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Trinasolar has been selected to supply solar modules for the Good Earth Green Hydrogen and Ammonia (GEGHA) project near Moree in New South Wales, marking a key milestone for what is set to become the state’s first green hydrogen and ammonia production facility.

The project’s 27 MW solar farm will be powered by Trinasolar’s 510 W and 515 W Vertex S+ (NEG18R.28) modules, which feature n-type i-TOPCon technology and a dual-glass design. The company said the modules were selected for their durability, weather resistance and low degradation, supporting long-term renewable energy generation and improved project economics.

Construction of the facility is currently underway. Once operational, the GEGHA project is expected to produce up to 200 tonnes of green hydrogen annually and approximately 4,500 tonnes of low-carbon ammonia. The project is intended to replace imported fossil fuel-based fertilisers and contribute to emissions reductions in the agricultural sector.

Trinasolar said its n-type i-TOPCon technology helps minimise light-induced degradation, enabling stable energy output over the project’s lifetime. The company added that the technology is designed to support lower lifecycle costs and enhance long-term performance.

According to Edison Zhou, Head of Australia and New Zealand at Trinasolar, the project highlights the growing role of solar energy in supporting emerging industries such as green hydrogen and low-carbon fertiliser production by providing renewable electricity for the facility.

Joe Cumming, Senior Project Manager at Hiringa Energy, said the GEGHA project has been designed as a commercial pilot for decentralised hydrogen and fertiliser production that could be replicated across regional Australia. He noted that Trinasolar’s experience in the Australian market and its dual-glass module technology were key factors in the module selection for the solar farm.

Trinasolar has been selected to supply solar modules for the Good Earth Green Hydrogen and Ammonia (GEGHA) project near Moree in New South Wales, marking a key milestone for what is set to become the state’s first green hydrogen and ammonia production facility.

The project’s 27 MW solar farm will be powered by Trinasolar’s 510 W and 515 W Vertex S+ (NEG18R.28) modules, which feature n-type i-TOPCon technology and a dual-glass design. The company said the modules were selected for their durability, weather resistance and low degradation, supporting long-term renewable energy generation and improved project economics.

Construction of the facility is currently underway. Once operational, the GEGHA project is expected to produce up to 200 tonnes of green hydrogen annually and approximately 4,500 tonnes of low-carbon ammonia. The project is intended to replace imported fossil fuel-based fertilisers and contribute to emissions reductions in the agricultural sector.

Trinasolar said its n-type i-TOPCon technology helps minimise light-induced degradation, enabling stable energy output over the project’s lifetime. The company added that the technology is designed to support lower lifecycle costs and enhance long-term performance.

According to Edison Zhou, Head of Australia and New Zealand at Trinasolar, the project highlights the growing role of solar energy in supporting emerging industries such as green hydrogen and low-carbon fertiliser production by providing renewable electricity for the facility.

Joe Cumming, Senior Project Manager at Hiringa Energy, said the GEGHA project has been designed as a commercial pilot for decentralised hydrogen and fertiliser production that could be replicated across regional Australia. He noted that Trinasolar’s experience in the Australian market and its dual-glass module technology were key factors in the module selection for the solar farm.

Trinasolar has been selected to supply solar modules for the Good Earth Green Hydrogen and Ammonia (GEGHA) project near Moree in New South Wales, marking a key milestone for what is set to become the state’s first green hydrogen and ammonia production facility.

The project’s 27 MW solar farm will be powered by Trinasolar’s 510 W and 515 W Vertex S+ (NEG18R.28) modules, which feature n-type i-TOPCon technology and a dual-glass design. The company said the modules were selected for their durability, weather resistance and low degradation, supporting long-term renewable energy generation and improved project economics.

Construction of the facility is currently underway. Once operational, the GEGHA project is expected to produce up to 200 tonnes of green hydrogen annually and approximately 4,500 tonnes of low-carbon ammonia. The project is intended to replace imported fossil fuel-based fertilisers and contribute to emissions reductions in the agricultural sector.

Trinasolar said its n-type i-TOPCon technology helps minimise light-induced degradation, enabling stable energy output over the project’s lifetime. The company added that the technology is designed to support lower lifecycle costs and enhance long-term performance.

According to Edison Zhou, Head of Australia and New Zealand at Trinasolar, the project highlights the growing role of solar energy in supporting emerging industries such as green hydrogen and low-carbon fertiliser production by providing renewable electricity for the facility.

Joe Cumming, Senior Project Manager at Hiringa Energy, said the GEGHA project has been designed as a commercial pilot for decentralised hydrogen and fertiliser production that could be replicated across regional Australia. He noted that Trinasolar’s experience in the Australian market and its dual-glass module technology were key factors in the module selection for the solar farm.

Trinasolar has been selected to supply solar modules for the Good Earth Green Hydrogen and Ammonia (GEGHA) project near Moree in New South Wales, marking a key milestone for what is set to become the state’s first green hydrogen and ammonia production facility.

The project’s 27 MW solar farm will be powered by Trinasolar’s 510 W and 515 W Vertex S+ (NEG18R.28) modules, which feature n-type i-TOPCon technology and a dual-glass design. The company said the modules were selected for their durability, weather resistance and low degradation, supporting long-term renewable energy generation and improved project economics.

Construction of the facility is currently underway. Once operational, the GEGHA project is expected to produce up to 200 tonnes of green hydrogen annually and approximately 4,500 tonnes of low-carbon ammonia. The project is intended to replace imported fossil fuel-based fertilisers and contribute to emissions reductions in the agricultural sector.

Trinasolar said its n-type i-TOPCon technology helps minimise light-induced degradation, enabling stable energy output over the project’s lifetime. The company added that the technology is designed to support lower lifecycle costs and enhance long-term performance.

According to Edison Zhou, Head of Australia and New Zealand at Trinasolar, the project highlights the growing role of solar energy in supporting emerging industries such as green hydrogen and low-carbon fertiliser production by providing renewable electricity for the facility.

Joe Cumming, Senior Project Manager at Hiringa Energy, said the GEGHA project has been designed as a commercial pilot for decentralised hydrogen and fertiliser production that could be replicated across regional Australia. He noted that Trinasolar’s experience in the Australian market and its dual-glass module technology were key factors in the module selection for the solar farm.

Trinasolar has been selected to supply solar modules for the Good Earth Green Hydrogen and Ammonia (GEGHA) project near Moree in New South Wales, marking a key milestone for what is set to become the state’s first green hydrogen and ammonia production facility.

The project’s 27 MW solar farm will be powered by Trinasolar’s 510 W and 515 W Vertex S+ (NEG18R.28) modules, which feature n-type i-TOPCon technology and a dual-glass design. The company said the modules were selected for their durability, weather resistance and low degradation, supporting long-term renewable energy generation and improved project economics.

Construction of the facility is currently underway. Once operational, the GEGHA project is expected to produce up to 200 tonnes of green hydrogen annually and approximately 4,500 tonnes of low-carbon ammonia. The project is intended to replace imported fossil fuel-based fertilisers and contribute to emissions reductions in the agricultural sector.

Trinasolar said its n-type i-TOPCon technology helps minimise light-induced degradation, enabling stable energy output over the project’s lifetime. The company added that the technology is designed to support lower lifecycle costs and enhance long-term performance.

According to Edison Zhou, Head of Australia and New Zealand at Trinasolar, the project highlights the growing role of solar energy in supporting emerging industries such as green hydrogen and low-carbon fertiliser production by providing renewable electricity for the facility.

Joe Cumming, Senior Project Manager at Hiringa Energy, said the GEGHA project has been designed as a commercial pilot for decentralised hydrogen and fertiliser production that could be replicated across regional Australia. He noted that Trinasolar’s experience in the Australian market and its dual-glass module technology were key factors in the module selection for the solar farm.

Brookfield has announced the launch of Lumara Energy, a new renewable-energy platform in India that will deploy $600 million and have an initial development portfolio of more than 6 gigawatts across solar, wind and battery storage.

Lumara is anchored by Brookfield’s Catalytic Transition strategy, which will invest in clean-energy and transition assets in emerging markets.

The platform was created to address several constraints affecting renewable-energy deployment in India, according to various sources. These challenges include delays in finalizing power-purchase agreements (PPAs), long grid connection queues and extended land acquisition timelines. Lumara will support faster project execution by advancing developments with secured land and grid interconnection so they can move ahead before PPAs are finalized, Taiyang News reports. The platform also will provide credit solutions to developers to help accelerate project pipelines.

“India is at an important moment in its energy transition,” Nawal Saini, managing partner at Brookfield Asset Management, wrote in a LinkedIn post regarding the platform’s launch. “The renewable-energy opportunity here is significant, supported by strong demand growth from commercial and industrial customers, global corporates, hyperscalers and the government. With the country’s ambition to achieve 500 gigawatts of non-fossil fuel capacity by 2030, realizing this opportunity at scale will require capital, operational expertise and disciplined execution. … We remain committed to contributing to India’s energy goals and building a more sustainable future.”

Vignesh Nandakumar, the former CEO Asia at Enfinity Global, has been selected to lead the new platform, according to his LinkedIn page.

He wrote, “Looking forward to the exciting times ahead building Lumara Energy with the experienced Brookfield team to accelerate the energy transition in India!”

Brookfield has announced the launch of Lumara Energy, a new renewable-energy platform in India that will deploy $600 million and have an initial development portfolio of more than 6 gigawatts across solar, wind and battery storage.

Lumara is anchored by Brookfield’s Catalytic Transition strategy, which will invest in clean-energy and transition assets in emerging markets.

The platform was created to address several constraints affecting renewable-energy deployment in India, according to various sources. These challenges include delays in finalizing power-purchase agreements (PPAs), long grid connection queues and extended land acquisition timelines. Lumara will support faster project execution by advancing developments with secured land and grid interconnection so they can move ahead before PPAs are finalized, Taiyang News reports. The platform also will provide credit solutions to developers to help accelerate project pipelines.

“India is at an important moment in its energy transition,” Nawal Saini, managing partner at Brookfield Asset Management, wrote in a LinkedIn post regarding the platform’s launch. “The renewable-energy opportunity here is significant, supported by strong demand growth from commercial and industrial customers, global corporates, hyperscalers and the government. With the country’s ambition to achieve 500 gigawatts of non-fossil fuel capacity by 2030, realizing this opportunity at scale will require capital, operational expertise and disciplined execution. … We remain committed to contributing to India’s energy goals and building a more sustainable future.”

Vignesh Nandakumar, the former CEO Asia at Enfinity Global, has been selected to lead the new platform, according to his LinkedIn page.

He wrote, “Looking forward to the exciting times ahead building Lumara Energy with the experienced Brookfield team to accelerate the energy transition in India!”

Brookfield has announced the launch of Lumara Energy, a new renewable-energy platform in India that will deploy $600 million and have an initial development portfolio of more than 6 gigawatts across solar, wind and battery storage.

Lumara is anchored by Brookfield’s Catalytic Transition strategy, which will invest in clean-energy and transition assets in emerging markets.

The platform was created to address several constraints affecting renewable-energy deployment in India, according to various sources. These challenges include delays in finalizing power-purchase agreements (PPAs), long grid connection queues and extended land acquisition timelines. Lumara will support faster project execution by advancing developments with secured land and grid interconnection so they can move ahead before PPAs are finalized, Taiyang News reports. The platform also will provide credit solutions to developers to help accelerate project pipelines.

“India is at an important moment in its energy transition,” Nawal Saini, managing partner at Brookfield Asset Management, wrote in a LinkedIn post regarding the platform’s launch. “The renewable-energy opportunity here is significant, supported by strong demand growth from commercial and industrial customers, global corporates, hyperscalers and the government. With the country’s ambition to achieve 500 gigawatts of non-fossil fuel capacity by 2030, realizing this opportunity at scale will require capital, operational expertise and disciplined execution. … We remain committed to contributing to India’s energy goals and building a more sustainable future.”

Vignesh Nandakumar, the former CEO Asia at Enfinity Global, has been selected to lead the new platform, according to his LinkedIn page.

He wrote, “Looking forward to the exciting times ahead building Lumara Energy with the experienced Brookfield team to accelerate the energy transition in India!”