First Imagine! Ventures

Dryad Networks GmbH, based in Berlin with an additional office in Eberswalde, Germany, specializes in advanced fire detection and environmental monitoring solutions for forests. Founded in 2020, the company focuses on developing Internet of Things technology that establishes a comprehensive network for public and private forest owners. This network utilizes a combination of sensor nodes, distributed gateways, and an analytics platform to enable early detection of wildfires, as well as monitoring of forest health and growth. By leveraging mesh networks, edge computing, and artificial intelligence, Dryad aims to protect vital ecosystems and enhance the management of some of the world's most remote and significant woodlands. The company's innovative approach addresses the urgent need to safeguard these critical carbon sinks and natural environments from various threats.

PIONIERKRAFT, founded in 2019 and based in München, Bayern, specializes in sustainable energy solutions aimed at enhancing on-site energy consumption. The company develops products that facilitate the sharing of self-generated renewable energy among neighborhood households, thereby making energy more affordable and accessible. By partnering with owners of photovoltaic systems, PIONIERKRAFT ensures that their self-generated energy is utilized economically and legally, allowing users to meet their daily energy needs sustainably. The company's focus on increasing local energy consumption positions it as a key player in the transition to renewable energy sources.

HelioRec is a company focused on developing floating solar power plants specifically designed for near-shore locations, where approximately half of the global population resides. By utilizing unused water space, HelioRec's innovative technology installs floating solar panels that generate green electricity. This approach not only harnesses renewable energy but also promotes sustainable and cost-effective electricity production, making it an effective solution for addressing energy needs in densely populated areas.

Greenbackers Investment Capital Limited is a private equity and venture capital firm based in Glasgow, United Kingdom, established in 2012. The firm specializes in investing in early-stage and growth capital opportunities within the technology and green sectors, specifically focusing on earth tech, ocean tech, and clean tech. Greenbackers aims to connect disruptive technology providers with a network of climate-focused investors, facilitating funding for innovation and commercial ventures. The firm typically invests between £2 million and £20 million for equity stakes and can provide up to £100 million for asset and project finance, often preferring majority stakes in its investments. Greenbackers primarily targets opportunities in the United Kingdom and North America.

Solar Materials specializes in the environmentally friendly and cost-effective recycling of photovoltaic (PV) modules. The company focuses on improving resource efficiency and reducing the carbon footprint of solar modules by recovering valuable raw materials such as glass, aluminum, silicon, copper, and silver from discarded PV panels. Their technologies aim to create a sustainable cycle for photovoltaics raw materials, contributing significantly to both ecological and economic benefits for their clients.

Lumenaza GmbH is a Berlin-based company founded in 2013 that specializes in developing and operating a software-as-a-service platform for the buying and selling of renewable electricity. The company's platform connects producers and consumers of green distributed energy, utilizing sophisticated algorithms to ensure a secure and balanced supply of renewable electricity within regional communities. Lumenaza's software, available since early 2014, supports the management of renewable power plants, balancing groups, and provides real-time energy management data to market participants. The company has collaborated with municipal utilities, energy cooperatives, and project developers to create regional electricity products. In 2016, Lumenaza expanded its offerings to include a modular and highly automated "utility in a box" solution, which encompasses all services typical of an energy service provider.

HELIOVIS is an engineering and development company specializing in innovative solar technology, specifically designed to generate clean Solar Heat for Industrial Purposes (SHIP) within a temperature range of 90°C to 550°C. The company's flagship product, the HELIOtube®, is an inflatable cylindrical solar collector made from three durable plastic films. This collector operates similarly to a parabolic trough, concentrating sunlight onto a linear thermal receiver and delivering thermal power of 0.9 MWpth. Since its demonstration in a full-scale industrial application in Spain in 2017, the technology has proven to offer significant cost advantages, with reductions of up to 55% in capital expenditure and 20% in operational expenditure compared to traditional glass mirror systems. HELIOVIS’s innovative approach makes it suitable for various industrial applications, including emission-free water desalination, and positions it favorably against fossil fuel alternatives. The company holds an extensive intellectual property portfolio, ensuring the protection of its technology and innovations.

Moixa Technology Ltd., established in 2005 and headquartered in London, specializes in developing energy storage systems for residential and commercial applications. The company offers a range of products, including battery systems, DC sockets, and DC LED lighting solutions, designed to optimize renewable energy usage and reduce costs. Moixa's GridShare software, integrated with its hardware, employs AI to learn and adapt to individual energy consumption patterns, maximizing savings and enabling users to harness solar power both day and night. The company serves a diverse range of clients, from utilities and network operators to homeowners and commercial markets, and operates as a subsidiary of Moixa Energy Holdings Ltd.

Ai Build Limited is a London-based company specializing in artificial intelligence and robotic technologies for large-scale additive manufacturing. Established in 2015, the firm provides a comprehensive solution that includes cloud-based software, robotic extruders, and specialized enclosures to facilitate autonomous 3D printing of large products. Their technology allows factories to produce complex parts and structures using recycled materials, enhancing efficiency while minimizing waste and costs. Ai Build supports various industries, including aerospace, automotive, marine, construction, and energy, by offering continuous infrastructure and technical support throughout the subscription period. The company's mission is to transform manufacturing into a more sustainable and accessible process, empowering the factories of the future with innovative solutions for on-demand production.

Voltaware is a company focused on enhancing transparency in household energy consumption and billing. Comprised of professionals from various industries, the organization recognized a significant gap in the clarity of energy costs faced by consumers. To address this issue, Voltaware developed an energy monitoring device equipped with an inbuilt sensor that tracks electricity usage across different appliances. This device not only provides detailed insights into energy consumption but also offers predictive maintenance features and energy-saving advice. By empowering both residential and business users with the tools to monitor and optimize their energy habits, Voltaware aims to help consumers make informed decisions about their energy usage and secure better energy offerings while promoting efficiency without compromising their lifestyle.

Aurelia Turbines Oy, founded in 2013 and based in Lappeenranta, Finland, specializes in the manufacture and marketing of two-stage gas turbines. The company has successfully commercialized technology developed at Lappeenranta University of Technology, backed by over 30 years of research in high-speed technology and fluid dynamics. Aurelia's gas turbines are designed to enhance the performance of small and medium-sized enterprises by utilizing a low-emission combustion process capable of operating on hydrogen, biogas, synthetic gas, and other renewable fuels. This innovative approach allows businesses to reduce operating costs while improving performance and minimizing environmental impact. The company retains extensive intellectual property rights related to its core technology and collaborates with world-class industrial partners to ensure scalability and ease of integration. Aurelia has received financing from various Finnish investors and was among the first in Europe to secure funding from the EU H2020 program, reflecting its commitment to developing high-efficiency and reliable energy solutions.

Moixa Technology Ltd., established in 2005 and headquartered in London, specializes in developing energy storage systems for residential and commercial applications. The company offers a range of products, including battery systems, DC sockets, and DC LED lighting solutions, designed to optimize renewable energy usage and reduce costs. Moixa's GridShare software, integrated with its hardware, employs AI to learn and adapt to individual energy consumption patterns, maximizing savings and enabling users to harness solar power both day and night. The company serves a diverse range of clients, from utilities and network operators to homeowners and commercial markets, and operates as a subsidiary of Moixa Energy Holdings Ltd.

Ai Build Limited is a London-based company specializing in artificial intelligence and robotic technologies for large-scale additive manufacturing. Established in 2015, the firm provides a comprehensive solution that includes cloud-based software, robotic extruders, and specialized enclosures to facilitate autonomous 3D printing of large products. Their technology allows factories to produce complex parts and structures using recycled materials, enhancing efficiency while minimizing waste and costs. Ai Build supports various industries, including aerospace, automotive, marine, construction, and energy, by offering continuous infrastructure and technical support throughout the subscription period. The company's mission is to transform manufacturing into a more sustainable and accessible process, empowering the factories of the future with innovative solutions for on-demand production.

Moixa Technology Ltd., established in 2005 and headquartered in London, specializes in developing energy storage systems for residential and commercial applications. The company offers a range of products, including battery systems, DC sockets, and DC LED lighting solutions, designed to optimize renewable energy usage and reduce costs. Moixa's GridShare software, integrated with its hardware, employs AI to learn and adapt to individual energy consumption patterns, maximizing savings and enabling users to harness solar power both day and night. The company serves a diverse range of clients, from utilities and network operators to homeowners and commercial markets, and operates as a subsidiary of Moixa Energy Holdings Ltd.

ARDN Technology team is developing a universal platform with a high cargo carrying capacity for a global market. This unmanned VTOL platform features separation of lifting and steering rotors as the fundamental aerodynamic principle. The development of SKYF Platform started in 2014. The debut flight of a full-size prototype took place in the spring of 2016. Our Technical Team is heavily involved in the creation of a new mathematical model and the development and implementation of a unique flight control system that is considerably different from flight control systems applicable to quadcopters and other multirotors. As of 2017, over 30 technical experts are engaged in the development of the platform. We run continuous tests and implement ongoing prototype improvements.

iGlass Technology, Inc. is a manufacturer based in Irvine, California, specializing in advanced protective films and electronically controllable smart windows. Founded in 2014, the company has developed innovative products, including the Wisp® digital blinds, which are transparent, flexible films that allow for digitally adjustable light transmittance. These digital blinds can be retrofitted onto existing windows, offering features such as wireless power and digital sunlight controls that enhance energy efficiency and comfort in both homes and offices. iGlass Technology also focuses on diverse market applications, including automotive, architectural, and solar protection, as well as touch screens and displays. The company's commitment to integrating smart technology into building design positions it as a leader in the evolving market of smart window solutions.

NAFEN™ – Aluminum Oxide Nano fibers have been developed in a pilot manufacturing facility in Tallinn, Estonia since 2011. The product is synthesized by the method of controlled liquid phase oxidation, which ensures a high production rate. The test facility has proven the efficacy of the production process for delivering volumes of high-quality aluminum oxide nano fibers in excess of 0.5 kilograms per hour in a continuous production cycle 24/7, 3 000 kg per year. The production process has been patented, allowing ANF Technology to develop sales channels and research partners without jeopardizing potential market share of the nano fiber market. The production process allows for increases in volume up to 100 times the current production levels, thus eliminating the main roadblock in the nano fiber industry (lack of industrial scale production capacity). NAFEN™ is the revolutionary nanomaterial of the next technological wave for which nanotubes have been preparing the world for over 20 years. Having this industrial technology at hand, numerous NAFEN™- inside solutions will be developed and implemented. NAFEN™ provides a unique combination of properties including controllable diameter of 7 to 40 nm, length of over 150 millimeters, high tensile strength, vast surface area, chemical inertness, stability against radiation, and thermal stability. • fiber diameter is controllable by production parameters, from 7 to 40 nm • individual fiber length up to 150 mm supplied in co-aligned or random structure • bulk density 0.09–3.5 g/cm3 • supplied in dry form or dispersed in water or alcohols