BNP Paribas

Atawey SAS, founded in 2012 and based in Le Bourget-du-Lac, France, specializes in designing and manufacturing autonomous energy solutions tailored for isolated sites. The company offers a comprehensive system that includes both short-term battery storage for daily needs and long-term hydrogen storage for annual energy requirements, ensuring total electrical autonomy even in challenging weather conditions. Atawey’s products cater to various applications, including isolated industrial sites, tropical and temperate housing, and locations with seasonal energy demands. By utilizing established French technologies, Atawey not only provides reliable and sustainable energy solutions but also emphasizes project management and adaptability to meet specific user needs. The company's commitment to environmental responsibility further enhances its appeal, positioning it as a leader in the provision of clean and efficient energy supply systems.

Metron, based in Paris, France, specializes in software solutions for the management, maintenance, and optimization of energy resources. Founded in 2013, the company operates an energy services platform that processes and analyzes data from industrial sites in real time, interfacing with energy markets to enhance efficiency. Metron employs predictive analytics and big data techniques to help clients identify new opportunities for energy optimization. By leveraging a combination of artificial intelligence, data science algorithms, and human expertise, the firm aims to improve sustainability and productivity for businesses. Additionally, Metron's virtual assistant, METRON-EVA®, supports the deployment of its solutions across various industrial environments, further facilitating the management and optimization of energy flows.

Metron, based in Paris, France, specializes in software solutions for the management, maintenance, and optimization of energy resources. Founded in 2013, the company operates an energy services platform that processes and analyzes data from industrial sites in real time, interfacing with energy markets to enhance efficiency. Metron employs predictive analytics and big data techniques to help clients identify new opportunities for energy optimization. By leveraging a combination of artificial intelligence, data science algorithms, and human expertise, the firm aims to improve sustainability and productivity for businesses. Additionally, Metron's virtual assistant, METRON-EVA®, supports the deployment of its solutions across various industrial environments, further facilitating the management and optimization of energy flows.

DEPsys SA is a Swiss technology company based in Puidoux, Switzerland, established in 2012. It specializes in developing and marketing power grid monitoring systems that manage and control voltage in low-voltage electricity networks. The company's solutions address the challenges posed by decentralized production from renewable energy sources, such as photovoltaic systems and wind turbines, as well as emerging energy storage technologies. By providing innovative and adaptable tools, DEPsys aims to enhance the efficiency and stability of power grids, facilitating the integration of renewable energy into traditional electricity infrastructures.

Metron, based in Paris, France, specializes in software solutions for the management, maintenance, and optimization of energy resources. Founded in 2013, the company operates an energy services platform that processes and analyzes data from industrial sites in real time, interfacing with energy markets to enhance efficiency. Metron employs predictive analytics and big data techniques to help clients identify new opportunities for energy optimization. By leveraging a combination of artificial intelligence, data science algorithms, and human expertise, the firm aims to improve sustainability and productivity for businesses. Additionally, Metron's virtual assistant, METRON-EVA®, supports the deployment of its solutions across various industrial environments, further facilitating the management and optimization of energy flows.

Sunna Design is a France-based company that designs and produces LED and solar lighting solutions. The company offers integrated solar street lights for isolated and urban areas, and specific projects; and smart grids powered by solar energy. It also provides design solutions. Sunna Design’s products are used in public spaces with little to no access to electricity. It was founded in 2011 and is headquartered in Blanquefort, France.

Heliatek GmbH, based in Dresden, Germany, specializes in the development and production of organic solar films and photovoltaic cells. Its flagship product, HeliaSol, is an organic photovoltaics (OPV) solution that can be applied to various surfaces, making it suitable for building retrofitting, automotive applications, and other innovative projects. Heliatek caters to the building and construction material sector, as well as automotive manufacturers, offering tailored products like HeliaFilm for integration into façade and roofing systems. The company is recognized as a leader in organic photovoltaics, leveraging its ultra-light and flexible technology to provide sustainable energy solutions. Established in 2006, Heliatek has formed strategic partnerships with companies such as AGC Glass Europe and Reckli China, and it employs around 160 people across its facilities in Germany. The research and development of its technologies have received support from the Free State of Saxony, the Federal Republic of Germany, and the European Union.

Effigénie SAS, founded in 2011 and based in Lille, France, specializes in energy management software. The company's flagship product, Effipilot, is designed to optimize energy consumption in tertiary buildings, achieving reductions of over 20%. In addition to enhancing energy efficiency, Effipilot also aims to improve the comfort of occupants within these spaces.

Founded in November 2015 with the ambition to become a key energy retail player in France, the company provides an innovative and truly seamless customer experience in a collaborative environment, while offering a 100% green energy at a competitive price. The company also has an ambitious and clear vision for energy services development to complement its energy retail business.

Heliatek GmbH, based in Dresden, Germany, specializes in the development and production of organic solar films and photovoltaic cells. Its flagship product, HeliaSol, is an organic photovoltaics (OPV) solution that can be applied to various surfaces, making it suitable for building retrofitting, automotive applications, and other innovative projects. Heliatek caters to the building and construction material sector, as well as automotive manufacturers, offering tailored products like HeliaFilm for integration into façade and roofing systems. The company is recognized as a leader in organic photovoltaics, leveraging its ultra-light and flexible technology to provide sustainable energy solutions. Established in 2006, Heliatek has formed strategic partnerships with companies such as AGC Glass Europe and Reckli China, and it employs around 160 people across its facilities in Germany. The research and development of its technologies have received support from the Free State of Saxony, the Federal Republic of Germany, and the European Union.

EnerBee SAS, founded in 2014 and based in Grenoble, France, specializes in developing motion-based energy-harvesting solutions aimed at eliminating the need for batteries in both industrial and consumer connected devices. The company focuses on providing its innovative energy harvesters for a variety of applications, including wristwatches, remote sensors, smart home technologies, and industrial systems. By harnessing motion to generate power, EnerBee addresses the significant global demand for autonomous energy solutions, particularly in a market where billions of coin cell batteries are sold annually. With its multi-patented technology, EnerBee is poised to transform how wireless connected objects are powered, offering a sustainable alternative to traditional battery dependency.