Gotion High-Tech's Pivotal Role in ACWA Power's Solar Initiative in Morocco
In a significant development for the renewable energy sector, Gotion High-Tech has emerged as a key player in ACWA Power’s recent success at the NOOR Midelt 2 and 3 solar-plus-storage projects in Morocco. The large-scale contract win was part of a highly competitive international tender in which various global giants, including Engie, EDF, and Masdar, vied for the opportunity. This victory not only underscores Gotion's technical prowess but also highlights the increasingly strategic importance of partnerships in advancing renewable energy projects.
The NOOR Midelt project is a fundamental element of Morocco’s national solar energy agenda, which aims to elevate renewable energy's contribution to the country's energy mix to 52% by the year 2030. With the combined capacity of 800 MW of photovoltaic systems and 1.2 GWh of energy storage, the initiative represents a significant milestone in Morocco's green energy transition.
Reports indicate that the standout factor in ACWA Power's successful bid was Gotion's innovative energy storage solution, which incorporates advanced 314Ah cells and a 5MWh liquid-cooled system. This technology was critical in distinguishing the proposal and setting it apart from those submitted by competing firms. Gotion's technical capabilities were pivotal in securing this win, reflecting the firm's commitment to meeting Morocco's specific energy needs through efficient design and optimal land utilization.
Moreover, Gotion's liquid-cooled system has received EU Battery Regulation compliance certification, ensuring that it meets stringent efficiency standards. This system is already being mass-produced in Gotion’s factory located in Göttingen, Germany, thereby guaranteeing a reliable supply chain that can support the ambitious timelines set out for the project.
The ramifications of this collaboration go beyond immediate project wins. For ACWA Power, this achievement consolidates its position as the largest private renewable energy investor in Morocco, taking its total installed capacity to over 1.5 GW. As stated by ACWA Power CEO Marco Arcelli, this victory will enhance the company’s leadership role while providing momentum for Morocco’s transformation into a key regional hub for sustainable energy solutions.
In addition, the partnership between Gotion High-Tech and the Moroccan government is set to expand further. In June 2024, a strategic investment agreement was signed to establish a new gigafactory dedicated to producing electric vehicle batteries, with an impressive annual capacity of 20 GWh. This investment, valued at 12.8 billion dirhams (around 9.3 billion RMB), will pave the way for localized battery manufacturing and energy storage solutions, thus reinforcing their long-term collaboration within the clean energy space.
In summary, Gotion High-Tech’s contribution to ACWA Power’s success in Morocco symbolizes a significant shift within the renewable energy arena—illustrating how innovative technology and meaningful partnerships can pave the way for a greener future. As the world races towards sustainable energy solutions, Gotion’s expertise and capabilities will be vital in shaping the future of the energy landscape, both in Morocco and beyond.
The NOOR Midelt project is a fundamental element of Morocco’s national solar energy agenda, which aims to elevate renewable energy's contribution to the country's energy mix to 52% by the year 2030. With the combined capacity of 800 MW of photovoltaic systems and 1.2 GWh of energy storage, the initiative represents a significant milestone in Morocco's green energy transition.
Reports indicate that the standout factor in ACWA Power's successful bid was Gotion's innovative energy storage solution, which incorporates advanced 314Ah cells and a 5MWh liquid-cooled system. This technology was critical in distinguishing the proposal and setting it apart from those submitted by competing firms. Gotion's technical capabilities were pivotal in securing this win, reflecting the firm's commitment to meeting Morocco's specific energy needs through efficient design and optimal land utilization.
Moreover, Gotion's liquid-cooled system has received EU Battery Regulation compliance certification, ensuring that it meets stringent efficiency standards. This system is already being mass-produced in Gotion’s factory located in Göttingen, Germany, thereby guaranteeing a reliable supply chain that can support the ambitious timelines set out for the project.
The ramifications of this collaboration go beyond immediate project wins. For ACWA Power, this achievement consolidates its position as the largest private renewable energy investor in Morocco, taking its total installed capacity to over 1.5 GW. As stated by ACWA Power CEO Marco Arcelli, this victory will enhance the company’s leadership role while providing momentum for Morocco’s transformation into a key regional hub for sustainable energy solutions.
In addition, the partnership between Gotion High-Tech and the Moroccan government is set to expand further. In June 2024, a strategic investment agreement was signed to establish a new gigafactory dedicated to producing electric vehicle batteries, with an impressive annual capacity of 20 GWh. This investment, valued at 12.8 billion dirhams (around 9.3 billion RMB), will pave the way for localized battery manufacturing and energy storage solutions, thus reinforcing their long-term collaboration within the clean energy space.
In summary, Gotion High-Tech’s contribution to ACWA Power’s success in Morocco symbolizes a significant shift within the renewable energy arena—illustrating how innovative technology and meaningful partnerships can pave the way for a greener future. As the world races towards sustainable energy solutions, Gotion’s expertise and capabilities will be vital in shaping the future of the energy landscape, both in Morocco and beyond.
Topics Energy）
【About Using Articles】
You can freely use the title and article content by linking to the page where the article is posted.
※ Images cannot be used.
【About Links】
Links are free to use.