• EasySolar
• Ecoligo
• EzzingSolar
• Feedgy
• GreenStone Energy
• Norwegian Crystals
• Peafowl Solar
• PVComplete
• ROSI
• Soof
• Sunroof
• ACT Blade
• Aerones
• AMC Vibro
• Nabrawind
• Vertequip
• WTS
• FiberSail Holding
• Principle Power
• X1 Wind
• CorPower Ocean
• SeaQurrent

• Storage for buildings: Sylfen
• Storage for municipalities:GroeneWarmte
• Storage for the grid: Altris
• Storage for the grid: Elestor
• Storage for the grid: Mine Storage
• Storage for the grid: Rivus
• Storage for the grid: Silbat
• Storage for the grid: Suena
• Storage for the industry: BeePlanet Factory
• Storage for the industry: Graphenix
• Storage for the industry: Mecaware
• Storage for the industry: Pure Battery Technologies
• Storage for the industry: Volterion
• Storage for the industry: Voltstorage
• Storage for the industry: WattAlps
• Sustainable raw materials for the battery value chain: Extremadura New Energies
• Sustainable raw materials for the battery value chain: Geomet-Cinovec
• Sustainable raw materials for the battery value chain: Savannah Resources
• Sustainable raw materials for the battery value chain: Vulcan Energie Ressourcen
• Storage for transport and mobility: AC Biode
• Storage for transport and mobility: BASQUEVOLT
• Storage for transport and mobility: ElevenEs
• Storage for transport and mobility: Nawa Technologies
• Storage for transport and mobility: Skeleton
• Storage for transport and mobility: Verkor

• ABORA ENERGY
• EOS Energy
• Ferroamp
• Heaboo
• KlugIT
• Pionierkraft
• Samster
• Sunaitec
• Supersola
• Watch-e
• Woon Duurzaam

• BIN-e
• Cloud Energy Optimizer
• Energy Floors
• LYV Holding
• Vilisto
• Wind my Roof
• Candam
• OmegaLambdaTec
• SEEDiA

The world must speed up progress on tackling climate change if we are to meet the Paris Agreement goals and achieve net-zero emissions by 2050. It won’t be easy. But because it will take decades to replace today’s fossil-fuel-dependent industries with the cleaner operations of the future, the immediate imperative is to accelerate the deployment of key existing technologies that can buy humanity more time to create and grow those nascent solutions.

When good is good enough? Current technologies, even if they are not perfect, can meaningfully reduce emissions in the immediate future, such as green hydrogen, energy storage and renewables like wave, wind and solar energy. Entrepreneurs and investors must commercialise and scale these to achieve more sustainable energy to power manufacturing, transportation, and agriculture today.

In this roundtable session, two entrepreneurs will discuss their big-impact technologies and projects with members of the ecosystem that are bringing them to life. Projects that ten years ago were impossible and here they are today. Regulators, investors, and industry will weigh in on what is required to speed the deployment and commercialisation of these technologies, driving the most change in the short-term as we race towards net-zero.

• C-Green Technology
• MEVA Energy
• Naoden
• Phoenix BioPower
• Arol Energy
• Enosis
• iNEX
• Athena
• Celcibus
• Hymeth
• Hysilabs
• Mebius

• Bamboo
• Beedata Analytics
• ENEIDA
• Hepta Airborne
• Ringhel Team SRL (PROCESIO)
• STEMY ENERGY
• TokWise LLC
• EnergIOT Devices
• Enline
• SciBreak
• Spottitt
• DCBrain
• ConnectPoint
• AMPnet
• Blubik
• Mpower
• Solaris Offgrid

The global energy transformation is driving energy systems towards total renewable energy. Contrary to flexible fossil fuel-based supply, this will make energy supply less dispatchable as it is normally not available on-demand. As energy demand is extremely variable, and the demand for electricity also increases, the fundamental issue of matching supply and demand is amplified. But storing energy on a massive scale will enable to solve this problem. Join this parallel session to discuss what a fully renewables-based energy system would look like and what is required to make it possible. We will discuss the innovative technologies that can make short, medium and long duration storage possible, as well as the policy landscape enabling it. Challenges such as delivery of renewable power to the location of the consumer and the massive additional renewable generation that will be needed will also be discussed.

According to the IEA, half the technologies we will need to achieve net-zero emissions haven’t been invented yet. So, while we scale those high impact solutions of today, we need to also look to the future. But what does the future hold? To find out, we must empower and unleash today’s explorers to discover and develop innovations that will ultimately save the planet, whether that’s fusion energy, tidal power, hyperloop or ideas we haven’t thought of yet. With these initiatives at work, innovation will not only be an enabler of climate goals, but it will also be a driver of growth, creating jobs, economic prosperity, and energy security in the process.

In this session, two innovators will show their technical solutions, that although may be viewed as a bit futuristic at present, have an enormous impact potential in the future. What is the status of these technologies? What is going on in their fields, respectively? When can they be deployed? What are the challenges and what is needed to make it happen? How to create a market and an industry? What political and social changes are needed to make it possible? These and other questions will be tackled in this roundtable sessions by members of the ecosystem that are needed to make these innovations become reality: entrepreneurs, policy makers, institutional leaders, investors, scientific representatives, and industry.

• Acton
• Atawey
• AVO Mobility
• CaCharge
• DuckTrain
• Elaphe
• Gleam Technologies
• Hardt Hyperloop
• Kumpan
• Llewo
• MOB Energy
• Navlandis
• Nuwiel GmbH
• Pamyra
• Scoobic
• Smart Monkey
• Swobbee
• The eCloudCompany
• Towt
• Volytica
• Zeleros
• ZPARQ

• Alent Dynamic AB
• BBKW
• Cascade Drives
• Ecobean
• Ecop
• Energiency
• ENERGYSQUARE
• FlexiDAO
• Graphmatech
• GravitHy
• Heat Power
• Heat Ventors
• Heliac
• Infinite Foundry
• Koena Tec
• MAQAB
• NitroCapt
• Nordluft Automation
• OneWatt Solutions
• Percyroc
• Phynix
• Simplex Motion
• Stockholm Water
• SurfCleaner AB
• Tictap
• Trigger SA

Top-emitting sectors such as heavy industry including fertliser, steel, and chemical production, as well as heavy-duty transport such as shipping, aviation and heavy goods vehicles, are responsible for nearly one-third of global carbon emissions and are notoriously hard to abate. But as industry looks to innovate, decarbonisation of these energy intensive value chains is possible especially thanks to green hydrogen technologies . In this session you will meet some green hydrogen initiatives supported by InnoEnergy as experts from our ecosystem that are contributing to the decarbonisation of hard to abate industries. These initiatives will lead to a green hydrogen economy in Europe of 100B€/year, 500,000 new direct and indirect jobs in Europe, across the entire value chain and 400 million tons CO2 reduction.

A total of 5 billion people around the world use the internet today. Everything happens online and we use digital devices to connect with everything around the globe whether it be for business, education or simply to relax. Amazon ships about 1.6 million packages every single day. Google processes over 8.5 billion searches per day. Facebook’s global monthly active users reach 2.9 billion. Data centres in Ireland are now consuming more electricity than all the rural homes in the country combined. These big tech corporations are conscious that the power consumption of their data centres and factories have exponential growth year on year, and they are developing strategies to deal with this that all industries can learn from. In this session, we invite you to listen to big tech’s Chief Sustainability Officers and learn how are they tackling sustainability and the race to net zero.

The food value chain touches many aspects of the energy transition and agriculture has a crucial role to play in reaching energy and climate objectives. Aspects in the food industry such as the energy intensity of food production, fertilisers, water usage and shortages, meat production and relatively conservative industry players all present issues in the race to net zero. In this session we will introduce cleantech solutions and discuss the intersection of agriculture and sustainable energy by bringing industry representatives, investors, and entrepreneurs together.