EASME

BroadBit Batteries is focused on the development of innovative sodium-based batteries aimed at supporting the green economy. Utilizing metallic sodium chloride, these batteries are engineered to recharge in a matter of minutes, making them suitable for various applications including next-generation electric vehicles, portable electronics, starters, and grid energy storage. The company has successfully produced high-performance lab samples and is in the process of commercializing this technology, providing enterprises with access to high-power, cost-effective batteries while minimizing environmental impact.

Passive Shower is a mix between a shower tray and a heat recovery exchanger, an easy way to fit in all the houses without problem, a energy saver system. They recover the energy of hot water who goes to the drain.

LeydenJar Technologies B.V. is a Netherlands-based company founded in 2016 that focuses on enhancing lithium-ion battery performance through the development of pure silicon anodes. By replacing traditional graphite anodes with innovative nanoporous silicon, LeydenJar Technologies significantly increases energy density, achieving a 70% improvement over current standards. This advancement not only leads to batteries with higher energy density of 1350Wh/L but also reduces costs by 20% and lowers the carbon footprint by 85%. The company's commitment to greener, more efficient battery technology positions it as a key player in the energy storage market.

Place to Plug is an EV charging platform powered by AI and Blockchain that connects EV drivers and charging points. We are creating an extensive global wide charging network by bringing together disperse public and private charging points in one collaborative platform. Our vision: to be a referral electric vehicle charging platform worldwide.

Ampaire Inc. is a company that designs and develops electric-powered commercial aircraft, aimed at making aviation cleaner, quieter, and more accessible. Founded in 2016 and headquartered in Hawthorne, California, Ampaire focuses on innovative solutions in energy storage, propulsion, and aircraft architecture. Their custom propulsion systems are scalable, allowing for various aircraft sizes while significantly reducing operational costs and minimizing carbon emissions. As a portfolio company of the Los Angeles Cleantech Incubator, Ampaire is committed to addressing climate change through low-emission aviation technologies, enhancing the efficiency and sustainability of air travel.

Tiamat, founded in 2017 and based in Amiens, France, specializes in the design, development, and manufacturing of sodium-ion battery cells aimed at mobility applications and stationary energy storage. Spun off from the CEA/CNRS, the company utilizes advanced sodium-ion technology, particularly in its 18650 cells, which offer notable advantages such as fast charging, high power density, and enhanced cycle life. Tiamat focuses on further refining its technology and aims to qualify its prototypes through collaborations with various industrial partners and end users, providing innovative and long-lasting energy storage solutions.

Hydrogenics Corporation designs, develops, and manufactures hydrogen generation and fuel cell products utilizing water electrolysis and proton exchange membrane (PEM) technologies. The company operates through two main segments: OnSite Generation and Power Systems. The OnSite Generation segment offers hydrogen generation products, including alkaline electrolyzers branded as HySTAT and HyLYZER, which are tailored for both indoor and outdoor applications, primarily targeting industrial customers in need of high purity hydrogen produced on-site. The Power Systems segment provides PEM fuel cell products under the HyPM brand for various applications, including motive power for vehicles and stationary power solutions, catering to original equipment manufacturers and system integrators. Hydrogenics maintains a global presence with operations in Canada, Belgium, and Germany, and distributes its products through a direct sales force and a network of distributors. The company has also partnered with Air Liquide to advance PEM electrolysis technologies. Headquartered in Mississauga, Canada, Hydrogenics has been a subsidiary of Cummins Inc. since September 2019.

At 3DBattery they are committed to creating the best possible products for your business, with the utmost care and quality that you truly deserve. To us, the job is not complete until we know that their customers are satisfied with the end-results. Their ultimate goal is to make it easier for you to run your business. Keep reading to learn more about their values, or contact us for more details. 3DBattery (3DB) is a start up company specializing in the design, development and manufacture of innovative energy storage solutions suitable for the emerging needs of flexible and portable electronic devices such as flexible and wearable electronics, energy harvesting devices, IoT, Surface-mount technology(SMT) and medical devices.

VELLO bike is the first self-charging folding e-bike. It is lighter than any other e-bike on the market, regenerates energy while riding with its kinetic energy recovery system so that it offers an unlimited range and folds down from a full-sized bicycle to luggage size within seconds. With its signature fold, it becomes the perfect companion for your travels by airplane, train, car or bus, and lets you experience the city your way – anywhere and with unlimited freedom to explore.

Pexapark AG is a Swiss company established in 2017 that provides a renewable energy investment platform designed to optimize solar, wind, and hydro investments. Based in Schlieren, the company specializes in software and advisory services focused on post-subsidy renewable energy sales and risk management. Its platform, PEXA®connect, facilitates the entire energy trading and sales workflow, including price discovery, analytics, execution, and monitoring across 18 countries. Pexapark assists renewable investors in selling their energy and managing transactions related to power purchase agreements (PPAs). Additionally, the company offers tools for structuring power sales and monitoring energy risks, thereby enabling clients to effectively navigate the complexities of the renewable energy market.

envelio GmbH, founded in 2017 and based in Cologne, Germany, specializes in developing software and algorithms aimed at enhancing the planning and operation of energy networks. Its primary offering, the Intelligent Grid Platform (IGP), serves as a modular software solution that assists distribution grid operators in digitizing and automating their processes. The IGP includes applications for data quality, grid planning, and grid operation, which help identify and rectify data inconsistencies and optimize congestion management. By leveraging artificial intelligence and mathematical optimization, envelio’s platform supports the integration of numerous distributed energy resources and smart meter data, enabling grid operators to manage the complexities of modern power grids while facilitating a smoother energy transition.

Utonomy Ltd. is a company based in Southampton, United Kingdom, that specializes in manufacturing technology to optimize pressure in gas distribution networks. Founded in 2015, Utonomy's innovative solutions allow network operators to automate pressure management, addressing large seasonal and daily variations in demand. By retrofitting existing infrastructure with its patented controllers and utilizing cloud-based software powered by artificial intelligence and machine learning, Utonomy significantly reduces methane leakage—a potent greenhouse gas. The company’s technology not only enhances the safety and reliability of gas networks but also facilitates the integration of biomethane, helping operators comply with regulatory requirements while minimizing environmental impact. Utonomy serves clients both in the United Kingdom and internationally.

The Batteries, founded in 2015 by a team of experienced engineers and managers, specializes in the design and manufacturing of advanced thin-film batteries. With over 15 years of expertise in vacuum-based equipment and in-line technological processes, the company focuses on delivering high-quality, cost-efficient manufacturing solutions. Its rechargeable batteries offer significant advantages over conventional lithium-ion batteries, including more than double the energy density, enhanced durability in aggressive environments, and rapid charging capabilities without the risks of fire or explosion. This combination of technological innovation and economic efficiency positions The Batteries as a reliable provider of alternative energy resources for various industries.

BuffaloGrid is a company focused on providing mobile power and connectivity solutions to underserved markets, particularly in off-grid areas. Its innovative technology aims to bridge the digital divide by offering solar-powered phone charging systems and access to digital content and services. By enabling smartphone users in frontier markets to utilize their devices more effectively, BuffaloGrid seeks to enhance their quality of life and business opportunities. The company's mission centers on connecting billions of overlooked customers, empowering them with essential mobile digital services that can lead to significant improvements in their daily activities.

Carbon Clean specializes in carbon dioxide recovery technology tailored for industrial applications, focusing on the decarbonization of power plants and utilities. The company has developed a patented carbon capture process that utilizes a proprietary regenerable advanced solvent and enhanced energy integration, allowing for the removal of up to 90% of carbon dioxide from flue gases. This energy-efficient technology is designed to be both cost-effective and adaptable, suitable for integration into new facilities or retrofitting existing ones. By providing industrial-quality carbon dioxide for reuse or sequestration, Carbon Clean enables its clients to adopt scalable and affordable carbon capture solutions. The company operates multiple research teams and facilities worldwide, commercializing its innovative technology for a diverse range of global customers.

TESVOLT GmbH, established in 2014 and headquartered in Wittenberg, Germany, specializes in the development and manufacturing of lithium battery storage systems aimed at the commercial and industrial sectors. As a recognized leader in energy storage solutions in Germany and Europe, TESVOLT produces intelligent lithium storage systems with power capacities ranging from 10 kilowatt hours to several megawatt hours, all manufactured in a carbon-neutral gigafactory. Their products facilitate companies in reducing energy dependency and contribute to the transition toward renewable energy sources, including solar, wind, and biogas. The company has been acknowledged with various awards for its innovative approaches, driven by its co-founders Daniel Hannemann and Simon Schandert, who have extensive experience in the photovoltaic sector. TESVOLT's focus on developing economical storage solutions is complemented by its commitment to safety and quality, as evidenced by TÜV certification for its products.

Ideol is a global and pure player in floating foundations for offshore wind and has been engineering and accompanying floating offshore wind projects from conception to installation since 2010. Recipient of numerous innovation and entrepreneurship awards and recognized as one of the most promising cleantech companies, Ideol’s fully integrated team of over 60 experts and engineers has patented numerous innovations of which its globally acclaimed Damping Pool ®. A prestigious panel of international private and public investors have been supporting the company’s growth since its creation.

Elcogen is a manufacturer and developer of high-performance anode-supported Intermediate Temperature Solid Oxide Fuel Cells (IT-SOFC) and Solid Oxide Fuel Cell (SOFC) stacks, utilizing proprietary materials and technological solutions. Established in 2001, the company aims to facilitate a clean energy future through its innovative fuel cell technology, which significantly reduces emissions from natural gas systems while providing twice the power for the same amount of gas. Elcogen's solid oxide fuel cells are recognized for their efficiency, enabling effective energy conversion, reversible operation for both power generation and hydrogen production, and flexibility in fuel use. This technology not only supports renewable energy generation but also contributes to the production of green hydrogen, offering industries an efficient means to reduce costs and enhance sustainability.

HAKOM Solutions is the technical leader in the energy industry for time series management. Its technology both enables and accelerates innovation. their solution include standard software, professional services, and support services.

Electrex manufactures energy-saving technology solutions for energy efficiency and energy automation applications. They offer instruments and software for energy measurement, energy saving, consumption, and production management. Their monitoring and management solutions are used in energy efficiency and energy automation applications in industrial, commercial, residential, public buildings, and renewable energy systems and allow a quick return on investment.

Hydrogenics Corporation designs, develops, and manufactures hydrogen generation and fuel cell products utilizing water electrolysis and proton exchange membrane (PEM) technologies. The company operates through two main segments: OnSite Generation and Power Systems. The OnSite Generation segment offers hydrogen generation products, including alkaline electrolyzers branded as HySTAT and HyLYZER, which are tailored for both indoor and outdoor applications, primarily targeting industrial customers in need of high purity hydrogen produced on-site. The Power Systems segment provides PEM fuel cell products under the HyPM brand for various applications, including motive power for vehicles and stationary power solutions, catering to original equipment manufacturers and system integrators. Hydrogenics maintains a global presence with operations in Canada, Belgium, and Germany, and distributes its products through a direct sales force and a network of distributors. The company has also partnered with Air Liquide to advance PEM electrolysis technologies. Headquartered in Mississauga, Canada, Hydrogenics has been a subsidiary of Cummins Inc. since September 2019.

SaltX Technology Holding AB specializes in the development and sale of innovative energy storage solutions. The company has created and patented a groundbreaking technology that enables the storage of energy in salt crystals. This unique approach allows for efficient conversion of stored energy into heating and cooling applications. By leveraging the properties of salt, SaltX aims to provide sustainable energy storage options that contribute to the future of energy management.

Trameto is developing intelligent, ultra-efficient power management devices for universal micro energy harvesting - to enable applications such as ‘self-sustaining’ autonomous wireless devices for the internet of things.

3E is a SaaS company that provides digital solutions and expert services to help renewable energy assets perform better. As a trusted data services partner, it provides future-proof and simple-to-implement solutions throughout the life of a project, assisting developers, asset managers, operators, investors, EPC contractors, and IPPs. SynaptiQ, 3E's one-stop digital platform, offers a comprehensive set of SaaS solutions for development, operational asset management, and analytics. Furthermore, 3E provides a variety of expert services for engineering, technical, and strategic decision support.

Solelia Greentech specializes in providing solar-powered charging solutions for electric vehicles. The company develops charging stations that harness solar energy, allowing users to recharge their electric and hybrid vehicles with 100% renewable energy. Its clientele includes real estate companies, municipalities, and business organizations seeking sustainable energy alternatives for vehicle charging. In addition to solar charging infrastructure, Solelia Greentech offers comprehensive services that include financing solutions, branding support, maintenance, and payment processing. This focus on non-polluting energy sources positions Solelia Greentech as a leader in promoting environmentally friendly transportation options.

X1 Wind is a Barcelona-based company focused on developing innovative floating wind platforms designed for deep-water offshore wind energy. Founded in 2017, the company has engineered a floating system that significantly reduces costs by 50% and weight by 80% compared to traditional floating solutions. Its design minimizes the number of active systems, allowing for simplified installation and maintenance. The platform can be fully assembled at the port and deployed using a small tug boat, enhancing operational efficiency. X1 Wind's technology aims to provide a scalable and sustainable energy solution, contributing to the global transition toward clean and affordable energy while also helping to reduce carbon emissions.

VoltStorage GmbH, based in Olching, Germany, specializes in developing and producing power storage devices that utilize eco-friendly redox flow technology. The company's flagship product, VoltStorage, is a vanadium redox flow battery system designed to store excess electricity generated by solar panels during the day for use at night. This innovative approach enables homeowners to access renewable energy around the clock, promoting sustainability and environmental responsibility. In addition to its products, VoltStorage offers installation and technical support services, ensuring customers can effectively integrate these systems into their homes. The company aims to make renewable energy more accessible and contribute to a cleaner, fairer world for future generations.

Integro-SD specializes in the production of organic fertilizers and, as a derivative, on renewable energy sources. The company is a part of MacHOUSE Holding (Ukraine). The company Integro tries to popularize, develop, and maintain the culture of waste processing and production of renewable energy sources for the benefit of the nation. In 2011, the company Integro mastered the technological process of sustainable anaerobic processing of pure chicken manure with no additives and chemical treatment using reactors of its own manufacture. The company Integro is the author of the original BGU design. In 2012, Integro built the first mobile biogas unit (experimental version) for processing 100 per cent pure chicken manure. In 2014, Integro finished the construction of biogas plant in Kyiv region, Ukraine for processing 1 ton of pure chicken manure per day. Biogas plants by Integro's technology solve the problem of utilization of poultry plants' waste and other agricultural waste due to flexibility of technological process. Biohumus produced in our biogas plant can create the fertile soil layer from the scratch or restore exhausted soil. It is 100 per cent organic and contains no chemicals or other additives. Biohumus is produced from pure chicken manure.

GEV Wind Power specializes in comprehensive maintenance and engineering services for the wind energy sector, focusing primarily on rotor blade maintenance and inspection. Initially serving a single turbine manufacturer in Europe, the company has expanded its offerings to include fabric and tower services for owner-operators, utilities, and major turbine manufacturers worldwide. As a leading independent service provider, GEV Wind Power is recognized for its technical expertise and innovative solutions. The company maintains a strong commitment to technician training, ensuring its workforce meets high industry standards and can adapt to the evolving needs of the market. GEV Wind Power also emphasizes research and development, investing in new technologies to enhance service delivery and reduce energy costs. Its diverse range of services positions the company as a crucial partner for clients within the energy services sector.

DiGas, founded in 2012 and based in Riga, Latvia, specializes in advanced dual fuel technology for high horsepower diesel engine applications, particularly in locomotives. The company has developed a leading dual-fuel solution that offers performance comparable to traditional diesel engines while providing significant cost savings and reducing carbon dioxide emissions with minimal particulate output. DiGas serves clients in various sectors, including transportation and energy, by offering a range of services such as feasibility studies, commercial proposals, detailed technical projects, and after-sale support. The company's commitment to addressing client needs has fostered long-term partnerships and established a reputation for high-quality customer service and training in dual-fuel systems.

Adaptive Balancing Power GmbH, founded in 2016 and located in Darmstadt, Germany, specializes in power storage systems, particularly through its innovative flywheel technology. This energy storage solution is designed to manage fluctuations in renewable energy output and enhance grid stability. The company's adaptive flywheel energy storage system plays a crucial role in enabling a cost-effective transition to sustainable energy, allowing for the decommissioning of conventional power plants while ensuring reliable power supply. Unlike traditional batteries, this system offers consistent performance over its lifespan, making it suitable for various applications, including electric vehicle infrastructure and fast charging cycles. Additionally, its high efficiency and longevity contribute to significant reductions in emissions, further supporting environmental sustainability efforts.

VisBlue is a private company focused on the production and development of vanadium-based redox flow battery systems. Their technology allows for the independent scaling of electrical power and storage capacity, making it suitable for residential homes and small to medium-sized enterprises. VisBlue aims to enhance the utilization of solar and renewable energy systems by providing solutions that enable effective energy storage. The company's batteries are designed with sustainability in mind, incorporating recyclable materials that facilitate responsible end-of-life disposal. With expertise in battery development, power electronics, and market adaptation, VisBlue is committed to meeting the energy storage needs of housing associations, self-governing institutions, and municipalities.

MEMBRASENZ GmbH was founded in June 2015 by Dr. Jelena Stojadinovic and Prof. Dr. Fabio La Mantia. The company's mission is to supply innovative gas separator solutions for electrolyzers’ industry and make hydrogen universally accessible. Moreover, MEMBRASENZ’s vision is to be the supplier of resource supporting products enabling the sustainability of sense and integrity based energy systems. The company is a spin-off of the Center for Electrochemical Sciences at the Ruhr-University Bochum. MEMBRASENZ has been supported by German Ministry of Economy and Energy BMWi (EXIST grant), Cluster of Excellence RESOLV "Ruhr Explores Solvation" and Horizon 2020 EU Framework Programme for Research and Innovation.

Leclanché designs, develops, and manufactures customized energy storage solutions for electricity generation and transmission, mass transportation, heavy industrial machines and speciality batteries. This battery energy storage solution provider offers multi-technology lithium-ion battery systems designed to meet specific application needs within a given operating environment. With a long history dating back to 1909, Leclanché has always placed a focus on transparency, quality management and sustainability during every stage of the production life-cycle.

Albufera e-Power specializies in the development of aluminium-air batteries and the distribution of energy storage solutions. It operates as a subsidiary of Albufera Energy Storage. Albufera e-Power, through its CELION y SELENE projects, envisages the use of second-life batteries in other electric mobility and smart city applications.

Suntherm is a developer of innovative thermal energy storage systems aimed at transforming residential heating solutions. The company has created the SmartHeat system, known for its advanced features, including a specialized heat pump and a compact heating battery that allows for extended heat storage, surpassing traditional technologies. By integrating these components, Suntherm provides a low-cost alternative for energy storage, contributing to more efficient heating solutions for households.

dynamic E flow is a high-tech company, specialized in hollow conductor cooled (capcooltech®) electric motors since 2014. dynamic E flow GmbH (DEF) is a high-tech start-up company with expertise in capcooltech® cooled electric motors. As a leading competence center for directly cooled electric motors, we develop and manufacture special machines, prototypes and small series for a wide range of industries. The capcooltech® hollow conductor cooling system developed and patented by DEF enables new dimensions of performance and efficiency. This is proven by machines in the aerospace, automotive, truck, machine tool and automation industries. The idea for its cooling technology for electric motor systems, capcooltech®, was born when the founders first experienced an overheated electric car engine. Winner of three innovation awards, dynamic E flow uses hollow copper wires instead of solid wires for the motor winding. This prevents overheating and allows its electric motors to deliver twice the power without changing size.

KoolZone offers real-time remote monitoring solutions for the hospitality and healthcare industry. By placing advanced discreet wireless sensors inside refrigeration units, supported by a simple, inuitive SaaS software platform, KoolZone automates the capture, storage, analysis and reporting of real-time temperature measurements. They use this data to increase Health & Safety compliance, prevent food waste and help reduce refrigeration energy costs.

SunOyster Systems develops the SunOyster, a new concentrating solar technology which is able to convert the energy of the sun into both heat and electricity from the same device, achieving efficiencies higher than anything else available in the market. For use in industry and smart homes. Inspired from nature: The automatic control system closes down the mirrors to a secure position in case of stormy weather - the “Oystering position”. The heart of the SunOyster is a hybrid receiver which combines the best of Concentrated Solar Power (CSP) and Concentrated Photovoltaics (CPV) technology: The 4 m long receiver is protected by a borosilicate glass tube filled with nitrogen. Inside the tube special glass lenses concentrate the light a second time to a geometric concentration of approx. 500 suns. Special solar cells with an efficiency of up to 44% convert the sunlight directly into electricity. The cells are actively cooled by a heat transfer fluid. This fluid, can reach temperatures up to 170 °C. The SunOyster can convert 75% of the solar radiation into heat + power and in this way it is definitely superior to the standard solar technologies! On top of this it can turn heat into cold with the help of thermal chillers. Especially suitable for hotels, offices and private houses with a pool: With this ”Tri-generation“ in sunny regions the SunOyster will generate the cheapest solar energy wherever heat or cold are needed.

Albufera Energy Storage is a private small to medium-sized enterprise established in March 2013, focused on developing sustainable energy storage solutions. The company specializes in advanced electrochemical battery technologies, particularly those based on aluminum. Albufera is dedicated to the production and commercialization of aluminum-air batteries, providing clients in the electrochemical and industrial sectors with innovative and environmentally friendly power alternatives. Its services encompass marketing, consulting, and distribution of batteries, alongside ongoing research and development in energy storage systems, enabling clients to incorporate cost-effective and viable energy solutions.

Nerve Smart Systems develops and markets a disruptive battery-management system called "Nerve Switch® " - a semiconductor-based switch device that allows for specific and individual control of battery cells according to their state of health and state of charge in large-scale battery systems. It ensures a dynamic topology for battery systems and incorporates second life directly by maximizing battery capacity usage. Due to its ability to control the active number of cells, most DC/DC power electronics are made redundant. The increased number of zero emission ports, are generating a demand for high-efficiency battery systems and high-power charging for e-vessels. Hence the continued development of applications to the maritime sector are an important focus area for the Nerve Switch® technology. Nerve Smart Systems has received an EU Horizon 2020 grant for the development of the Nerve Switch® battery backed High Power Charging system

Gomecsys BV is a Dutch engineering company that develops fuel saving internal combustion engine technology. The focus is on Variable Compression Ratio (VCR) engines and the first prototype was developed in 2000.

Easelink is focused on creating innovative solutions for electric vehicle charging through its proprietary MATRIX CHARGING® technology. This automated conductive charging system eliminates the need for manual plugging and unplugging by allowing vehicles to charge automatically when parked over a stationary charging pad. The design features no moving parts outside the vehicle, making it both efficient and scalable. Easelink aims to enhance the user experience of electric vehicle owners, facilitating a seamless and convenient charging process that aligns with the growing demand for smart living solutions.

ZeroPoint Technologies specializes in advanced memory compression technology that enhances energy efficiency and performance in data centers and smart devices. As energy consumption in the ICT sector rises, ZeroPoint's solutions address the need for improved performance per watt by eliminating unnecessary information from microchips. Their technology, which combines rapid data compression, real-time data compaction, and effective memory management, can deliver up to 50% more performance per watt. This innovation not only allows data centers to optimize energy usage but also enables smart device developers to enhance user experience without sacrificing battery life. With a strong patent portfolio and a foundation rooted in high-performance computing research, ZeroPoint collaborates with leading industry players to integrate its hardware IP into system-on-chip designs. The company, established by experts from academia and industry, has attracted talent from various sectors and successfully raised venture capital to support its growth and technological advancements.

Pydro GmbH, founded in 2016 and based in Hamburg, Germany, specializes in developing modular water turbines aimed at enhancing pressure management and energy recovery within water pipe networks. The company offers two primary products: the PT1 Pydro Turbine, designed for powering monitoring equipment, and the PT2 Pydro Turbine, which supports pressure management devices, chlorination systems, remote terminals, and sump pumps. Pydro's technologies focus on creating compact energy recovery solutions that are eco-friendly and self-sustaining. Their self-powered flowmeter, equipped with IoT sensors, harnesses the energy from flowing water to operate without external power, enabling precise monitoring of flow, pressure, and temperature in water systems. This innovation allows for effective device-to-cloud communication, making it suitable for large-scale deployment in water utilities and distribution networks.

EDS HV Group specializes in high voltage engineering and consulting services, focusing on the design and installation of wind farm construction projects. Based in Barrow-in-Furness, United Kingdom, the company offers a comprehensive range of services that encompass high voltage commissioning, fault management, termination, testing, and ongoing operation and maintenance. With years of expertise, EDS HV Group is dedicated to providing high-quality solutions for both onshore and offshore wind farms. The firm prides itself on its ability to deliver professional engineering services around the clock, ensuring reliable support for its clients throughout the entire project lifecycle—from initial design to final connection and commissioning.

Kitemill specializes in the development of airborne wind energy technology, which aims to transform the wind power industry by harnessing high-altitude winds. The company's innovative system features a kite connected to a ground-based generator via a tether, allowing for the efficient capture of strong and stable wind resources. This approach not only enhances the availability of renewable energy but also significantly reduces material usage, leading to improved cost efficiency. Kitemill's technology is positioned to play a crucial role in the global transition towards a zero-emission energy sector, offering a safe and low-cost method of producing renewable energy that could surpass the financial implications of solar and traditional wind power plants.

Stalsmidjan Framtak provides automated anode fork repair system for the aluminium rodding plant. The history of Stalsmidjan ehf. extends back to the year 1933. Ship repairs and conversions have always been the mainstream of the company's operations. The first steel boat to be built in Iceland was built by Stalsmidjan in 1955, a tugboat with 1000 hp main engine, for the Reykjavík Harbour Authorities. In 1962 Stalsmidjan also built the first Icelandic steel fishing boat. There is a long ship building tradition in the company, which has constructed and modified a total of 36 steel vessels, up to 68 meters in length. Stalsmidjan operates its own slipway in Reykjavík Harbour and a carpenter’s workshop, specialized in ship works and renovations of older woodwork. Stalsmidjan has wide experience in new buildings, improvements and maintenance work both for hydro electric power stations and steam turbine stations as well as in energy distribution systems. Framtak ehf. was founded in the year 1988. In the year 2000 Framtak bought the company Blossi hf, and established the daughter company Framtak-Blossi ehf. This company covers specialized diesel-tuning and automotive workshops, and is authorized as "Bosch Diesel Centre" in Iceland. It also operates a retail shop and services for the metal industry. Earlier, the main focus was on the marine sector and Framtak has covered some of the largest and most complicated machinery repair and installation projects, both for Icelandic and foreign owners, but later the land-based industry and the Icelandic power industry became more important factor in the company’s activities. This change in policy lead to contracts with prime companies in the power supply sector, like Orkuveita Reykjavikur, HS Orka, and Landsvirkjun, among others, and Framtak has undertaken and overseen some of the largest and most complicated geothermal power plant projects in Iceland in the recent years. In December 2006 Stalsmidjan bought all shares in Framtak and Framtak-Blossi ehf. and henceforth they worked closely together, with mutual office and workshop facilities in new housing in Gardabaer and a big workshop at Grundartangi. In 2013, Stalsmidjan and Framtak merged as Stalsmidjan – Framtak ehf. and is now one of the biggest company of its type in Iceland, offering a wide range of services and solutions in the machine, shipping and metal industry.

Ocean Harvesting Technologies AB, founded in 2007 and based in Karlskrona, Sweden, specializes in the development of wave power technology that converts wave energy into electricity. The company's primary product is the Infinity Wave Energy Converter (WEC), which integrates advanced energy storage solutions to enhance power capture and ensure a smoother output. Initial developments included a gravitational energy storage system, which evolved to incorporate a flywheel and infinitely variable transmission for improved force control, akin to Kinetic Energy Recovery Systems used in vehicles. In December 2017, the company finalized the design for the 500 kW Infinity WEC, utilizing a lightweight ball screw actuation system to efficiently translate the buoy's motion into rotary energy. Ocean Harvesting Technologies is currently preparing to build a half-scale test rig for the WEC machinery, which will undergo testing as part of initiatives aimed at validating the technology before deploying it in real-world marine environments.

It started up their activities in 2011 launching MVScada. Founders are two young friends: A electrical engineer degree and a code developer. They are a young team. MVScada is a SCADA web-based to controlling renewable energy plants, with a specific philosophy: High tech and low cost. It has been improved including new features and usability. In addition Megavatio's team has launched other software solutions: One of them focused in energy consumption and others custom solutions for several specifics clients.

LeydenJar Technologies B.V. is a Netherlands-based company founded in 2016 that focuses on enhancing lithium-ion battery performance through the development of pure silicon anodes. By replacing traditional graphite anodes with innovative nanoporous silicon, LeydenJar Technologies significantly increases energy density, achieving a 70% improvement over current standards. This advancement not only leads to batteries with higher energy density of 1350Wh/L but also reduces costs by 20% and lowers the carbon footprint by 85%. The company's commitment to greener, more efficient battery technology positions it as a key player in the energy storage market.

SVA is an engineering R&D company with the focus on development and international sales of innovative, patented technologies helping to reduce CO2 emission by using renewable energy for heating and cooling of the buildings, heat energy accumulation and transformation. SVA is committed to scientific approaches in developing simple, smart engineering innovations helping to promote environmentally friendly solutions by employing solar energy in our every day private and business lives.

HSL Technologies specializes in innovative hydrogen transport and storage solutions, centered around a breakthrough product known as HydroSil. This technology allows hydrogen to be safely transported using conventional infrastructures, thereby minimizing risk. The company has designed a hydrogen-based liquid carrier that enables efficient charging and releasing of hydrogen, offering a stable, non-toxic, and non-explosive fuel alternative. This liquid carrier generates no emissions, making it an environmentally friendly option for various applications, including fuel cells that produce electricity for vehicles, generators, and portable devices. HSL Technologies is committed to driving the transition to a carbon-free future, positioning itself as a leader in the clean energy sector.

OakTec is an engineering research specialist with a history of world-leading innovation in low carbon vehicle powertrain technologies, novel combustion engines, and hybrid vehicle energy recovery systems. Founded by Paul Andrews and Bill Meeson in 1999, OakTec is an independent company with a history in the development of novel technologies in the area of low carbon road transport and power generation. OakTec is now solely focused on the development and commercialization of the Pulse-R™ engine innovation.

Aris Pump provides Hydrogen generator for higher fuel efficiency and lower carbon emissions in maritime transport. Its developed H2MOVE which uses hydrogen as a fuel additive in order to reduce the fossil fuel usage in industrial boilers and generators in Cyprus. H2MOVE uses unique materials, requires no hydrogen storage and the electricity demand is negligible. The hydrogen engine costs €55,000 and the customer payback period is 1,5 years.

ZapGo Ltd (Zap&Go) is a high technology business founded in Oxford, UK, in 2013. We were founded with energy storage technology licensed from the University of Oxford. Very close to the building where the first lithium-ion batteries were developed 40 years ago. Today these lithium and cobalt based batteries are in widespread use, in our phones, laptops, cordless appliances and power tools, and also in electric vehicles. However, it was apparent that in the demanding world of grid energy storage a more robust solution is needed. To meet the demands of the grid, we are improving the performance of supercapacitors so they perform like batteries. This is achieved by using different materials than conventional supercapacitors which allow us to retain a long life, excellent power density and fast charging capability of supercapacitors, but also have the energy density of the best performing batteries. We exclude all rare earth materials in our cells, we do not use any lithium or cobalt, and we do not use anything that can catch fire – excluding all chemical solvents and organic electrolytes. This not only makes our cells safe, because there is nothing in them that can catch fire no matter how fast they are charged, but also means at the end of life they can be recycled.

GFM Photovoltaic works with the best products on the market, TESLA, FRONIUS, VICTRON, CIRCUTOR and AMPERE to offer viable photovoltaic solar energy solutions,and savings to our customers, making the use of Photovoltaic Solar Energy a reality, allowing the greatest savings, independence and energy sustainability, applicable in all sectors and situations in which energy consumption is required. GFM Photovoltaic believes in sustainability and respect for the environment. It believes that renewable energies are the future, but also the present.

Quantum Electric specializes in advanced electric gearbox technology, known as E-Gear, which significantly enhances the performance and efficiency of electric motors and generators. The company has developed a multispeed transmission system that integrates electronic gears within the motor, allowing for high peak power and torque across a broad range of speeds. This innovative approach employs connected phase coils in stator modules to create a built-in speed controller, ensuring that the motor operates at maximum efficiency at all times. By utilizing this technology, Quantum Electric aims to reduce battery energy consumption, particularly in urban driving conditions, and optimize overall power delivery for electric vehicles.

Carbon Recycling International Inc. specializes in producing renewable methanol from carbon dioxide, hydrogen, and electricity, contributing to energy storage and fuel applications. The company has developed a unique technology known as Emissions-to-Liquids, which allows for the direct synthesis of methanol from carbon dioxide, along with large-scale water electrolysis and flue gas purification processes designed to achieve zero CO2 emissions. Its renewable methanol, marketed under the brand name Vulcanol, is sourced from renewable electricity derived from hydro, geothermal, wind, and solar energy. Founded in 2006 and headquartered in Kopavogur, Iceland, the company provides its innovative technology to the power generation and industrial production sectors, enabling more sustainable production methods and the creation of valuable products from waste gases and renewable energy.

SolarGaps, based in Kyiv, Ukraine, specializes in the development of smart solar blinds that integrate photovoltaic panels to generate electricity. These innovative blinds automatically track the sun, allowing users to harness solar energy to power electrical devices in homes or offices. They can also store energy for later use, serving as an emergency power supply. By utilizing SolarGaps, users can significantly reduce their electricity bills while maintaining a comfortable indoor environment. Additionally, the system includes a smartphone app that enables remote monitoring and control, providing convenience and efficiency in energy management.

Wello is a high-tech and innovative company. Their skills and passions come to life in the Penguin wave energy converter which is the result of highly committed innovative work and practical engineering. In the Penguin, Wello introduces a new concept for capturing energy from waves with a unique working principle. The converter is designed to respond to the movement of waves. The asymmetrical shape of the Penguin’s hull creates a gyrating motion in the waves which makes the rotator inside the hull rotate. The power train from wave to electricity is direct without any mechanical or hydraulic gears in between to cause loss of efficiency. Simplicity is one of the key values of Wello. Wello was founded on the passion to produce ecological and commercially viable wave energy solutions.

Brite Solar is a nanomaterials company utilizing innovative materials and deposition techniques to deliver a new class of glass materials for building construction. Mankind's future may very well depend on how we manage food production, energy, water and land use. Solar energy production can be a key factor in this balancing act but the land demand is very high. Hydroponic greenhouse agriculture can be a great asset, but its energy requirements are high. The ideal answer is a self-sufficient and sustainable greenhouse technology which eliminates the need for external energy sources. Brite Solar is a nano-materials company that has developed a transparent solar glass technology based on Die Sensitized Solar Cells (DSSC) . The first target market is greenhouse solar glass, which enables the greenhouse to generate electricity needed for sustaining the internal environment. Using this solar glass, the greenhouse's carbon footprint is significantly reduced as its reliance on externally generated electricity is significantly reduced or eliminated. This is a great value proposition for the greenhouse operator since it reduces the operating cost for the greenhouse by 28% which is currently the cost attributed to energy. Brite's technology is based on nano-materials which are ink-jet printed on to glass panels, eliminating the expensive and complex production facilities needed to produce traditional solar panels. Variations of the technology will also be used to produce auto-dimming glass as well as architectural glass for building construction.

Solarbox offers a comprehensive solution in terms of energy and environment for industries and homes. The company implements energy systems based on renewable energy of the latest generation such as biomass, solar, wind, hydraulic and waste revaluation. Solarbox carries out needs studies, analyze the environmental situation and calculate the impact on the environment.

Oceanflow Energy Limited is a technology development company with specific focus on the design and demonstration of floating solutions for the tidal stream and deep water offshore wind markets. Oceanflow also provides consultancy support to inventor companies in the fields of wave and tidal energy by helping them take their concept through to full scale deployment.

Powervault Ltd. is a London-based company that designs and markets energy storage solutions, specifically aimed at residential consumers. Founded in 2012, Powervault has developed a plug-and-play domestic energy storage device featuring an integrated battery and control system. This innovative product captures excess electricity generated from solar panels during the day and releases it for use in the evening, allowing users to reduce their reliance on grid electricity and potentially lower their household energy bills by up to 15%. To reach customers, Powervault collaborates with solar photovoltaic (PV) installers across the United Kingdom. The company has invested two years in development, which included laboratory testing and pilot installations in homes. Powervault's mission is to provide an economical and sustainable energy storage option that empowers consumers to take control of their energy use while contributing to environmental sustainability.

Hydraredox develops and manufacturers electrochemical energy storage based on proprietary vanadium redox technology.

Gnanomat is a nanotechnology company established in 2014 that specializes in the design and development of advanced graphene-based nanomaterials for energy storage systems. The company focuses on creating engineered nanomaterials that enhance the performance and capacity of energy storage devices, catering to various industrial applications. Gnanomat's products aim to deliver higher energy storage capacity, resulting in more powerful and eco-friendly energy solutions. Through its innovative approach, Gnanomat provides clients with cutting-edge products that leverage the potential of nanotechnology in the energy sector.

DiGas, founded in 2012 and based in Riga, Latvia, specializes in advanced dual fuel technology for high horsepower diesel engine applications, particularly in locomotives. The company has developed a leading dual-fuel solution that offers performance comparable to traditional diesel engines while providing significant cost savings and reducing carbon dioxide emissions with minimal particulate output. DiGas serves clients in various sectors, including transportation and energy, by offering a range of services such as feasibility studies, commercial proposals, detailed technical projects, and after-sale support. The company's commitment to addressing client needs has fostered long-term partnerships and established a reputation for high-quality customer service and training in dual-fuel systems.

Sonolis was founded in late 2009 by a group of engineers and entrepreneurs driven by the common desire to create an innovative start-up operating in the renewable energy sector. Sonolis specializes in the design of electronic systems for the production and storage of electricity from renewable sources. Sonolis has grown over the years, acquiring an increasing recognition in the electrical and electronic market with the main goal to follow the industry and advanced services, providing innovative products and services for the construction and maintenance of renewable energy installations based on customers’ specific requirements.

Xerolutions is a technology company founded in 2011 as a spin-off from the Spanish National Research Council (CSIC). The firm specializes in the development of nano-porous organic materials through an innovative synthesis method utilizing microwaves. This proprietary technology, honed over a decade of research, allows for precise control over the internal structure and shape of the materials, significantly reducing production time by 90% and minimizing energy consumption. Xerolutions' products are designed to simplify operations in super-capacitor applications and facilitate the incorporation of microwave technology into various industrial processes. The company has garnered recognition for its innovative approach, receiving awards such as the SODECO award in Asturias and an INNPACTO grant from the Ministry of Science and Innovation in Spain.

Echandia specializes in energy storage solutions and battery systems primarily for maritime transportation, shipping, and heavy-duty applications. The company offers advanced battery technologies, including Lithium-Titanate-Oxide (LTO) systems, which are known for their exceptional safety, rapid charging capabilities—achieving a full charge in approximately 10 minutes—and an impressive lifespan exceeding 30,000 cycles. Their Echandia Energy system is an air-cooled lithium-ion battery designed specifically for long-term maritime use, ensuring both safety and efficiency. Additionally, the Echandia Power system is optimized for hybrid applications, providing high power output for short durations, typically lasting five minutes or less. By focusing on zero-emission energy solutions, Echandia enables clients to adopt sustainable energy sources across various operations, including maritime, rail, and wind power.

Synvertec LTD. is an Israeli company founded in 2014, specializing in innovative solutions for integrating Renewable Energy Sources (RES) and Distributed Energy Resources (DER) into electricity grids. The company's flagship product, the Synchronverter®, employs a patented control algorithm developed at Tel Aviv University to transform renewable energy inverters into virtual synchronous generators. This technology enhances grid stability by enabling inverters to actively contribute to the stabilization of electricity grids, particularly in systems with high proportions of renewable energy. Synvertec serves various sectors, including island infrastructures, remote villages, agriculture, and mining. The company has received backing from prominent investors, including Horizon Green Tech Ventures and the Israeli government, and is involved in Horizon 2020, the European Commission's major research and innovation initiative.

Advance MicroTurbines develops a microturbine for local generation of electricity from pressurized gases, in the range of 20-50W. It is considered to be the solution to the problem of the distribution of energy in inaccessible areas. Microturbine is an "energy harvesting" system that exploits the energy dissipated by the gas during a rolling process. This energy is captured and transformed into electrical energy available for on-site use.

Exoès is a leading company in the field of CO2 and fuel reduction for transportation, utilizing its patented Rankine technology. The company focuses on designing, developing, and testing thermal management systems that convert waste heat from exhaust gases into electricity. This innovative approach applies to various vehicle types, including automobiles, heavyweights, and buses. By effectively recovering and converting exhaust gas losses into usable energy, Exoès enables companies to significantly reduce fuel consumption and carbon dioxide emissions, contributing to a more sustainable transportation sector.

Modern and innovative technologies "made in Germany" ensure the continued existence of our prosperity and the future of our children. Q3 develops and produces these technologies. The Q3 ENERGIE GmbH & Co. KG develops, produces and markets electronic devices, preferably for the field of renewable energies. Q3 stands for the highest quality of products, services and innovations. This is ensured right from the start by the founders' many years of experience, an excellent supplier concept and a coherent and holistic quality management system. Research and Development for a Clean Future Q3 has a research and development department where highly skilled engineers ensure that that Q3 products are durable and robust, and that the yields of energy generation plants are assured with maximum efficiency. Some awards, such as the founding prize of the Schwäbische Zeitung "Market Leader New Technologies 2012", "Industry Award 2013 BEST OF", "SmartEnergyMarket Award Nomination" awarded in 2013, prove the innovative orientation of the Q3 development. The production of Q3 products is handled exclusively by certified and state-of-the-art EMS service providers in Germany. This ensures that all Q3 products meet the highest quality standards. In addition, the outsourced manufacturing concept allows a high degree of flexibility - which has paid off in the strongly fluctuating renewable energy market. Service fast and easy Q3 works with specially selected Q3 trained and certified system partners who are committed to Q3 quality standards. In addition to qualified system planning and customer-oriented advice, these partners also provide competent assistance quickly in the event of service.

SunOyster Systems develops the SunOyster, a new concentrating solar technology which is able to convert the energy of the sun into both heat and electricity from the same device, achieving efficiencies higher than anything else available in the market. For use in industry and smart homes. Inspired from nature: The automatic control system closes down the mirrors to a secure position in case of stormy weather - the “Oystering position”. The heart of the SunOyster is a hybrid receiver which combines the best of Concentrated Solar Power (CSP) and Concentrated Photovoltaics (CPV) technology: The 4 m long receiver is protected by a borosilicate glass tube filled with nitrogen. Inside the tube special glass lenses concentrate the light a second time to a geometric concentration of approx. 500 suns. Special solar cells with an efficiency of up to 44% convert the sunlight directly into electricity. The cells are actively cooled by a heat transfer fluid. This fluid, can reach temperatures up to 170 °C. The SunOyster can convert 75% of the solar radiation into heat + power and in this way it is definitely superior to the standard solar technologies! On top of this it can turn heat into cold with the help of thermal chillers. Especially suitable for hotels, offices and private houses with a pool: With this ”Tri-generation“ in sunny regions the SunOyster will generate the cheapest solar energy wherever heat or cold are needed.

EDS HV Group specializes in high voltage engineering and consulting services, focusing on the design and installation of wind farm construction projects. Based in Barrow-in-Furness, United Kingdom, the company offers a comprehensive range of services that encompass high voltage commissioning, fault management, termination, testing, and ongoing operation and maintenance. With years of expertise, EDS HV Group is dedicated to providing high-quality solutions for both onshore and offshore wind farms. The firm prides itself on its ability to deliver professional engineering services around the clock, ensuring reliable support for its clients throughout the entire project lifecycle—from initial design to final connection and commissioning.

Founded in 1934. Energy Storage has been the core business of CEGASA since then. Their team has accumulated a great deal of expertise in this field in combination with R&D Institutes and Universities.

Eco ice is supplying cost-effective and environmentally friendly refrigeration solutions for a variety of cooling applications. In addition to the use of waste heat for cooling through the innovative absorption refrigerator (AKM), Eco also exploits the available LNG temperature level by "recycling the coldness" at -40 to -50 ° C (regasification). In addition to savings in electricity costs, the use of the future-oriented solutions from Eco ice also achieves a drastic reduction in CO2 emissions, making large amounts of the coldness contained in the LNG useful. Founded in 2013, the company is headquartered in Borna, Sachsen.

ReMoni ApS specializes in providing small wireless sensors for monitoring technical installations to prevent resource loss. Established in 2013 and based in Østbirk, Denmark, the company enables clients to attach these sensors to various infrastructures such as cables and pipes. The sensors offer real-time measurements of energy consumption, automatic alerts for overconsumption, and early warnings for potential issues. This technology supports remote surveillance and facility management, allowing users to benchmark similar devices and respond promptly to sudden failures. ReMoni's system, which integrates cloud-based artificial intelligence and machine learning, aims to optimize resource use across various sectors, including agriculture and public services, thereby reducing energy waste and CO2 emissions.

Renovagen has developed a patented transportable solar power system which enables PV arrays of up to 100kWp to be deployed from a 20ft ISO standard shipping container. It is a solar power system called "RAPID ROLL" - a complete "micro-grid in a box" solution which includes a solar field that can be unrolled "like a carpet" in 2 minutes. Compared with existing solutions, it produces 10 times more power and can be deployed much more quickly. Ideal for military, disaster relief and remote industrial operations such as mining, the Renovagen system addresses the need for high power, transportable renewable energy systems which can eliminate the high costs of delivering fuel and maintaining diesel gensets in remote locations.

PLC Group engages in the design, installation, and maintenance of electricity infrastructures and renewable energy production plants. PLC Service S.r.l. provides a number of specialized energyrelated services in the sphere of Operations and Maintenance such as the testing of high voltage appliances, the commissioning and activation of energy systems (which includes the conclusion of a number of specialized tests to check the parameters and functions of a system before it is put into operation), preventive and predictive maintenance of systems, round the clock remote control and monitoring of systems, mediumand low voltage cable troubleshooting and infrared thermal explorations.

Susteen Technologies produces syngas, bio-oil, and biochar from waste biomass for power, heat, fuel, fertilizer, and synthesis applications. It processes fermentation residues, agricultural/forestry residues, industrial biomass residues, and municipal organic wastes through its thermo-catalytic reforming technology, including thermal drying and decomposition, catalytic reforming, and product treatment.

easyLi develops, manufactures and services Lithium batteries specially designed to meet the needs of manufacturers and users of light electric vehicles. They operate from France where their engineering, manufacturing, and customer support operations are located.

Polarsol offers a unique solar air heat exchanger that allows the solar and air heat hybrid to function as the main heating mode. Polarsol is bringing the renewable energy to everyone's reach by developing cost-effective ways of utilizing solar energy and waste heat.

The concept is to create a family of novel, lightweight EVs, through an EU based organization coordinating design, manufacture, supply and support service infrastructure, targeted at producing zero-emission city mobility for co-ordinated hire schemes, transportation networks, taxi or private individual transport. EC policy demands sustainable urban mobility, specifically within the growing carshare and city hire market. Nedra has been formed specifically to capitalize on these emerging opportunities through an Electric Vehicle (EV) platform where Product Specification and New Product Development processes are optimized to match exactly the market needs and the mantra “just enough” is applied. The Nedra product range features a combination of lightweight, low cost, longer range and rapid charge platform that is not currently met by any single existing product.

Deutsche Energieversorgung develops and produces intelligent power storage units of the SENEC brand. With its lead and lithium devices, the company is one of the international market leaders for PV storage. DEV 2018 received the "Top Brand PV Storage" award for the fourth time in a row. The reason for the success of the Leipzig storage manufacturer is the many years of experience in the development and production of all important storage components. Supported by cooperation with well-known partners in the electrical and solar industry, DEV has been offering high-quality products "Made in Germany" for domestic and foreign customers for almost ten years.

BuffaloGrid is a company focused on providing mobile power and connectivity solutions to underserved markets, particularly in off-grid areas. Its innovative technology aims to bridge the digital divide by offering solar-powered phone charging systems and access to digital content and services. By enabling smartphone users in frontier markets to utilize their devices more effectively, BuffaloGrid seeks to enhance their quality of life and business opportunities. The company's mission centers on connecting billions of overlooked customers, empowering them with essential mobile digital services that can lead to significant improvements in their daily activities.

Solutronic Energy produces and sells individual technologies and service solutions for private households and industrial applications.

Terragenic develops a technology for hydrogen storage in liquid medium. The technology will bridge between traditional and renewable energy generation technologies and PEM fuel cellpower generation solutions. The company is focused on providing a safe and cost effective Hydrogen source for PEM fuel cell based systems in utility scale, transportation, off-grid and military market segments.

CarbonOrO specializes in carbon capture technology that efficiently extracts carbon dioxide from industrial emissions, including flue gases, landfill gas, and biogas. The company employs a proprietary amine solution in a straightforward process involving an absorber and a desorber. In this system, raw gas enters the absorber, where the amine solution absorbs CO2 as the gas flows through. The cleaned gas exits at the top, while the CO2-laden amine solution is transferred to the desorber. Unlike traditional systems that operate at high temperatures, CarbonOrO's desorber functions at a lower temperature of 70 °C, which can lead to significant energy savings of 10-25%. Additionally, the process can utilize waste heat, potentially reducing energy costs by up to 50% through effective integration with existing industrial utilities. By capturing carbon at atmospheric conditions, the technology eliminates the need for raw gas compression, making it a viable solution for various industries, including waste-to-energy, oil and gas, chemicals, steel, and cement, thereby contributing to a reduced carbon footprint and a more sustainable environment.

Vapor PV

CalBatt is an Italian company founded in 2011 as a spin-off from the University of Calabria, focusing on enhancing energy storage efficiency. It provides services that include dynamical analysis and optimization of energy storage systems for both stationary and e-mobility applications. By leveraging the founders' expertise and intellectual property developed through extensive academic research, CalBatt aims to help businesses improve their energy savings. The company has received recognition for its innovative approach, winning several awards, including the Enel Lab competition and accolades at the Munich Cleantech Innovation Award and the Cleantech Summit in Rotterdam.

Energiestro is a French technology company focused on developing flywheel energy storage solutions. Founded in 2001 by Anne and André Gennesaux, along with several investors, the company initially aimed to create an innovative generator that would provide renewable electricity and heat to buildings. While this project achieved technological success, it did not lead to commercial products due to the lack of competitively priced renewable fuels. With the rise of solar photovoltaic energy as a cost-effective renewable source, Energiestro's flywheel technology now addresses the significant need for energy storage. This technology operates by accelerating a rotor to maintain energy as rotational energy, offering a viable alternative to traditional battery storage and supporting the increased adoption of renewable energy.

Ensurge Micropower specializes in the development of ultrathin, flexible, and safe energy storage solutions primarily for wearable devices and connected sensors. The company is known for its innovative solid-state lithium battery technology, which allows for the production of powerful, lightweight, and cost-effective rechargeable batteries suitable for a variety of applications. Ensurge operates a state-of-the-art flexible electronics manufacturing facility in Silicon Valley, where it leverages patented process technology and materials innovation alongside roll-to-roll production methods. This combination enables the company to effectively bring the benefits of its solid-state lithium battery technology to both established and emerging markets. Ensurge has corporate headquarters in Oslo, Norway, and a global headquarters in San Jose, California.

Olife Energy provides power storage units for homes and businesses. The system accumulates electric power from solar panels and other renewable sources, and optimize power consumption from the grid. This significantly reduces the cost of electricity while providing sufficient power in the event of outage.

HELIOVIS is an engineering and development company specializing in innovative technology for generating clean Solar Heat for Industrial Purposes (SHIP) within a temperature range of 90°C to 550°C. Their flagship product, the HELIOtube®, is an inflatable solar collector that operates similarly to a parabolic trough, concentrating sunlight onto a linear thermal receiver. With a length of 220 meters, an aperture of 7.8 meters, and a thermal output of 0.9 MWpth, the HELIOtube® provides a sustainable source of thermal energy for up to 24 hours per day. This technology offers significant cost advantages, reducing capital expenditures by 55% and operational costs by 20% compared to traditional glass mirror systems. Having achieved a technology readiness level of 7, it has been successfully demonstrated in a full-scale industrial application in Spain since 2017. HELIOVIS holds an extensive intellectual property portfolio, comprising 12 patent families and 65 patents, which underlines its commitment to innovation and market competitiveness. The company seeks entrepreneurial partners for scaling up and expanding its reach internationally.

Sendekia Ingeniería is an engineering and development company focused on creating innovative solutions for the renewable energy sector, particularly in photovoltaic solar energy. The company holds over seven patents that demonstrate its commitment to innovation. Additionally, Sendekia Ingeniería is expanding its operations into the United States, Portugal, and Latin America. Among its notable projects is the development of a submersible turbine designed to harness wave power, converting the energy generated from wave movement into electricity. This diverse portfolio highlights the company's dedication to advancing renewable energy technologies.

Etrel is a manufacturer of charging stations and software for integrated electric vehicle charging systems. Etrel's electromobility ecosystem comprises EV charging products for private, public and commercial use, charging infrastructure management software solutions, and applications for end users.

Omniflow specializes in sustainable energy solutions, focusing on the development of innovative infrastructure for urban environments. The company has created a Smart IoT Lamppost that integrates wind and solar energy technologies, transforming traditional street lighting into multifunctional smart infrastructure. This lamppost can accommodate various applications, including 5G Small Cells, Edge Computing, and Computer Vision, while providing high-quality data services. Additionally, Omniflow has developed an omnidirectional wind turbine and efficient solar cells, which support microgeneration and energy storage. These technologies enable businesses to efficiently generate power for diverse applications, making them suitable for both urban and remote locations. Through these advancements, Omniflow aims to enhance energy generation and sustainability in modern cities.