Top 10 Sustainability Startups in Norway: Driving the Green Transition Forward

It’s not by chance that Norway is known as a leader in clean energy. With lots of hydropower, strong climate policies and a culture of innovation, the country is still ahead of the rest of Europe in using renewable energy, developing clean technology and starting green businesses. 

In the last ten years, a new wave of sustainability startups has appeared. These companies are working on problems related to climate change in areas like battery innovation, energy storage, mobility, industrial emissions and smart-grid optimisation. These new businesses are not only making Norway’s future in clean energy better, but they are also making the country a global centre for green technology.

Why These Startups Matter

These new businesses are at the centre of Norway’s green technology ecosystem. They deal with some of the most important climate problems in the world, such as emissions from factories, electrification of transportation, use of renewable energy and energy efficiency. Their technologies help the move towards circular-economy principles by lowering carbon footprints, making the grid more reliable and making supply chains cleaner. Together, they make a strong group of new ideas that make Norway’s role in making climate solutions around the world stronger.

The Future of Sustainability Startups in Norway

Norway’s future as a leader in sustainability looks bright. The country is a great place for climate-tech to grow because the government gives money to clean energy, there is a lot of renewable energy and there are a lot of skilled engineers. Investment in making batteries, building hydrogen infrastructure, shipping goods in an environmentally friendly way and modernising the grid is still growing quickly. These new businesses, along with the next generation of innovators, will be very important in making Norway’s climate goals a reality and sending green solutions around the world.

Top 10 Sustainability Startups in Norway

Here are ten of Norway’s most important sustainability startups and scale-ups. Each one is helping to move the world towards a low-emission economy.

Morrow Batteries

Morrow Batteries wants to make the next generation of lithium-ion batteries more environmentally friendly, cheaper and easier to make in large numbers. The company is building a megafactory in southern Norway. Its main goal is to make high-performance, low-carbon battery cells using cleaner methods and local renewable energy. Their work helps Europe quickly switch to electric vehicles and build more energy storage systems.

Otovo

Otovo has changed residential solar by making it easier and cheaper to install. Homeowners can easily buy or sign up for rooftop solar systems and batteries through its solar marketplace. Otovo is speeding up the move towards decentralised renewable energy generation in Norway and the EU by making the consumer solar market less competitive.

Corvus Energy

Corvus Energy is the best in the world at maritime battery technology. They make power systems for ferries, offshore vessels and industrial uses. Their solutions make it possible for the marine industry, which has always relied on fossil fuels, to switch to electric power. Corvus is a key player in reducing pollution in rivers, fjords and oceans as the world works to make ports and shipping cleaner.

Hexagon Purus

Hexagon Purus makes battery packs, hydrogen storage systems and ways to get around without polluting. Their cutting-edge technology helps to decarbonise heavy transportation, like trucks, buses and industrial machines, where electrification can be difficult. The company is at the forefront of clean heavy-mobility innovation as demand for hydrogen infrastructure around the world grows.

EnergyNest

EnergyNest focuses on thermal energy storage, making systems that let businesses and utilities store extra heat or energy and use it when they need it. This technology is a long-term way to cut down on energy waste, make industrial processes more efficient and keep grids stable. More and more energy-intensive industries are using their “thermal batteries” to store heat in order to cut down on carbon emissions.

Vianode

Vianode makes high-tech battery materials that are designed to be environmentally friendly. Their graphite-based products help make the supply chains for electric vehicle battery manufacturing cleaner. Vianode helps make sure that the global transition to electric vehicles is good for the environment from start to finish by focussing on low-emission production processes and high-quality anode materials.

Heimdall Power

The smart grid of the future is being built by Heimdall Power. The company makes sensor-based technology and AI-powered analytics that help utilities improve the performance of the power grid, get rid of bottlenecks and add more renewable energy. As countries switch to electricity, grid congestion becomes a big problem. Heimdall Power has the answers that keep renewable energy flowing smoothly.

Beyonder

Beyonder is making high-performance lithium-ion capacitors and energy-storage systems for heavy-duty industrial use. Their technology is designed to be long-lasting, efficient and environmentally friendly, which helps industries that need high-power applications reduce their carbon footprint. Beyonder is a green innovator that focusses on Nordic biomaterials and the principles of a circular economy.

Enode

Enode makes the future of energy connected and flexible by offering APIs that connect EVs, heat pumps, home chargers, batteries and other smart energy devices. Their software helps energy companies manage demand, keep the grids balanced and help customers make better energy choices. Enode is at the crossroads of smart homes, software and the use of clean energy.

Kyoto Group

Kyoto Group makes thermal batteries that use electricity from renewable sources to store industrial heat. This lets factories and businesses that use a lot of energy separate their energy use from their dependence on fossil fuels. Kyoto Group is opening up new ways for industry to be more sustainable by tackling one of the hardest parts of decarbonisation: industrial heat.