First Imagine! Ventures
First Imagine! Ventures is a venture capital firm established in 2016 and located in London, United Kingdom. The firm specializes in early-stage investments, including seed, series A, and bridge financing, primarily targeting the utilities and energy sectors. It focuses on companies involved in electrical equipment, industrial heating, ventilation, air conditioning, refrigeration, and transportation. First Imagine! Ventures seeks to invest in innovative firms that are developing disruptive technologies related to the energy transition, such as green power generation, hydrogen, energy storage, and AI applications in the power sector. The firm typically invests between £1 million and £5 million in equity in companies with an enterprise value ranging from £5 million to £50 million, primarily within Europe and Israel.
Lumenaza GmbH, founded in 2013 and based in Berlin, Germany, operates a software-as-a-service platform that facilitates the buying and selling of renewable electricity. The company emerged from the realization that while many local communities generate green electricity, accessing this energy was often complicated and opaque. Lumenaza's platform employs advanced algorithms to ensure a secure and balanced supply of renewable energy within regional markets. Since launching its software in 2014, Lumenaza has collaborated with municipal utilities, project developers, and energy cooperatives to promote regional electricity products. In 2016, the company enhanced its platform into a comprehensive "utility in a box" solution, enabling it to provide all necessary services for energy management in a modular and automated manner. This innovative approach connects producers and consumers of distributed energy, allowing for efficient monitoring and management of renewable power plants, thereby streamlining operations and reducing costs for its clients.
Moixa Technology develops the Maslow intelligent energy storage solution, enabling homes to store energy and benefit from revenue streams generated by trading energy through GridShare, an SaaS platform that aggregates energy from groups of Maslow energy storage systems. . The company develops smart DC technologies to power DC lighting, computing, electronics from grid-shifted storage or local PV from smart DC hubs, variable DC networks and sockets. The technology and IPR reduces grid peak by shifting DC device load and powering DC devices efficiently without inverters or AC/DC adaptors, together with providing smart control and energy management. The technology aims to address the 1 trillion kwh + lost annually in power conversion, and the significant growing DC demand in homes, offices from ICT, LED lighting and the rise in internet connected devices.
Moixa Technology develops the Maslow intelligent energy storage solution, enabling homes to store energy and benefit from revenue streams generated by trading energy through GridShare, an SaaS platform that aggregates energy from groups of Maslow energy storage systems. . The company develops smart DC technologies to power DC lighting, computing, electronics from grid-shifted storage or local PV from smart DC hubs, variable DC networks and sockets. The technology and IPR reduces grid peak by shifting DC device load and powering DC devices efficiently without inverters or AC/DC adaptors, together with providing smart control and energy management. The technology aims to address the 1 trillion kwh + lost annually in power conversion, and the significant growing DC demand in homes, offices from ICT, LED lighting and the rise in internet connected devices.
Ai Build Limited, based in London, develops artificial intelligence and robotic technologies for large-scale additive manufacturing. The company provides a comprehensive solution for autonomous 3D printing, which includes AiSync, a cloud-based software, the AiMaker robotic extruder, and AiCell, an enclosure for the AiMaker. This integrated bundle enables factories to autonomously produce large-scale products and includes ongoing infrastructure and technical support throughout the subscription period. Established in 2015, Ai Build aims to contribute to a sustainable environment and a more efficient on-demand economy by partnering with innovative companies to implement its disruptive technology across various industrial applications. The team is composed of experts in 3D printing, robotics, computer vision, machine learning, and computational design.
Voltaware Services Ltd is a London-based company founded in 2014 that specializes in real-time electricity consumption monitoring. The company addresses the lack of transparency in household energy bills by providing an energy management platform that empowers consumers to track and optimize their energy usage. Voltaware's energy monitoring device includes built-in sensors that analyze the electrical consumption of various appliances, converting this data into actionable insights. This functionality not only helps users manage their electricity bills but also offers predictive maintenance for equipment and energy-saving advice. By enabling both residential and business users to monitor and control their energy consumption, Voltaware promotes greater energy efficiency without compromising lifestyle.
Aurelia Turbines Oy is a Finnish company founded in 2013, specializing in the manufacture and marketing of two-stage gas turbines. Based in Lappeenranta, Finland, with additional offices in Germany and the United Kingdom, the company leverages technology developed at Lappeenranta University of Technology, which has undergone over 30 years of research in high-speed technology and fluid dynamics. Aurelia holds extensive intellectual property rights related to its core technology and continues to build a robust portfolio of IP protections. The company's strategy focuses on producing a reliable and efficient product through modular components, while retaining core expertise and collaborating with industrial partners for scalability and integration. Financial support comes from various Finnish investors, including Greencampus Innovations Oy and Capillary Oy, as well as funding from the EU H2020 program and local governmental financing bodies.
Moixa Energy is the UK's leading smart storage and cloud aggregation platform.
Ai Build Limited, based in London, develops artificial intelligence and robotic technologies for large-scale additive manufacturing. The company provides a comprehensive solution for autonomous 3D printing, which includes AiSync, a cloud-based software, the AiMaker robotic extruder, and AiCell, an enclosure for the AiMaker. This integrated bundle enables factories to autonomously produce large-scale products and includes ongoing infrastructure and technical support throughout the subscription period. Established in 2015, Ai Build aims to contribute to a sustainable environment and a more efficient on-demand economy by partnering with innovative companies to implement its disruptive technology across various industrial applications. The team is composed of experts in 3D printing, robotics, computer vision, machine learning, and computational design.
Moixa Energy is the UK's leading smart storage and cloud aggregation platform.
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 specializing in advanced protective films and smart window technologies. Founded in 2014 and based in Irvine, California, the company produces thin, flexible transparent electrodes and electrochromic materials that cater to various applications, including automotive, architectural, and solar protection. One of its notable innovations is the Wisp® digital blinds, a retrofit solution that transforms traditional windows into smart windows with adjustable light transmittance. This product allows users to control window tint and transparency wirelessly, enhancing visual comfort, energy efficiency, and integration with smart home systems. iGlass Technology continues to expand its product offerings, with upcoming innovations targeting markets such as rechargeable batteries and touch screens.
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
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