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About Lhyfe

Lhyfe specializes in the production of green and local hydrogen. Lhyfe is a player in the renewable hydrogen for the decarbonization of mobility and industry. Lhyfe serves the green market. It was founded in 2018 and is based in Nantes, France.

Lhyfe Headquarter Location

182 rue paul belamy

Nantes, 44000,


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Expert Collections containing Lhyfe

Expert Collections are analyst-curated lists that highlight the companies you need to know in the most important technology spaces.

Lhyfe is included in 3 Expert Collections, including Energy Storage.


Energy Storage

1,149 items

This collection includes large and small energy storage technology, from grid-scale molten salt containers to small, thin-film lithium-ion batteries.


Hydrogen Energy Tech

328 items

Startups in this collection are developing solutions to lower the cost and commercialize the use of hydrogen as a low carbon fuel for heat, manufacturing, fuel cell electric vehicles, seasonal energy storage, and energy transport.


Renewable Energy

2,826 items

Includes companies working on technology to support renewable energy generation.

Latest Lhyfe News

Discover Top Startups advancing Renewable Energy

Jul 18, 2022

Curious about new technological advancements in the energy sector? Explore our analysis of 6 000+ global renewable energy startups & scaleups and learn how their solutions impact your business! Staying ahead of the technology curve means strengthening your competitive advantage. That is why we give you data-driven innovation insights based on our analysis of 6 000+ renewable energy startups & technologies. This time, you get to discover 10 hand-picked renewable energy startups accelerating our transition to sustainable energy. Innovation Map highlights 10 Global Renewable Energy Startups For this in-depth research on the Top Renewable Energy Startups, we analyzed a sample of 6 000+ global startups and scaleups. These insights are derived by working with our Big Data & Artificial Intelligence (AI)-powered StartUs Insights Discovery Platform , covering 2 093 000+ startups & scaleups globally. The platform quickly delivers an exhaustive overview of emerging technologies within a specific field as well as identifies relevant startups & scaleups early on. In the Innovation Map below, you get an overview of the 10 emerging renewable energy domains that utilize technology to transition away from fossil fuels. This research provides you with data-driven innovation intelligence that improves strategic decision-making by giving you an overview of emerging technologies & startups advancing renewable energy. Click to download Rayleigh Solar Tech offers Printed Perovskite Solar Cells Canadian startup Rayleigh Solar Tech produces roll-to-roll printed flexible perovskite solar cells. The startup combines inorganic and organic compounds with low-cost manufacturing techniques to develop these cells. Rayleigh Solar Tech’s solar cells are ultra-thin, lightweight, and manufactured at lower temperatures than traditional solar panels. Additionally, the flexibility of these solar cells enables their use on curved surfaces of electric or hybrid vehicles, reducing grid dependency. 2. Wind Energy Wind power is a great candidate that complements solar energy in transitioning to a cleaner grid. However, capital-intensive infrastructure requirements and design constraints severely affect the adoption of wind energy systems. To tackle this, startups develop modular and prefabricated windmills. Other wind energy startups improve windmill design to optimize on-site assembly operations, increase energy production and extend end-of-life periods. As a result, energy companies can reduce the operational costs associated with wind turbine installations and ensure a clean energy supply. Some wind energy solutions include: Devecitech builds Vertical Wind Turbines Dutch startup Devecitech develops Enlil, a smart vertical wind turbine that harvests energy from natural wind and passing vehicles. The startup places these turbines on highways and other transportation lines. Enlil uses the wind created by passing vehicles and natural wind to run its turbine. This transforms highways into renewable energy sources. 3. Green Hydrogen Green hydrogen production leverage renewable energy systems and has a much lower carbon footprint than steam reforming-based hydrogen. Startups working in the sector reduce the high production costs of clean hydrogen. Additionally, many startups develop low-cost and innovative hydrogen storage and transportation solutions. This increases the adoption rate of hydrogen as an energy carrier. As a result, energy companies augment natural gas supplies with green hydrogen and reduce their carbon intensity. Moreover, green hydrogen functions as a transition fuel to transition into clean and renewable energy infrastructure. Few solutions advancing green hydrogen adoption include: Lhyfe operates Offshore Hydrogen Production Facilities Lhyfe is a French startup that produces hydrogen from renewable sources in on-shore and off-shore facilities. The startup reinjects the oxygen created from its hydrogen production process into the surrounding aquatic ecosystem. Additionally, Lhyfe deploys a building-block solution that directly connects to natural renewable energy sources like wind power, PV energy, and hydraulic power, among others. The startup’s offshore hydrogen production thus provides clean hydrogen as a fuel for transportation and simultaneously addresses concerns over declining oxygen levels in oceans due to marine pollution. 4. Bioenergy Bioenergy generation systems are deployed near waste generation sites and leverage burning or fermentation to generate heat, ethanol, biofuels, and biogas. Besides, bioenergy production uses renewable feedstocks and does not contribute additional CO2 to the atmosphere. Biomass also produces heat and electricity in combined heat power (CHP) plants. This allows energy companies to reduce their carbon footprint as well as offer heat and power to energy consumers cost-effectively. Some bioenergy solutions include: CarboREM utilizes Wastewater for Biogas Production Italian startup CarboREM produces biogas in wastewater treatment plants. The startup’s hydrothermal conversion (HTC) technology, HTC C700, reduces the volume of sludge, reducing costs related to transport and disposal while increasing the economics of sewage sludge plants. Moreover, it transforms waste into a liquid that improves the biogas generation process within anaerobic digesters. Additionally, HTC C700’s modularity allows it to be easily integrated into existing wastewater treatment facilities, reducing capital expenses. 5. Marine Energy Tapping into ocean energy enables an additional revenue source for renewable energy companies and facilitates energy transition. To aid this, startups provide high-efficiency energy converters and offshore and onshore energy generation platforms. This allows marine energy companies to scale operations based on ocean conditions and energy demands. At the same time, coastal communities leverage marine energy sources to decouple their energy requirements from the grid. This allows energy companies to expand to remote markets without massive capital expenditure. Some marine energy solutions include: Seabased offers Wave-to-Grid Systems Seabased is an Irish startup that provides cost-competitive renewable wave energy to the grid. The startup’s patented technology harnesses wave energy converters (WECs) – buoys on the surface connected with linear generators resting on the seabed. The waves move the buoys, which drive the cable and the magnets in the generator on the seafloor to generate electrical power. The underwater switchgear, or marine substation, converts the power produced by multiple WECs into electricity suitable for grid use. Additionally, the startup’s wave energy parks discharge zero pollutants and eliminate blades that may injure or kill marine life. Interested in exploring specific renewable energy solutions? 6. Geothermal Energy Fossil fuel consumption in cold regions is high due to the continuous need for heating. Leveraging geothermal energy for heating systems thus greatly reduces their energy consumption. However, geothermal energy companies generally find it challenging to store the heat before delivering it to consumers. As a result, startups are developing thermal energy storage solutions and advanced equipment to reduce seismic risks due to geothermal drilling. Additionally, other startups develop grid-scale geothermal energy projects. This allows utility companies to reduce dependence on fossil fuels and transition to cleaner energy sources. Some geothermal energy solutions for utilities and industries include: Localized Geothermal Power Strada Global specializes in Water Hammer Drilling Technology UK-based startup Strada Global offers innovative geothermal drilling solutions to energy companies. The startup’s patented drilling technology, Water Hammer, uses a dual circulation technique to improve drilling speed and performance. Conventional mud rotary drilling takes a long time whereas Water Hammer results in reduced maintenance costs and is more effective. Additionally, this reduces capital expenses and ensures timely project completion. 7. Nuclear Energy Nuclear power plants have a small land footprint and high power output. This makes nuclear fission a great candidate to replace fossil fuels. However, the risk of nuclear meltdowns is hindering its adoption. That is why researchers and startups are developing nuclear fusion reactors. They greatly minimize the dangers associated with nuclear energy production. At the same time, other startups work to improve the safety and efficiency of fission-based power generation. Together, nuclear fission and fusion facilitate the transition to a low-carbon economy. Some nuclear energy solutions include: Low-Pressure Fluoride Coolant High-Temperature Reactor Compact Molten Salt Reactor (CMSR) Molten Chloride Salt Fast Reactor (MCSFR) Nuclear Fuel Cycle Management Commonwealth Fusion Systems builds Nuclear Fusion Energy Systems US-based startup Commonwealth Fusion Systems builds SPARC, a nuclear fusion device that produces plasmas that generate more energy than they consume. SPARC enables the generation of carbon-free, safe, and limitless fusion power with the help of the Alcator C-Mod, a compact high-field tokamak, as well as high-temperature superconductor (HTS) magnets. The startup is constructing its own commercial nuclear fusion plant, ARC, and plans to start commercial energy production by 2025. 8. Hydropower Hydroelectricity already powers a significant part of the electric grid. Innovations in this energy sector improve generation equipment efficiency and reduce environmental impacts. To achieve this, startups leverage small-scale hydropower plants, thermal energy conversion, and coastal hydropower plants. This enables utilities to source power more cost-effectively while reducing seasonality in power generation and ensuring operational sustainability. Few hydropower solutions facilitating the energy transition include: Wave-Capture Power Generation Turbulent provides Affordable Whirlpool Turbines Belgian startup Turbulent creates resilient and cost-efficient turbines for employing in rivers and requiring a low height fall. The startup provides environmentally-friendly hydropower for remote communities. Turbulent’s whirlpool system is fish-friendly as it diverts the incoming flow into a low-pressure vortex, allowing aquatic life to pass through unharmed. Other benefits of their turbines include ease of installment and maintenance, a longer operating life, and remote control and monitoring. 9. Waste-to-Energy (WTE) Waste-to-energy systems feed on organic and inorganic waste to create electricity. This allows communities and governments to tackle growing waste generation rates and address increasing energy requirements. Startups leverage advances in chemical recycling processes to convert or upcycle material wastes into high-value fuels. Besides, startups develop biomass waste streams from agriculture and food wastes to generate bioenergy. Since WTE reactors need a much lesser footprint, capital, and resources than conventional energy sources, they have a high interest in decentralized energy ecosystems. Few solutions advancing WTE include: Reurasia advances Anaerobic Digestion Reurasia is a Filipino startup that offers waste-to-energy solutions to tackle wastewater, sludge, and solid waste. The startup’s process uses a high concentration of anaerobic bacteria to treat wastewater from paper mills, food processing factories, breweries, and pharmaceutical companies. The concentrated anaerobic solution also converts solid wastes such as manure, silage, biomass, agriculture residues, and food wastes. By converting waste into renewable energy, the startup advances the circular economy. 10. CO2-to-Fuel Similar to WTE systems, leveraging the excess amount of carbon dioxide in the atmosphere to power daily energy needs slows climate change. For this, the technology needs wide adoption across industries. CO2-to-fuel technologies are primarily profitable for carbon-intensive operations like industrial processes. Capturing CO2 at the source and reusing it for power generation thus significantly reduces industrial energy costs. Therefore, researchers and startups are developing cost-effective carbon capture and storage solutions to accelerate CO2-to-fuel adoption. Among other solutions, CO2-to-fuel startups offer these solutions: Thermochemical CO2 Processing Electrochemical Energy Storage Devices Prometheus makes Net-Zero Gasoline & Jet Fuel Prometheus is a US-based startup that captures CO2 from the air to produce net-zero gasoline and jet fuel. The startup’s fuel generation unit, Titan Fuel Forge, comprises 4 stages: carbon salvage, charging, molecular sorting, and custom assembly. Initially, fans draw air into the carbon salvage tower, where CO2 and water are isolated. In the charging stage, the startup utilizes a Faraday Reactor for CO2 electrolysis and produces long-chain alcohols, in turn, liberating oxygen. Further, the molecular sorting stage uses a Maxwell core membrane and carbon nanotubes to isolate alcohols from water. The isolated alcohols are forwarded to custom assembly to produce desired fuel. Discover All Renewable Energy Startups New startups and technologies emerge that improve and transform renewable energy systems every day. These solutions span a range of applications from solar and wind power generation to nuclear fission and fusion. Renewable energy trends show a shift to making power generation more efficient and affordable. This will increase the market penetration of renewables and ultimately replace fossil-based power sources. To aid this, startups are leveraging novel technologies to optimize and improve energy generation systems and processes. Get in touch to identify specific renewable energy startups & solutions that enable the transition towards a clean energy future for your business!

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Lhyfe Rank

  • When was Lhyfe founded?

    Lhyfe was founded in 2018.

  • Where is Lhyfe's headquarters?

    Lhyfe's headquarters is located at 182 rue paul belamy, Nantes.

  • What is Lhyfe's latest funding round?

    Lhyfe's latest funding round is IPO.

  • How much did Lhyfe raise?

    Lhyfe raised a total of $97.02M.

  • Who are the investors of Lhyfe?

    Investors of Lhyfe include Mitsui & Co., Ovive, SFLD, Andera Partners, Ouest Croissance and 9 more.

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