We're on a mission to revolutionize the way energy is handled in buildings. Energy Machines™ is a leader in the design, implementation, and operation of integrated energy systems for buildings. Buildings are a growing climate problem, accounting for over 28% of global CO2 emissions. We are working to transform them into climate solutions. By combining proven best-of-breed hardware with purpose-built software and simulation platforms, Energy Machines enables buildings to operate as “energy machines” or fully integrated systems that generate, store, and reuse their own energy. In order to revolutionize the way buildings are managed. We are developing a next generation computing platform. This platform will leverage cloud, IoT technologies and modern electronics to upgrade existing industrial systems. We envision a future in which buildings accelerate the world’s transition to sustainable energy. By turning every building into a high-performance energy machine, together we can achieve it.   *image source BLOX (Rasmus Hjortshøj)

The need for cooling is growing all over the world due to global warming. STAC's focus is on developing zero emission cooling solutions using water as the refrigerant and our product solutions are made to plug and play replace current cooling chillers using destructive synthetic refrigerants. STAC Technology makes sustainable industrial cooling solutions exclusively using water as the refrigerant. STAC's cooling solutions are designed to be used in multiple applications across a variety of industries. STAC Technology is a hardtech cleantech R&D Engineering company was started in 2016 and has been going through a speedy development since 2020 and is now funded by EIC, European Innovation Council and the commercialization phase in 2024-2027 will be funded by a consortium consisting of EIB, European Investment Bank and others.

Do innovative, sustainable energy solutions inspire you? Do you want to help fight climate change and work with some of the largest and most ambitious clients in the world? Aeromine Technologies had developed a novel, building integrated “wind turbine” for industrial/commercial use. Aeromines have no visible rotating parts which make them ideal for root top installation as they make no noise and no vibrations. We help companies and organizations in their efforts to reduce CO2 emissions and convert to renewable energy. We have received more than 100.00 customer inquiries over the past year, and our innovative solution was selected by TIME Magazine as one of the best global innovations in 2022.

Fischer Lighting is a sustainable front-runner who has developed a unique circular business model where waste is transformed into new beautiful lamps that make buildings more sustainable and people healthier. In 2023, Fischer Lighting saved more than 53 tons of discarded lamps from being thrown away, and with the concepts ReUse, ReDesign, and ReCreate, unique lighting solutions are created in a beautiful and industrial design that meets all the requirements of a new lighting fixture. In addition to environmental sustainability, social sustainability is also an important part of the concept. Therefore, all the old lamps are separated and assembled by people on the edge of the labor market in Denmark. At the same time, the lamps are equipped with the latest technology, which, among other things, enables circadian lighting, which can stimulate the production of hormones in our body and create better well-being for people in buildings.

Hybird is an AI-first energy technology company transforming the way businesses manage and use electricity. Born out of frustration with outdated monitoring systems, Hybird combines proprietary circuit breaker innovation with intelligent software, into the Hybird Operating System (OS). This OS tracks electricity usage at the source level, and makes it possible to cut waste, lower costs, and reduce CO₂ emissions. By pairing real-time hardware insights with advanced pattern detection and consumption optimisation, Hybird delivers typical savings of 20–30%. In short, Hybird turns everyday switchboards into connected, data-driven systems that give businesses smarter control over their energy footprint.

Trebo is a cleantech startup that develops and manufactures a novel fluid-mechanical based plastic sorting technology. The sorting technology enables the plastic industry to sort large-scale plastic-type mixtures and transform the industry’s production waste into valuable resources. The Procurement costs on virgin materials are reduced and the environmental impact from incinerating or dumping plastic waste is eliminated. The annual global production of plastic has in 2019 exceeded more than 300,000,000,000 kg and even though the majority of plastic waste is suited for recycling purposes, more than 90% of the global production of plastic is either incinerated, deposited or dumped in nature. As the production of one kilogram of virgin plastic on average requires three kilograms of natural oil, the plastic industry is a global large-scale consumer of fossil fuels and therefore an important intrant in the green and sustainable changeover of the industry. Due to the wide palette of applications and physical characteristics of plastics, many end-user plastic products consist of one or more different types of plastic. As the quality and application performance of mixed plastic is decreased critically compared to the pure counterpart, plastic mixes are often considered as waste and therefore incinerated or sold to a price significantly lower than the price of the virgin plastic. Industrial waste streams of mixed plastic constitute approximately 60% of the total plastic waste stream. We believe it is critical to develop technologies that effectively sorts and restores the value and physical properties of the virgin plastic. At Trebo, we are environmentalists and our vision is to make the global plastic industry more sustainable and renewable. We hope that you will join us on our adventure.

Climaider is a rapidly growing startup, enabling Small and Medium sized Enterprises to measure and report their ESG and to take real climate action. ESG reporting is becoming a necessity if you want to stay competitive, retain your employees, get funding or financing and win customers and jobs. But SMEs have been left behind in a reporting environment that has been shaped first and foremost to accomodate very Large enterprises - leaving SMEs with an extremely complicated and tedious reporting job that often falls on employees or owners with a 1000 other responsibilities too. We help and guide SMEs, automate +95% of the work and instill in them the confidence that they can do this and that they have done it the right way. Our goal is to remove the headache of reporting, leaving room to focus on what is actually important: Reducing the carbon footprint of your company. We're set on becoming THE solution for SMEs all over Europe, making reporting easy, comparable and actionable. Join us!

1KOMMA5° Denmark (formerly Viasol, one of the earliest and largest solar providers in Denmark) is a climate tech company revolutionizing how homeowners transition to green energy. We offer fully integrated solutions for solar panels, heat pumps, and energy storage, all connected via our proprietary energy management system, Heartbeat. We are solving the complexity and inefficiency in the green energy transition. Homeowners today face fragmented offerings, lack of transparency, and poor service when trying to make their homes climate neutral. 1KOMMA5° solves this by offering a seamless, one-stop-shop experience with smart tech, premium installation, and ongoing optimization—all under one roof. With deep market experience as Viasol and now part of the 1KOMMA5° group, our mission is to make every home in Denmark energy independent, affordable, and climate-friendly—contributing to a healthier planet and future-proof energy economy.

Neucom builds ultra-efficient hardware accelerators that combine minimal power consumption with maximum human oversight. We work towards a freer and fairer world with trustworthy technology, one chip at the time. Our hardware is informed by neuroscience to achieve minimal power consumption. Our headquarter is in Lyngby, just north of Copenhagen Denmark.

At Phlit, we’re dedicated to accelerating the shift toward a sustainable future. Renewable energy sources like solar and wind are being adopted rapidly, but their unpredictability presents challenges. That’s where our IoT solution comes in. We use existing energy assets—such as wastewater pumps, heaters, fans and compressors—and, with our algorithm, turn them into virtual batteries that balance supply and demand in real time. This offers a sustainable alternative to traditional batteries while helping our customers save money and reduce their carbon footprint. We believe the future of energy is bright, and we’re excited to lead this transformation. Join us in creating a cleaner, more sustainable world!

We are a startup on a mission to quantify environmental impacts, make them easy to understand and act upon! Companies and organizations needs to be able to calculate and document carbon footprint on the goods they sell. Unfortunately this is currently a very complicated and time-consuming task! We automate the process of calculating and documenting product's carbon footprint through intuitive software, providing high-quality data and a seamless user experience. Quantified Impacts is founded in late 2022. We have secured initial capital and have set the path to reach our mission. We have offices in Valby Copenhagen and in Bjerringbro Jutland.

Founded in Copenhagen, NorthQ is a leading-edge manufacturer and service provider of Energy Management devices. Based on extensive expertise with connected devices, we pioneer in retrofit meter reading solutions for the industrial and domestic sectors. Powered by innovation and effectiveness, both the hardware and the software of our cloud-based solutions are developed internally. This enables us to provide rapid development of tailor-made industrial metering and energy management solutions for a wide variety of business clients. Our mission is to deliver valuable business insights for energy, indoor climate and predictive maintenance, in order to inspire our customers to improve operational efficiency. In this way, we aim to help our customers use their resources more responsibly, towards their business, communities and the environment.

You should join Twig Energy to be a part of accelerating deployment of renewable infrastructure. We are an AI and technology company at heart and are building the software and finance solutions enabling renewable infrastructure to be built at scale. Our ambition goes beyond software and we want to participate directly in building the infrastructure for a net zero future. As a workplace we value ambition to make a difference, autonomy and having fun.

With a core technology of thermal energy harvesting, TEGnology works on smart power supply solutions for future IoT devices, which don't rely on batteries or cables. It opens opporutnities for generating more data, making more precise moniroting, or installing sensor in the places difficult to reach. Digital transition and industrial automantion sill based on installing a large number of wireless sensor nodes, most of which are currently powered by batteries. Despite the relatively low cost of batteries, the enevitable man-powered involved in maintaining the keeping track of batteries might be problematic, not to mention batteries pollutes. Thermal energy harvesting converts temperature gradience directly into electricity. No moving parts or chemical reactions are involved. The lifetime of thermal generator is therefore typically decades. During the entire lifetime, more energy can be provided than any type of batteries. All materials used in TEGnology’s thermal energy harvesters are abundant and environmentally-friendly. The manufacture method is compatible with existing industrial standard. It makes up-scaling of production relatively straightforward.

Kvasir is solving one of the most difficult problems in the world; how to replace fossil fuels in the heavy transportation industries. Kvasir has developed and patented a unique process to convert ligno-cellulosic plant biomass (straw, wood, bagasse etc. ) to marine fuel in a simple one step process. The process involves cooking biomass in an alcohol atmosphere under pressure, effectively liquefying the biomass. Were developing our technology in our in-house lab and workshop facilities in Soeborg and are also collaborating with universities in both Denmark and abroad.