EASME

Modvion AB is a Swedish company founded in 2015 and based in Gothenburg, specializing in the design and development of modular wind power towers constructed from renewable composite materials. The company focuses on simplifying construction logistics and improving cost efficiency in the wind energy sector through its patented modular technology. This innovative approach enables the production of wind towers exceeding 120 meters in height while significantly reducing transportation costs, installation complexity, and the reliance on traditional steel structures. By leveraging engineered wood products, Modvion aims to enhance the economic viability of wind power projects, ultimately contributing to increased electricity production and more sustainable energy solutions.

Founded in 2013, TwingTec develops and manufactures a containerized mobile wind energy system called TT100. This system generates wind energy in remote and hard-to-reach locations such as off-grid communities, mines, and resorts.

Tiamat is a French company based in Amiens that specializes in designing, developing, and manufacturing sodium-ion battery cells for both mobility and stationary energy storage applications. Established in late 2017 as a spin-off from the CEA and CNRS, Tiamat focuses on innovative energy storage solutions. Its sodium-ion technology is characterized by fast-charging capabilities, high power density, and enhanced cycle life, making it suitable for a variety of power applications. The company is committed to advancing its technology and collaborates with various industrial partners and end users to qualify its prototypes, aiming to meet the growing demand for efficient and long-lasting battery solutions.

Aero Enterprise GmbH, established in 2013 and headquartered in Linz, Austria, specializes in automated inspection services for wind turbines across Europe. The company leverages advanced drone technology and proprietary Flight Intelligence systems to provide comprehensive inspection and analysis solutions tailored for both onshore and offshore wind energy applications. Aero Enterprise's offerings include detailed inspections of industrial plants, data analysis, and reporting, all enhanced by artificial intelligence for real-time data acquisition and smart software analysis. By focusing on innovation and efficiency, Aero Enterprise aims to transform the wind energy sector, providing stakeholders with cutting-edge platforms and technologies to optimize wind turbine management and performance.

Pexapark provides an energy investment platform that specializes in software and advisory services for post-subsidy renewable energy sales and risk management. The platform serves as an operating system for the entire energy trading and sales workflow, from price discovery to analytics, execution and monitoring, and covers solar and wind projects in multiple countries. It helps renewable investors structure power sales, complete power purchase agreement transactions, sell energy, and monitor energy risks, with advisory and educational resources to support decision-making. Based in Schlieren, Switzerland.

Rope Robotics is the developer and producer of a unique repair solution for leading edges on turbine blades. Using an automatic BR-8 robot to do repair and maintenance work in the heights will guarantee: • Highest efficiency level • Advanced process quality • Improved EHS • Photo and laser scans documentation Rope Robotics is offering a new proven repair solution that results in a new low cost baseline for blade maintenance.

Eologix Sensor Technology GmbH, founded in 2014 and based in Graz, Austria, specializes in the design and manufacture of wireless temperature and icing sensor systems. The company provides autonomous and retrofittable sensors specifically for detecting icing on wind turbine rotor blades. Its innovative sensor system is compatible with all types of wind turbines, comprising a single receiving unit for each turbine paired with multiple sensing units that are strategically placed across the blades' surface. These sensing units can be conveniently installed during routine inspections, enhancing the operational efficiency and safety of wind energy production.

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.

Aerox Advanced Polymers, S.L. specializes in the design and manufacture of coatings and adhesives specifically for wind turbine rotor blades. Founded in 2014 and based in La Pobla De Vallbona, Spain, the company provides a range of products, including epoxy resin systems, specialized coatings, epoxy gel coats, structural adhesives, and bi-component top coats. Aerox focuses on developing advanced polymer solutions that enhance the quality and sustainability of wind turbine manufacturing, aiming to reduce costs for blade manufacturers. The company has established itself as a strategic supplier to leading manufacturers in the wind energy sector, with additional sales offices in Mexico and Brazil. Aerox originated as a spin-off from the wind power division of QMC, leveraging over 30 years of experience in polymers and composites.

3E is an independent global consultancy and software company that specializes in asset performance management and analytics for renewable energy assets. It aims to support the cost-effective development of a fully renewable energy system by providing solutions that enhance the performance of renewable energy systems, such as wind and solar photovoltaic technologies. The company also focuses on optimizing energy consumption in building and site developments and facilitating interaction with the grid and market. Through its consultancy and software services, 3E helps clients achieve better performance, reduce costs, and improve returns on their investments in renewable energy.

Reacción UpTheWorld is an energy management corporation dedicated to developing renewable energy solutions that foster sustainable human growth in harmony with the environment. The company specializes in advanced turbine technology that offers a wide operating margin and operates without external moving components. This innovative design allows Reacción UpTheWorld's turbines to deliver high throughput compared to conventional wind turbines, positioning the company as a leader in the renewable energy sector. Through its focus on efficiency and sustainability, Reacción UpTheWorld aims to contribute positively to both energy management and environmental stewardship.

X1 Wind is a company based in Barcelona, Spain, specializing in the development of innovative floating wind platforms for deep-water offshore wind energy. Founded in 2017, X1 Wind has engineered its platform to achieve a significant reduction in both cost and weight—by 50 percent and 80 percent, respectively—compared to traditional floating wind systems. The design features fewer active systems than current alternatives, allowing for simplified installation that can be completed at the port and transported to the site using a small tugboat. This approach not only enhances operational depth range but also improves scalability and reduces maintenance requirements. By focusing on these advancements, X1 Wind aims to provide a clean, affordable energy solution while contributing to global efforts to lower carbon emissions.

Aerotim Engineering specializes in dynamic modeling, simulation and control system development for aerospace application and has substantial experience in rotorcraft, turbine engines and wind turbines. The work ranges from project management and consultancy to software development of sub-systems, to high-fidelity flight dynamic model development, all the way to fully integrated FNPT and FFS-type EASA Level D simulators. Aerotim Engineering has been a key player in recent major helicopter simulator projects in Europe and Turkey (All EASA Level D certifiable). The company is a single source vendor for helicopter simulator flight dynamics software in Turkey.

Hace is a wave energy company that generates electricity continuously and at a low cost using wave energy. The company brings a disruptive solution to produce clean renewable energy, using the considerable opportunity of wave power. They offer an innovative, patented process, using the immense reserve of wave power to produce non-intermittent electricity. Hace segments the swell to be able to recover energy from all types of waves, from the smallest to the largest. It's modular manufacturing, universal installation and simplified maintenance make it suitable for all consumers, including the poorest.

GEV Wind Power specializes in global wind turbine blade maintenance, inspection, and repair services. Initially serving a single European turbine OEM, they have expanded to support owner-operators, utilities, and major turbine manufacturers worldwide. The company offers comprehensive solutions, including fabric and tower services, and is committed to industry innovation through annual technician training and investment in research & development.

Alaz Arima S.L., established in 2016 and headquartered in Berrioplano, Spain, specializes in the design and manufacture of thermosiphon-based cooling systems. These systems facilitate heat transfer across various applications, including PV central inverters, power converters, electric generators, windmill nacelles, gearboxes, transformers, and hydraulic power packs. Alaz Arima serves diverse sectors such as solar photovoltaic energy, wind energy, railway, shipping, and infrastructure.

Skypull develops airborne wind energy systems using autonomous drones that fly at higher altitudes, capturing strong winds and transmitting power via tether to ground-based generators. Founded in 2013, Skypull aims to provide clean, affordable energy while minimizing environmental impact.

BladeInsight, founded in 2015, is a prominent player in the renewable energy sector, focusing on innovative inspection solutions for wind turbine blades. The company has developed ProDrone technology, which utilizes autonomous drone flights to inspect wind turbine blades, thereby digitizing a crucial aspect of operations and maintenance. With a global network of licensed service providers, BladeInsight has successfully inspected over 11,000 blades across more than 16 countries. Its advanced technology enables clients to gather critical data, extract insights, identify trends, and enhance asset management, risk assessment, and maintenance planning, ultimately facilitating safer and more cost-efficient inspections in the wind industry.

DEPsys is a Swiss technology company based in Puidoux, located on the shores of Lake Geneva in the Lavaux region, known for its vineyard terraces. The company specializes in developing modular systems for power grids, focusing on integrating renewable energy sources like photovoltaic systems and wind turbines into traditional low-voltage electricity networks. Its network optimization platform is designed to measure, monitor, and control the low-voltage grid, allowing energy providers to adapt to the challenges posed by decentralized production and increased energy loads. By offering innovative solutions, DEPsys aims to support the evolution of energy systems in response to the growing demand for sustainable energy practices.

Offshore Kinetics is an innovative Norwegian small and medium-sized enterprise (SME) operating in the offshore wind sector. The company develops advanced offshore wind turbine support structures that leverage proven technology and extensive experience in the offshore oil and gas industry. This approach aims to enhance safety during the production and operational phases of offshore wind farms while addressing key technological challenges in wind energy. Offshore Kinetics’ cost-efficient designs significantly reduce both capital and operational expenditures, positioning the company as a competitive player in the evolving offshore wind market.

EDS HV Group is a UK-based provider of high voltage engineering services, specialising in the design, installation, commissioning, and operations of wind farm construction projects. The company offers comprehensive solutions from initial design through to ongoing maintenance, ensuring high-quality service 24/7 throughout the year. With extensive experience and expertise, EDS HV focuses on offshore wind farm installations and high voltage management services for both onshore and offshore wind farms, as well as utility infrastructure.

Kitemill develops technology for generating renewable energy safely and cost-effectively using airborne wind power. This innovative approach harnesses the stronger, more consistent winds high above Earth's surface, offering a nearly unlimited source of clean energy.

Winfoor has developed Triblade, a new and groundbreaking technology for large scale wind turbine rotor blades, that can disrupt the entire wind power industry. The patent pending technology is a 3-in-1-blade that will reduce production cost and transport cost dramatically, while allowing rotor blades to be longer, stronger and much lighter than what is possible today. These are game changing improvements that gives Winfoor a unique opportunity in today’s global wind turbine rotor blade market. The technology can also play a decisive role in the development of next generation of larger, more powerful wind turbines and to accelerate the transition to greater use of renewables worldwide.

Alerion specializes in automated intelligent drone solutions aimed at infrastructure maintenance, particularly for wind turbine inspections and other challenging environments. The company has developed patented laser navigation and tracking technology, enabling drones to autonomously navigate complex structures with high precision. Alerion's systems facilitate real-time analysis of sensor data, ensuring the collection of high-quality information during inspections. Their technology is applicable not only to wind turbines but also to geographically distributed infrastructures, such as pipelines and long networks, providing services that include line inspections, vegetation management, and engineering data collection.

Pliosaur Energy is an SME that aspires to transform the marine renewable energy market through the introduction of their ground breaking patented technology to convert both wave and tidal energy into electricity.

Herzsprung Drehteile manufactures precision parts for all standard and commercially available materials on CNC lathes and machining centers. Sectors include, mechanical engineering, automotive, plants and wind power technology, medical, and more.

Fibersail is a technology company based in Oeiras, Portugal, with an additional office in Rotterdam, the Netherlands. Founded in 2014, it specializes in providing continuous and automated real-time shape monitoring services for wind turbine blades. Using a shape sensing system based on Fiber Bragg Grating (FBG) fiber optic technology, Fibersail analyzes the shape, condition, and behavior of windmill blades. This real-time information aids wind turbine operators in maximizing performance and availability while reducing the risk of failures and minimizing maintenance costs. The company's innovative fiber optic sensors facilitate easy and seamless integration along the entire length of critical structures, ensuring precise monitoring of their condition and structural integrity.

Founded in 2006, Carbon Recycling International specializes in producing renewable methanol using carbon dioxide, hydrogen, and electricity. Its proprietary technology enables large-scale conversion of emissions into liquid fuels and chemicals, promoting sustainability within the power generation and industrial production sectors.

Wello Oy is a Finnish company specializing in the manufacture of wave energy converters, specifically the Penguin Core, which encompasses design, licensing, control software, and expertise for developing scalable wave parks. Founded in 2008 and based in Espoo, Wello's innovative Penguin wave energy converter captures energy from ocean waves using a unique design that enables it to respond dynamically to wave movements. The asymmetrical hull of the Penguin creates a gyrating motion that directly drives a generator, eliminating the need for mechanical or hydraulic gears and enhancing efficiency. Wello aims to provide ecological and commercially viable solutions for harnessing renewable energy from the sea, making low-cost energy accessible for various applications.

Winfoor has developed Triblade, a new and groundbreaking technology for large scale wind turbine rotor blades, that can disrupt the entire wind power industry. The patent pending technology is a 3-in-1-blade that will reduce production cost and transport cost dramatically, while allowing rotor blades to be longer, stronger and much lighter than what is possible today. These are game changing improvements that gives Winfoor a unique opportunity in today’s global wind turbine rotor blade market. The technology can also play a decisive role in the development of next generation of larger, more powerful wind turbines and to accelerate the transition to greater use of renewables worldwide.

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.

Norsepower Oy Ltd, founded in 2012 and based in Helsinki, Finland, is a clean technology and engineering company specializing in generating renewable wind energy for the global maritime industry. The company offers auxiliary wind propulsion systems that are low-maintenance, software-operated, and data-verified. Their flagship product, the rotor sail solution, utilizes the magnus effect to harness wind power and propel ships, thereby reducing fuel consumption and greenhouse gas emissions.

PowerCon is a Danish engineering company with a highly-specialized knowledge base within electrical power conversion and especially the development and production of full-scale electric power converters. Located in Denmark and being a part of the highly successful Danish wind power industry means that the most common use of PowerCon's products and designs are utilized in wind turbines. "PowerCon offers clients fast and predictable delivery of converter systems and test equipment using a combination of new and proven technology tailored to customers' needs. The focus applied to designing robust products is vital to achieving the right quality at the right cost and ensures satisfied customers. Evolving from the wind industry leads to continuing focus on lowering the cost without compromising the product reliability. The recent year's track record with large international customers has proven that PowerCon is a trustworthy partner providing highly competitive solutions in a rapidly evolving market."

Be-Wind designs and manufactures within the aerospace industry. Its state of the art vertical axis turbines produce 15-20% more power efficiently than any other turbine, while generating usable power starting at wind speeds of 5-7 mph. Its turbines have a propietary deflector system that creates optimum air flow and eliminates opposing wind. A unique aerospace design enables optimal operation in extreme wind conditions while ensuring the safety of the turbine by never exceeding a max RPM. It created their turbines in order to provide the growing urban environment with a source of renewable wind energy. In conjunction with providing sustainable energy within the United States, BE-Wind has reached beyond its borders in an effort to assist developing countries in producing sustainable energy where power resources are scarce.

Ingrid Cloud AB is a Swedish company based in Stockholm that specializes in developing a cloud-based computational application for wind simulation. Established in 2014, the company offers a fully automated flow simulation service that enhances accuracy, flexibility, and cost efficiency for its users. Its platform simplifies the simulation process by automatically generating complex models from computer-aided design (CAD) geometry, allowing designers, engineers, researchers, and architects to conduct flow simulations without prior expertise in computational fluid dynamics (CFD). This accessibility empowers users to improve their design processes effectively and efficiently.

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.

Synvertec is an Israeli energy technology company founded in 2014 that develops control software and hardware to stabilize grids with high penetration of renewable energy and distributed energy resources. Its Synchronverter technology converts renewable-inverter outputs into grid-stabilizing devices by emulating the dynamics of a synchronous generator, enabling greater integration of RES and DERs and improving grid stability. The company targets diverse grids including islanded systems and microgrids and serves sectors such as remote communities, agriculture, and mining. By enabling inverter-based resources to replace traditional thermal generation, Synvertec aims to maximize electricity utilization, reliability, and the transition to modern, flexible power networks.

EDS HV Group is a UK-based provider of high voltage engineering services, specialising in the design, installation, commissioning, and operations of wind farm construction projects. The company offers comprehensive solutions from initial design through to ongoing maintenance, ensuring high-quality service 24/7 throughout the year. With extensive experience and expertise, EDS HV focuses on offshore wind farm installations and high voltage management services for both onshore and offshore wind farms, as well as utility infrastructure.

Gaia-Wind is a specialist designer and manufacturer of small wind turbines. Originally a Danish company established in 1993, its global headquarters are now located in Glasgow, Scotland, from where it manufactures and distribute its turbines worldwide. Its 133-11kW turbine benefits from more than 20 years of Danish design experience, and Gaia-Wind continues to invest in its research and development. Over 500 of its wind turbines have been installed worldwide with a combined operational history of more than 1500 years.

Smartive is a Barcelona-based company founded in 2013 that specializes in the development of intelligent platforms aimed at enhancing the operation and efficiency of the energy market, particularly in the wind energy sector. The company offers a range of advanced services, including real-time SCADA data processing and diagnostic solutions for wind turbines. Smartive's technology employs artificial intelligence, cloud computing, and data mining algorithms to deliver cost-effective and precise monitoring systems. Its products include tools for supervision, monitoring, and performance optimization, as well as user-friendly interfaces that provide accurate real-time data analysis accessible via web-connected devices. Committed to sustainable growth and the promotion of renewable energy, Smartive plays a significant role in advancing energy efficiency within the industry.

NAUTILUS Floating Solutions, based in Derio, Spain, specializes in designing, manufacturing, installing, operating, and maintaining floating platforms for offshore wind turbines. Established in 2013, the company focuses on innovative solutions to support the growing offshore wind energy sector. Its shareholders include leading industrial companies and a prominent research and development institute, ensuring robust technological, industrial, and financial backing.

Nabrawind Technologies designs and develops advanced wind technologies for wind turbine components. Its key products include Modular Blade Joint, enabling blade manufacturing in parts for separate transportation and on-site assembly, and self-erected tower technology. The company also offers engineering advisory services.

AEInnova develops autonomous industrial monitoring devices for predictive maintenance. Its flagship device InduEye is battery-free, self-powered, and capable of edge computing for real-time vibration, thermal, and steam-trap monitoring, powered by waste heat with optional solar or wind energy. It uses LoRaWAN or NB-IoT/LTE-CAT M for communications and streams data to cloud dashboards with analytics, alarms, and environmental impact analysis. The system aims to reduce downtime and maintenance costs through non-invasive, self-sustaining monitoring. Certifications include CE and ATEX/IECEX, with FCC ongoing. The technology is deployed across sectors such as oil and gas, aluminium, steel, paper, rubber, water treatment, and energy, with customers including Repsol, Cepsa, ArcelorMittal, Enel, and others. AEInnova has been recognized as a leading EU scale-up with multiple awards and EC funding, and participates in EU R&D initiatives related to energy harvesting and high-temperature IoT.

Omniflow specializes in sustainable smart infrastructure. Its flagship product is a Smart IoT Lamppost powered by wind and solar, transforming regular street lights into eco-friendly hubs that support multiple applications like 5G Small Cells, Edge Computing, Computer Vision, and high-quality data services.

ETA Blades focuses on wind blades design, development and manufacturing in Italy. Its design department is able to support customers on their requirements of an excellent ratio among blades quality over time, turbines cost reduction and wind plants better returns. eTa Blades has established its production facility on the eastern cost of Italy, within the most important Italian naval district. This allows competitiveness in terms of cost, due to access to key suppliers, to logistics, to highly skilled resources. With its covered 5,500 sqm and 3,000 external warehouse, eTa Blades can manage high rotation volumes of blade manufacturing. Its own moulding skills also allow time and costs competitiveness, and positions eTa Blades as “one-stop-shop” for customers.

Synvertec is an Israeli energy technology company founded in 2014 that develops control software and hardware to stabilize grids with high penetration of renewable energy and distributed energy resources. Its Synchronverter technology converts renewable-inverter outputs into grid-stabilizing devices by emulating the dynamics of a synchronous generator, enabling greater integration of RES and DERs and improving grid stability. The company targets diverse grids including islanded systems and microgrids and serves sectors such as remote communities, agriculture, and mining. By enabling inverter-based resources to replace traditional thermal generation, Synvertec aims to maximize electricity utilization, reliability, and the transition to modern, flexible power networks.

TSR Wind specializes in the design, construction, and marketing of robotic platforms specifically tailored for the operation and maintenance of wind farms. The company's advanced robotic systems are equipped to perform a variety of services, including the cleaning of wind turbine blades and towers, as well as conducting detailed inspections using precision optical instruments. These magnetic robots can capture high-definition photographs, providing critical data regarding the health of wind turbine blades. By offering both external and internal inspection capabilities, TSR Wind enables wind farm owners to mitigate safety risks and enhance the profitability of turbine maintenance operations.

Smartive is a Barcelona-based company founded in 2013 that specializes in the development of intelligent platforms aimed at enhancing the operation and efficiency of the energy market, particularly in the wind energy sector. The company offers a range of advanced services, including real-time SCADA data processing and diagnostic solutions for wind turbines. Smartive's technology employs artificial intelligence, cloud computing, and data mining algorithms to deliver cost-effective and precise monitoring systems. Its products include tools for supervision, monitoring, and performance optimization, as well as user-friendly interfaces that provide accurate real-time data analysis accessible via web-connected devices. Committed to sustainable growth and the promotion of renewable energy, Smartive plays a significant role in advancing energy efficiency within the industry.

Lancor is an expert in manufacturing motors for elevators and electric motors for wind generators. They design and produce electrical machines and motors by their own or in collaboration with their customers. We work for different market sectors as elevation, automation, generation, vehicles… and in any other development in which they can collaborate with their knowledge, production facilities, and flexibility.

ELÍVERE is a Spanish engineering company focused on innovative energy solutions from renewable sources, giving to their costumers sustainable alternatives, and solutions based on the energy efficiency and decreasing fossil fuels comsumptions. Its main goal is to facilitate energy production and its transportation, to all-scale energy consumers. We account with a highly qualified team of engineers and technicians with vast experience in renewable energy (PV solar, wind, and biomass) related to latest technologies (hydrogen generation and storage, and plasma arc) to offer a wide coverage to technological and energy requests within business

IBIS Power is an innovative company focused on developing advanced renewable energy solutions that harmonize human lifestyles with nature. Its flagship product, PowerNEST, is a groundbreaking technology designed for high-rise buildings, capable of generating six times more energy from limited rooftop space compared to conventional solar panels. This integrated system combines solar and wind energy with a unique Venturi effect, providing sufficient electricity for multiple building levels at a cost lower than the existing grid. Recognized for its architectural integration and societal impact, PowerNEST has garnered accolades from both companies and governments worldwide. Additionally, IBIS Power offers other products, such as PowerVibes for temporary energy needs at events and PowerResponse, a portable energy module for post-disaster scenarios, further demonstrating its commitment to creating efficient, renewable energy solutions for diverse applications.

Pontis Engineering is an ambitious and independent international company, active in the rapidly growing industry of advanced composite products. Pontis Engineering specializes in integrated engineering solutions for the development of large fiber reinforced composites, excelling in innovative power, cost-effectiveness, and quality. To this end, we supply a wide range of services covering the entire process from conceptual design to (serial) production and transportation. Pontis Engineering adds value to its partners by leveraging on its extensive industry knowledge and network, highly expertised workforce, and international presence. Our services cover various growth markets for advanced composites, including the wind power, aerospace, civil and marine sector. With over 20 years of experience in composites, our dedicated in-house design team and our worldwide network of engineers, materials suppliers, and knowledge institutes, we are your highly qualified partner in developing state of the art composite structures.

Esave Corporation was formed in April 2012 with the initial focus of developing electricity energy optimization systems for behind-the-meter installations in buildings. In 4Q 2012, Esave secured an exclusive international license with Dublin Institute of Technology (DIT) for the commercialization of its Unified Power Quality Conditioner (UPQC) technologies that were designed for the optimization of renewable energy sources. Esave is an IBM Business Partner and was a finalist in the IBM Global Entrepreneur Program in 2012. In parallel, Ireland’s Transmission System Operators progressed their ‘Delivering a Secure Sustainable Electricity System’ (DS3) program to enable up to 75% instantaneous wind energy on the grid. DNV-GL (Kema) was engaged to carry out an international review of the System Services regimes adopted in a number of international (island) markets. To date during 2014, we finalized the design of the Esave Hybrid Energy Storage System. In May 2014, Mainstream Renewable Power, the world’s largest independent renewable energy company with a portfolio of more than 17GW of wind and solar development projects agreed to partner with Esave and install 3MW Demonstration System in its 9.2MW windfarm in Kerry. In July 2014, they completed the financial modeling of DS3 System Services. They also applied for Horizon 2020 funding for the Demonstration Project that will be validated by EirGrid and DNV-GL. Wind and solar power are leading the global transition to renewable energy, forcing fossil fuel and emissions take a back seat to a smarter, greener, more efficient electricity generation. Renewable energy sources bring new challenges, as you can’t control the supply of wind or solar – despite their infinite abundance. Electricity grids are finding it increasingly difficult to manage fast growth renewable energy integration as they cannot function unless they are able to balance supply and demand. An imbalance results in voltage fluctuations, or worse. New ancillary services are being introduced to control the variability, uncertainty and asynchronism of renewable energy to ensure the continuous, secure operation of the grid. Their vision is to design and deliver smart grid network solutions that can maximize renewable energy integration. Their technology can break down one of the last barriers to 100% renewable energy by removing the need to run fossil fuel generation to control the ‘frequency’ of the grid and other system services such as inertia, ramping and voltage control. Clean, green, affordable, definitely the future. Their mission is to design and develop Smart Grid Network Solutions that deliver superior power quality and energy storage to enable wind and solar plant assets to overcome their inherent intermittency and low capacity factors to become dispatchable ‘grid friendly’ maximized capacity energy plant with increased revenues and reduced operational costs. Grid balancing, power quality and energy storage that provide active power control of renewable energy sources to stabilize the grid faster, with greater precision and at a fraction of the cost of fossil fuel generation. Solutions that optimize renewable generation power plant performance to facilitate the controlled dispatch of energy, making it more predictable, flexible, fast responding, and ‘grid friendly’. Their job is saving the planet for fun and profit, by delivering solutions that help toward the global goal of abundant, affordable, clean, efficient, and reliable electric power anytime, anywhere – through Smart Grid Network Solutions. Their economic, ecological, and social success is captured in the triple bottom line of People, Planet and Profit and in their promotion of good energy management for the economic, social and environmental well-being of the planet.

WindMaster Technologies, founded in 2010 and based in Stavanger, Norway, specializes in providing advanced turbulence and wind reference measurement technologies for the wind power industry. The company develops innovative invisible met masts that deliver critical data on wind flow and turbulence, both for offshore and onshore wind park operations. By utilizing radar data, WindMaster Technologies enables wind energy operators to gain insights into the wind characteristics within their parks, facilitating optimization of energy production and enhancing overall operational efficiency.

Enair designs and develops wind turbines for homes and small industries, such as farms, greenhouses, and warehouses. Enair creates small power wind turbines between 3 and 40kW.

Founded in Denmark in 2009, Wavepiston develops and markets a modular wave energy system that converts ocean wave movement into clean power and water. Its WavePiston device is low-tech, lightweight (190 tonnes per installed MW), and environmentally friendly, with most components submerged and no toxic materials used.

Edillio was founded in February 2010 with the aim of providing public and private clients with a wide range of services related to green building, plants powered by renewable sources (low-enthalpy geothermal, solar thermal, solar photovoltaic, wind).