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ARENA boosts homegrown battery tech

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10 Nov, 2024

This post was originally published on Sustainability Matters

Australian technology company AnteoTech Ltd will receive almost $4 million in funding from the Australian Renewable Energy Agency (ARENA) to commercialise its new lithium-ion battery anode technology.

Spanning three years, the $11.1 million Silicon Anode Technology for Lithium-Ion Batteries project is focused on commercialising AnteoTech’s proprietary silicon anode technology. Through doing this, the project also seeks to reduce battery storage costs and enable longer driving ranges for EVs.

ARENA CEO Darren Miller said the project represents an investment in homegrown battery technology with the potential to change energy storage on a global scale.

“As we push towards our net zero ambitions, we need to ensure we have enough energy storage so that we can use renewable energy when we need it at any time of the day, whether that be for industry, homes or the growing switch to electric vehicles,” he said.

“Innovation in storage technologies is going to help us achieve this, and AnteoTech’s technology could create batteries higher in density, while utilising cheap abundant materials that could bring costs down.”

Miller said ARENA is hopeful the technology could be quickly integrated into existing manufacturing processes so that the benefits can be accessed by customers in a timely manner.

The majority of lithium-ion batteries produced today use graphite anodes. While silicon anodes have a much higher energy density, challenges with cell degradation have limited commercialisation of the technology. AnteoTech’s proprietary binder technology, Anteo X, is reportedly able to reduce degradation rates associated with silicon anodes by maintaining the structural stability within the anode during cycling.

ARENA funding will help AnteoTech progress to a larger scale of prototyping, which will enable further testing of the technology by AnteoTech and its prospective customers.

Throughout the duration of the project, AnteoTech will install new electrode coating equipment and pouch cell testing equipment at its existing site in Brisbane. The company will then commence a program of rigorous testing, including providing prototype anodes to potential customers.

AnteoTech CEO David Radford said the grant funding would help to accelerate and develop the company’s product portfolio.

“We are incredibly grateful for the support provided by ARENA, who has an extensive track record of funding successful technologies,” he said.

“We are excited by the opportunities that are ahead of us and look forward to contributing to Australia’s growing battery landscape by delivering battery solutions that will support our net zero energy transition.”

AnteoTech expects technical work on the program to commence this month, with design and construction of the Brisbane site happening in early 2025. The entire ARENA project is due for completion in late 2027.

Image credit: iStock.com/petovarga

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Honeywell supports building decarbonisation in Singapore

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Honeywell and the Singapore Economic Development Board (EDB) are setting up a Centre of Excellence in Singapore with the goal of driving decarbonisation in South-East Asia.

Leveraging AI and machine learning, the Centre will pilot and deploy building technologies that can deliver a scalable view of a building’s life cycle and total energy use.

With buildings currently accounting for more than 20% of Singapore’s carbon emissions, according to the Building and Construction Authority, the Centre of Excellence aims to work with the nation’s building owners and operators to help reduce commercial building carbon emissions. This is in support of the Singapore Green Plan 2030 and the country’s goal of achieving net zero emissions by 2050.

At the heart of the initiative is Honeywell’s Forge IoT platform — a predictive maintenance and energy-management software solution — which will help customers monitor, manage and optimise their building energy use. Via Honeywell Forge, building decision-makers have an overview of energy management, energy optimisation and predictive analytics — giving them enhanced insight into maintenance needs.

“Buildings represent a significant opportunity for carbon reduction, particularly when owners can effectively monitor and optimise energy use to manage their environmental impact,” said Nigel Brockett, President of Asia Pacific, Honeywell.

“With the integration of new AI-based technologies and access to our Centre of Excellence, building managers across Singapore can now be equipped with real-time data and automation capabilities to help them curb emissions in alignment with the carbon-reduction goals set out in the Singapore Green Plan.”

Nigel Brockett, President of Asia Pacific, Honeywell, shakes hands with Lim Tse Yong, Senior Vice President and Head, Mobility and Industrial Solutions, EDB. Image courtesy of Honeywell.

The Centre of Excellence is expected to begin operations in 2025, deploying building automation technologies through pilot programs with Singapore-based players across sectors including health care, data centres and education.

In 2026, Honeywell expects the Centre to begin serving other nations in South-East Asia based on their specific sustainable building goals.

“EDB welcomes Honeywell’s decision to establish its Centre of Excellence to support the decarbonisation efforts for buildings,” said Lim Tse Yong, Senior Vice President and Head, Mobility and Industrial Solutions, EDB.

“Given Singapore’s focus on environmental sustainability and strengths as an innovation hub, companies can foster partnerships with our built environment and research ecosystems to pilot and deploy sustainable building solutions. We look forward to the impactful solutions this Centre will develop for Singapore and the wider region.”

The partnership with EDB and establishment of the Centre of Excellence supports Honeywell’s alignment of its portfolio to three ‘megatrends’: automation, energy transition, and the future of aviation.

For more information, visit buildings.honeywell.com.

Top image credit: iStock.com/orpheus26

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