Northern Territory grant program to boost EV uptake

“The MoU sets out how the NT Government and Samsung C&T will work collaboratively to explore options and conduct feasibility investigations including how we can facilitate this project being built in the Territory.

“Samsung knows what Territorians know—our solar irradiance and proximity to Asia makes this the ideal place to invest in a green energy future”.

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Related article: Berri Energy Project gets Aussie-first DC coupled battery

This alliance aims to bring together the expertise and cutting-edge technologies of both EVO Power and Ingeteam to further advance the utility-scale energy storage market. The partnership provides EVO Power access to Ingeteam’s liquid-cooled, bi-directional storage inverter technology for deployment in its AMP Series Battery Energy Storage System (BESS).

Paired with the latest liquid-cooled LFP battery technology, the AMP Series BESS allows Utility Networks and Independent Power Producers (IPPs) to benefit from low Capital Expenditure (CAPEX), high efficiencies, and multi-mode applications.

These include power smoothing, firming, time shifting, and grid support/ancillary services like Frequency Control Ancillary Services (FCAS), synthetic inertia, and black start capabilities.

EVO Power Group CEO Jamie Allen said, “We are thrilled to partner with Ingeteam, a global leader in electrical power conversion solutions. This collaboration will enable us to leverage Ingeteam’s advanced utility scale power electronics capabilities and technical expertise, allowing us to provide innovative and sustainable energy storage solutions to our customers.

Related article: RES to acquire Ingeteam’s renewable services division

“We look forward to partnering with Ingeteam both in Australia and the USA, sharing our commitment of providing sustainable technology-enabled energy solutions that pave the way for a greener, more energy-efficient future.”

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Rio Tinto and YEC will study and evaluate a range of opportunities including wind and solar power as well as battery energy storage systems. The initial focus is on rapidly exploring the potential development of a solar power generation facility for the supply of energy to Rio Tinto.

Related article: Why renewables industry must partner with First Nations

Rio Tinto operates four gas-fired power stations in the Pilbara. About 600MW to 700MW of renewable generation is estimated to be required to displace the majority of gas use across its network. The company is currently assessing the development of approximately 300MW of solar projects. The collaboration opportunities currently being explored by Rio Tinto and YEC if progressed, would be complementary to renewable energy developments on Rio Tinto Iron Ore’s electricity grid.

YEC was established in June following an agreement between Yindjibarndi Aboriginal Corporation (YAC) and renewable energy developer ACEN Corporation (ACEN) to progress the development of major renewable energy projects on Yindjibarndi Ngurra (country) – an area covering approximately 13,000km2 within the Yindjibarndi Native Title Determination Areas.

YEC’s initial plans include a Stage 1 target of 750MW of combined wind, solar, and battery storage with construction to commence within the next few years. The collaboration opportunities being considered by Rio Tinto and YEC relate to some of these Stage 1 projects.

YAC CEO Michael Woodley said, “Yindjibarndi Ngurra is ideally suited to developing renewable energy generation and our people are encouraged by Rio Tinto’s interest in building this capacity with us.

“This will strengthen our existing partnership and provide long term benefits for our community, while also ensuring that we can protect and preserve the areas of cultural, spiritual and environmental significance within our Ngurra.”

ACEN International CEO Patrice Clausse said, “This MOU signifies more than just a partnership; it’s a testament to the shared vision of sustainable energy development on Yindjibarndi Ngurra.

Related article: ENGIE and POSCO partner on Pilbara green hydrogen project

“It is the perfect blend of traditional significance and modern technology, designed to harness the limitless potential of the Pilbara’s sun and wind, while respecting the deep-rooted connection of the Yindjibarndi people with their land.

“Together, we are crafting an energy future that is not only renewable, but also renewing, by empowering local communities and contributing to a greener future.”

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Ambassador Kevin Rudd and Governor Gavin Newsom signed a joint statement in Sacramento on Tuesday 15 August 2023 Pacific Standard Time. Australian Los Angeles Consul-General Jane Duke and Wade Crowfoot, Secretary of Natural Resources, California signed a Memorandum of Understanding (MoU) that outlines cooperation for the next five years.

Related article: Australia joins G7-backed “climate club”

Through the MoU both governments will cooperate on a range of work including:

• clean energy
• clean transportation
• clean technologies
• nature-based solutions
• adaptation
• green finance and investment
• circular economy
• research and development
• advancing vehicle efficiency standards, and
• decarbonising the aviation industry.

The agreement also recognises the vital role of Indigenous knowledge in helping to manage the environment.

The MoU will add to the strong relationship between Australia and California. Both countries are prone to similar severe weather events and disasters such as wildfires, drought and flooding. Both countries also face similar challenges such as protecting a unique natural heritage.

Related article: California passes wave and tidal energy development bill

Through the MOU we will collaborate on policy, work together on projects and encourage public-private partnerships. We will also exchange scientific knowledge and technical expertise.

Australia’s partnership with California follows leaders-level announcement of the federal Climate, Critical Minerals and Clean Energy Transformation Compact in May 2023.

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