Category: All News

  • Infinity Power Taps AIKO for 773.5 MWp South African Solar Portfolio, Extending Africa Partnership Beyond 2 GWp

    Infinity Power Taps AIKO for 773.5 MWp South African Solar Portfolio, Extending Africa Partnership Beyond 2 GWp

    AIKO will supply its high-power ABC (All Back Contact) solar modules for three utility-scale solar projects in South Africa under an agreement with Infinity Power, the largest African pure-play renewable energy provider. The deal marks the partnership’s first project in South Africaand pushes their combined project collaboration across Africa past the 2 GWp milestone.

    Under the agreement, AIKO will provide high‑efficiency ABC 1,195,136 modules expected to generate more than 1,871 GWh of annual energy for the 773.5 MWp combined portfolio covering three large‑scale Infinity Power projects — Highveld, Onderstepoort Solar 1 (OS1) and Onderstepoort Solar 2 (OS2). Awarded under Bid Window 7 of South Africa’s Renewable Energy Independent Power Producer Procurement Programme (REIPPPP), the projects will operate under planned 20‑year power purchase agreements (PPAs) with Eskom and will be built under two EPC packages — Sterling and Wilson Renewable Energy on Highveld and PowerChina Guizhou Engineering on the OS1 and OS2.

    Located in Mpumalanga, South Africa, once operational, the Highveld project will generate clean energy sufficient to power approximately 167,000 homes, while avoiding approximately 660,000 tonnes of CO₂ emissions annually. Onderstepoort Solar 1 and 2 located in the northwest, are expected to power approximately 289,000 homes and avoid more than 1.1 million tonnes of CO₂ emissions annually, bringing the Infinity Power portfolio’s total estimated annual CO₂ emissions avoided to approximately 1.7 million tonnes, based on public estimates.

    Infinity Power was awarded 1.28 GW in solar capacity during this bidding round, the largest allocation among successful bidders in Bid Window 7. As the largest African pure-play renewable energy provider, the company develops, builds and operates large-scale solar and wind projects across the African continent.

    Ahmed Zakaria, Director of EPC and Strategic Procurement at Infinity Power, said: “Our decision to partner with AIKO on our South African portfolio based on their capability to meet our technical requirements and reliable delivery commitment we have witnessed across our projects in Egypt. AIKO’s ABC technology delivers the efficiency and execution certainty required to deliver large‑scale projects under the REIPPPP framework, and we look forward to bringing full portfolio into commercial operation.”

    AIKO’s ABC modules, AIKO-A645/650-GRH66Dw, were selected on the strength of both performance and execution. With the REIPPPP launched to tackle South Africa’s energy crisis, and tender tariffs falling with each successive round, project economics have become a decisive factor in module selection. The high power output of ABC modules reduces the total module count and balance-of-system (BOS) components such as mounting structures and cabling, lowering overall system costs and keeping projects economically competitive under the auction mechanism. In South Africa’s high-irradiance, high-temperature conditions, the modules’ superior temperature coefficient maintains more stable power output, lifting energy yield across the project’s full lifecycle, with efficiency reaching up to 24.1%. Low degradation rates (≤1% in the first year, and 0.35% annually from years 2 to 30) secure stable generation throughout the 20-year PPA term, enhancing long-term returns and project bankability. Full traceability across module production and delivery, together with a delivery schedule aligned to the two EPC packages, provides further certainty of execution across the three sites.

    The agreement marks AIKO’s first collaboration with Infinity Power in South Africa and their third overall collaboration in Africa, following the 258.5 MWp Nefer Benban and 1.2 GWp Nefer Menya projects in Egypt. With cumulative cooperation now exceeding 2 GWp, the partnership continues to expand, underscoring a global benchmark developer’s sustained confidence in the efficiency and reliability of ABC technology, as well as its recognition of AIKO’s supply capabilities and product quality.

  • Infinity Power Taps AIKO for 773.5 MWp South African Solar Portfolio, Extending Africa Partnership Beyond 2 GWp

    Infinity Power Taps AIKO for 773.5 MWp South African Solar Portfolio, Extending Africa Partnership Beyond 2 GWp

    AIKO will supply its high-power ABC (All Back Contact) solar modules for three utility-scale solar projects in South Africa under an agreement with Infinity Power, the largest African pure-play renewable energy provider. The deal marks the partnership’s first project in South Africa,and pushes their combined project collaboration across Africa past the 2 GWp milestone.

    Under the agreement, AIKO will provide high‑efficiency ABC 1,195,136 modules expected to generate more than 1,871 GWh of annual energy for the 773.5 MWp combined portfolio covering three large‑scale Infinity Power projects — Highveld, Onderstepoort Solar 1 (OS1) and Onderstepoort Solar 2 (OS2). Awarded under Bid Window 7 of South Africa’s Renewable Energy Independent Power Producer Procurement Programme (REIPPPP), the projects will operate under planned 20‑year power purchase agreements (PPAs) with Eskom and will be built under two EPC packages — Sterling and Wilson Renewable Energy on Highveld and PowerChina Guizhou Engineering on the OS1 and OS2.

    Located in Mpumalanga, South Africa, once operational, the Highveld project will generate clean energy sufficient to power approximately 167,000 homes, while avoiding approximately 660,000 tonnes of CO₂ emissions annually. Onderstepoort Solar 1 and 2 located in the northwest, are expected to power approximately 289,000 homes and avoid more than 1.1 million tonnes of CO₂ emissions annually, bringing the Infinity Power portfolio’s total estimated annual CO₂ emissions avoided to approximately 1.7 million tonnes, based on public estimates.

    Infinity Power was awarded 1.28 GW in solar capacity during this bidding round, the largest allocation among successful bidders in Bid Window 7. As the largest African pure-play renewable energy provider, the company develops, builds and operates large-scale solar and wind projects across the African continent.

    Ahmed Zakaria, Director of EPC and Strategic Procurement at Infinity Power, said: “Our decision to partner with AIKO on our South African portfolio based on their capability to meet our technical requirements and reliable delivery commitment we have witnessed across our projects in Egypt. AIKO’s ABC technology delivers the efficiency and execution certainty required to deliver large‑scale projects under the REIPPPP framework, and we look forward to bringing full portfolio into commercial operation.”

    AIKO’s ABC modules, AIKO-A645/650-GRH66Dw, were selected on the strength of both performance and execution. With the REIPPPP launched to tackle South Africa’s energy crisis, and tender tariffs falling with each successive round, project economics have become a decisive factor in module selection. The high power output of ABC modules reduces the total module count and balance-of-system (BOS) components such as mounting structures and cabling, lowering overall system costs and keeping projects economically competitive under the auction mechanism. In South Africa’s high-irradiance, high-temperature conditions, the modules’ superior temperature coefficient maintains more stable power output, lifting energy yield across the project’s full lifecycle, with efficiency reaching up to 24.1%. Low degradation rates (≤1% in the first year, and 0.35% annually from years 2 to 30) secure stable generation throughout the 20-year PPA term, enhancing long-term returns and project bankability. Full traceability across module production and delivery, together with a delivery schedule aligned to the two EPC packages, provides further certainty of execution across the three sites.

    The agreement marks AIKO’s first collaboration with Infinity Power in South Africa and their third overall collaboration in Africa, following the 258.5 MWp Nefer Benban and 1.2 GWp Nefer Menya projects in Egypt. With cumulative cooperation now exceeding 2 GWp, the partnership continues to expand, underscoring a global benchmark developer’s sustained confidence in the efficiency and reliability of ABC technology, as well as its recognition of AIKO’s supply capabilities and product quality.

  • Infinity Power Taps AIKO for 773.5 MWp South African Solar Portfolio, Extending Africa Partnership Beyond 2 GWp

    AIKO will supply its high-power ABC (All Back Contact) solar modules for three utility-scale solar projects in South Africa under an agreement with Infinity Power, the largest African pure-play renewable energy provider. The deal marks the partnership’s first project in South Africa,and pushes their combined project collaboration across Africa past the 2 GWp milestone.

    Under the agreement, AIKO will provide high‑efficiency ABC 1,195,136 modules expected to generate more than 1,871 GWh of annual energy for the 773.5 MWp combined portfolio covering three large‑scale Infinity Power projects — Highveld, Onderstepoort Solar 1 (OS1) and Onderstepoort Solar 2 (OS2). Awarded under Bid Window 7 of South Africa’s Renewable Energy Independent Power Producer Procurement Programme (REIPPPP), the projects will operate under planned 20‑year power purchase agreements (PPAs) with Eskom and will be built under two EPC packages — Sterling and Wilson Renewable Energy on Highveld and PowerChina Guizhou Engineering on the OS1 and OS2.

    Located in Mpumalanga, South Africa, once operational, the Highveld project will generate clean energy sufficient to power approximately 167,000 homes, while avoiding approximately 660,000 tonnes of CO₂ emissions annually. Onderstepoort Solar 1 and 2 located in the northwest, are expected to power approximately 289,000 homes and avoid more than 1.1 million tonnes of CO₂ emissions annually, bringing the Infinity Power portfolio’s total estimated annual CO₂ emissions avoided to approximately 1.7 million tonnes, based on public estimates.

    Infinity Power was awarded 1.28 GW in solar capacity during this bidding round, the largest allocation among successful bidders in Bid Window 7. As the largest African pure-play renewable energy provider, the company develops, builds and operates large-scale solar and wind projects across the African continent.

    Ahmed Zakaria, Director of EPC and Strategic Procurement at Infinity Power, said: “Our decision to partner with AIKO on our South African portfolio based on their capability to meet our technical requirements and reliable delivery commitment we have witnessed across our projects in Egypt. AIKO’s ABC technology delivers the efficiency and execution certainty required to deliver large‑scale projects under the REIPPPP framework, and we look forward to bringing full portfolio into commercial operation.”

    AIKO’s ABC modules, AIKO-A645/650-GRH66Dw, were selected on the strength of both performance and execution. With the REIPPPP launched to tackle South Africa’s energy crisis, and tender tariffs falling with each successive round, project economics have become a decisive factor in module selection. The high power output of ABC modules reduces the total module count and balance-of-system (BOS) components such as mounting structures and cabling, lowering overall system costs and keeping projects economically competitive under the auction mechanism. In South Africa’s high-irradiance, high-temperature conditions, the modules’ superior temperature coefficient maintains more stable power output, lifting energy yield across the project’s full lifecycle, with efficiency reaching up to 24.1%. Low degradation rates (≤1% in the first year, and 0.35% annually from years 2 to 30) secure stable generation throughout the 20-year PPA term, enhancing long-term returns and project bankability. Full traceability across module production and delivery, together with a delivery schedule aligned to the two EPC packages, provides further certainty of execution across the three sites.

    The agreement marks AIKO’s first collaboration with Infinity Power in South Africa and their third overall collaboration in Africa, following the 258.5 MWp Nefer Benban and 1.2 GWp Nefer Menya projects in Egypt. With cumulative cooperation now exceeding 2 GWp, the partnership continues to expand, underscoring a global benchmark developer’s sustained confidence in the efficiency and reliability of ABC technology, as well as its recognition of AIKO’s supply capabilities and product quality.

  • Trontek Expands into Battery Energy Storage, Targets 12 GWh Annual Capacity by 2028

    Trontek Expands into Battery Energy Storage, Targets 12 GWh Annual Capacity by 2028

    Trontek Electronics, an Indian energy technology company, is expanding its presence in the Battery Energy Storage System (BESS) segment, targeting an annual manufacturing capacity of 12 GWh by 2028. The company plans to serve residential, commercial and industrial (C&I), and utility-scale applications through its Made-in-India energy storage portfolio.

    The expansion marks the next phase of Trontek’s growth in battery technology, electric mobility, charging infrastructure, and energy solutions. With energy storage gaining importance in India’s renewable energy transition, the company aims to address demand for reliable power, energy management, and improved integration of renewable sources.

    Trontek’s BESS portfolio ranges from 215 kWh to 5 MWh, catering to different customer requirements. Its 215 kWh-class systems are designed for C&I applications, including hotels, offices, and small and medium-sized manufacturing facilities, supporting demand management and energy optimisation. The 418 kWh-class systems are intended for larger facilities such as factories, warehouses, hospitals, and industrial campuses.

    For utility and grid-scale applications, the company is offering 5 MWh systems designed for industrial parks, utilities, and large-scale solar-plus-storage projects. These solutions aim to support renewable energy integration, grid flexibility, and more efficient electricity management.

    According to Samrath S. Kochar, Founder and CEO of Trontek, energy storage will play a defining role as mobility, residential, industrial, and power grid requirements increasingly converge. He said the company intends to build on its experience in battery technology to develop energy storage capabilities suited to India’s growing market.

    The company is focusing on local engineering and manufacturing, supported by capabilities in battery systems, testing, system integration, technology development, and service.

    Trontek’s 12 GWh capacity target reflects its ambition to expand beyond its existing battery business and establish energy storage as a major growth segment. The move comes amid rising demand for storage solutions to support renewable energy integration and improve power reliability across India.

  • Trontek Expands into Battery Energy Storage, Targets 12 GWh Annual Capacity by 2028

    Trontek Expands into Battery Energy Storage, Targets 12 GWh Annual Capacity by 2028

    Trontek Electronics, an Indian energy technology company, is expanding its presence in the Battery Energy Storage System (BESS) segment, targeting an annual manufacturing capacity of 12 GWh by 2028. The company plans to serve residential, commercial and industrial (C&I), and utility-scale applications through its Made-in-India energy storage portfolio.

    The expansion marks the next phase of Trontek’s growth in battery technology, electric mobility, charging infrastructure, and energy solutions. With energy storage gaining importance in India’s renewable energy transition, the company aims to address demand for reliable power, energy management, and improved integration of renewable sources.

    Trontek’s BESS portfolio ranges from 215 kWh to 5 MWh, catering to different customer requirements. Its 215 kWh-class systems are designed for C&I applications, including hotels, offices, and small and medium-sized manufacturing facilities, supporting demand management and energy optimisation. The 418 kWh-class systems are intended for larger facilities such as factories, warehouses, hospitals, and industrial campuses.

    For utility and grid-scale applications, the company is offering 5 MWh systems designed for industrial parks, utilities, and large-scale solar-plus-storage projects. These solutions aim to support renewable energy integration, grid flexibility, and more efficient electricity management.

    According to Samrath S. Kochar, Founder and CEO of Trontek, energy storage will play a defining role as mobility, residential, industrial, and power grid requirements increasingly converge. He said the company intends to build on its experience in battery technology to develop energy storage capabilities suited to India’s growing market.

    The company is focusing on local engineering and manufacturing, supported by capabilities in battery systems, testing, system integration, technology development, and service.

    Trontek’s 12 GWh capacity target reflects its ambition to expand beyond its existing battery business and establish energy storage as a major growth segment. The move comes amid rising demand for storage solutions to support renewable energy integration and improve power reliability across India.

  • Trontek Expands into Battery Energy Storage, Targets 12 GWh Annual Capacity by 2028

    Trontek Expands into Battery Energy Storage, Targets 12 GWh Annual Capacity by 2028

    Trontek Electronics, an Indian energy technology company, is expanding its presence in the Battery Energy Storage System (BESS) segment, targeting an annual manufacturing capacity of 12 GWh by 2028. The company plans to serve residential, commercial and industrial (C&I), industrial, and utility-scale applications through its Made-in-India energy storage portfolio.

    The expansion marks the next phase of Trontek’s growth in battery technology, electric mobility, charging infrastructure, and energy solutions. With energy storage gaining importance in India’s renewable energy transition, the company aims to address demand for reliable power, energy management, and improved integration of renewable sources.

    Trontek’s BESS portfolio ranges from 215 kWh to 5 MWh, catering to different customer requirements. Its 215 kWh-class systems are designed for C&I applications, including hotels, offices, and small and medium-sized manufacturing facilities, supporting demand management and energy optimisation. The 418 kWh-class systems are intended for larger facilities such as factories, warehouses, hospitals, and industrial campuses.

    For utility and grid-scale applications, the company is offering 5 MWh systems designed for industrial parks, utilities, and large-scale solar-plus-storage projects. These solutions aim to support renewable energy integration, grid flexibility, and more efficient electricity management.

    According to Samrath S. Kochar, Founder and CEO of Trontek, energy storage will play a defining role as mobility, residential, industrial, and power grid requirements increasingly converge. He said the company intends to build on its experience in battery technology to develop energy storage capabilities suited to India’s growing market.

    The company is focusing on local engineering and manufacturing, supported by capabilities in battery systems, testing, system integration, technology development, and service.

    Trontek’s 12 GWh capacity target reflects its ambition to expand beyond its existing battery business and establish energy storage as a major growth segment. The move comes amid rising demand for storage solutions to support renewable energy integration and improve power reliability across India.

  • Trontek Expands into Battery Energy Storage, Targets 12 GWh Annual Capacity by 2028

    Trontek Expands into Battery Energy Storage, Targets 12 GWh Annual Capacity by 2028

    Trontek Electronics, an Indian energy technology company, is expanding its presence in the Battery Energy Storage System (BESS) segment, targeting an annual manufacturing capacity of 12 GWh by 2028. The company plans to serve residential, commercial and industrial (C&I), industrial, and utility-scale applications through its Made-in-India energy storage portfolio.

    The expansion marks the next phase of Trontek’s growth in battery technology, electric mobility, charging infrastructure, and energy solutions. With energy storage gaining importance in India’s renewable energy transition, the company aims to address demand for reliable power, energy management, and improved integration of renewable sources.

    Trontek’s BESS portfolio ranges from 215 kWh to 5 MWh, catering to different customer requirements. Its 215 kWh-class systems are designed for C&I applications, including hotels, offices, and small and medium-sized manufacturing facilities, supporting demand management and energy optimisation. The 418 kWh-class systems are intended for larger facilities such as factories, warehouses, hospitals, and industrial campuses.

    For utility and grid-scale applications, the company is offering 5 MWh systems designed for industrial parks, utilities, and large-scale solar-plus-storage projects. These solutions aim to support renewable energy integration, grid flexibility, and more efficient electricity management.

    According to Samrath S. Kochar, Founder and CEO of Trontek, energy storage will play a defining role as mobility, residential, industrial, and power grid requirements increasingly converge. He said the company intends to build on its experience in battery technology to develop energy storage capabilities suited to India’s growing market.

    The company is focusing on local engineering and manufacturing, supported by capabilities in battery systems, testing, system integration, technology development, and service.

    Trontek’s 12 GWh capacity target reflects its ambition to expand beyond its existing battery business and establish energy storage as a major growth segment. The move comes amid rising demand for storage solutions to support renewable energy integration and improve power reliability across India.

  • Trontek Expands into Battery Energy Storage, Targets 12 GWh Annual Capacity by 2028

    Trontek Expands into Battery Energy Storage, Targets 12 GWh Annual Capacity by 2028

    Trontek Electronics, an Indian energy technology company, is expanding its presence in the Battery Energy Storage System (BESS) segment, targeting an annual manufacturing capacity of 12 GWh by 2028. The company plans to serve residential, commercial and industrial (C&I), industrial, and utility-scale applications through its Made-in-India energy storage portfolio.

    The expansion marks the next phase of Trontek’s growth in battery technology, electric mobility, charging infrastructure, and energy solutions. With energy storage gaining importance in India’s renewable energy transition, the company aims to address demand for reliable power, energy management, and improved integration of renewable sources.

    Trontek’s BESS portfolio ranges from 215 kWh to 5 MWh, catering to different customer requirements. Its 215 kWh-class systems are designed for C&I applications, including hotels, offices, and small and medium-sized manufacturing facilities, supporting demand management and energy optimisation. The 418 kWh-class systems are intended for larger facilities such as factories, warehouses, hospitals, and industrial campuses.

    For utility and grid-scale applications, the company is offering 5 MWh systems designed for industrial parks, utilities, and large-scale solar-plus-storage projects. These solutions aim to support renewable energy integration, grid flexibility, and more efficient electricity management.

    According to Samrath S. Kochar, Founder and CEO of Trontek, energy storage will play a defining role as mobility, residential, industrial, and power grid requirements increasingly converge. He said the company intends to build on its experience in battery technology to develop energy storage capabilities suited to India’s growing market.

    The company is focusing on local engineering and manufacturing, supported by capabilities in battery systems, testing, system integration, technology development, and service.

    Trontek’s 12 GWh capacity target reflects its ambition to expand beyond its existing battery business and establish energy storage as a major growth segment. The move comes amid rising demand for storage solutions to support renewable energy integration and improve power reliability across India.

  • Trontek Expands into Battery Energy Storage, Targets 12 GWh Annual Capacity by 2028

    Trontek Electronics, an Indian energy technology company, is expanding its presence in the Battery Energy Storage System (BESS) segment, targeting an annual manufacturing capacity of 12 GWh by 2028. The company plans to serve residential, commercial and industrial (C&I), industrial, and utility-scale applications through its Made-in-India energy storage portfolio.

    The expansion marks the next phase of Trontek’s growth in battery technology, electric mobility, charging infrastructure, and energy solutions. With energy storage gaining importance in India’s renewable energy transition, the company aims to address demand for reliable power, energy management, and improved integration of renewable sources.

    Trontek’s BESS portfolio ranges from 215 kWh to 5 MWh, catering to different customer requirements. Its 215 kWh-class systems are designed for C&I applications, including hotels, offices, and small and medium-sized manufacturing facilities, supporting demand management and energy optimisation. The 418 kWh-class systems are intended for larger facilities such as factories, warehouses, hospitals, and industrial campuses.

    For utility and grid-scale applications, the company is offering 5 MWh systems designed for industrial parks, utilities, and large-scale solar-plus-storage projects. These solutions aim to support renewable energy integration, grid flexibility, and more efficient electricity management.

    According to Samrath S. Kochar, Founder and CEO of Trontek, energy storage will play a defining role as mobility, residential, industrial, and power grid requirements increasingly converge. He said the company intends to build on its experience in battery technology to develop energy storage capabilities suited to India’s growing market.

    The company is focusing on local engineering and manufacturing, supported by capabilities in battery systems, testing, system integration, technology development, and service.

    Trontek’s 12 GWh capacity target reflects its ambition to expand beyond its existing battery business and establish energy storage as a major growth segment. The move comes amid rising demand for storage solutions to support renewable energy integration and improve power reliability across India.

  • NTPC Invites EoI from Industries for 26% Equity Investment in Co-generation Projects

    NTPC Invites EoI from Industries for 26% Equity Investment in Co-generation Projects

    NTPC Limited has invited Expressions of Interest (EoI) from commercial and industrial (C&I) entities willing to invest 26% equity in proposed co-generation projects aimed at meeting industrial requirements for electricity and steam.

    The initiative seeks to develop co-generation facilities and explore integrated power supply solutions using coal, renewable energy, and Battery Energy Storage Systems (BESS). The proposed projects are intended to address industries’ growing requirements for reliable and cost-effective energy while supporting energy efficiency and sustainability objectives.

    Co-generation, which involves the simultaneous production of electricity and useful thermal energy, can help industries improve overall energy efficiency by meeting their power and steam requirements through an integrated system. NTPC aims to explore long-term power supply arrangements that offer industrial consumers greater energy security, cost optimisation, and operational reliability.

    Through this initiative, the company intends to expand its energy solutions portfolio and strengthen partnerships with industrial consumers. The approach is aligned with the growing demand for integrated energy solutions as businesses focus on managing energy costs and improving sustainability.

    NTPC is India’s largest integrated power utility, with an installed capacity of more than 91 GW and over 35 GW under construction. The company aims to achieve a total installed capacity of 149 GW by 2032, including 60 GW from renewable energy sources.

    Beyond conventional power generation, NTPC is also expanding into emerging areas such as energy storage, electric mobility, waste-to-energy, nuclear power, and green hydrogen.

    The proposed co-generation initiative represents another step in NTPC’s efforts to develop diversified energy solutions for industrial customers while supporting India’s broader energy transition.