The Energy Science Center at ETH Zurich (ESC) facilitates the deployment of an environmentally friendly, reliable, low risk, economically viable and socially compatible sustainable energy system.
The ESC enhances cooperation between ETH Zurich, industry, government, and society on energy related issues, offering a platform for nourishing the exchange between engineering and social sciences as well as for directing joint projects.
 

The EPFL is Europe’s most cosmopolitan technical university. It welcomes students, professors and collaborators of more than 120 nationalities. EPFL has a Swiss and international vocation and has three missions: teaching, research and innovation. EPFL collaborates with universities and colleges, secondary schools and gymnasiums, industry and the economy, political circles and the general public, aiming to have a real impact on society.
 

The Zurich University of Applied Sciences (ZHAW) is one of the leading universities of applied sciences in Switzerland. In research the ZHAW concentrates on important societal challenges, with a particular focus on energy and social integration. With locations in three different cities of the canton of Zurich, the ZHAW is strongly integrated in the local region whilst also collaborating with international partners.
 

Depsys enables electricity distribution system operators to adapt and move more easily towards the energy transition, and to build a sustainable future more quickly. By providing them with relevant, real-time data and insights via its platform GridEye, depsys enables them to better manage and control their grids. A 2022 global Cleantech 100 company, depsys has won numerous awards and contracted over 50 grid operators around the world.
 

Leclanché, driving Energy Transition based on 112-years of rich heritage

Electrification of transport systems
We deliver integrated Battery Packs for Electric Vehicles of all sizes, with intelligent interface to the charging infrastructure.

Integration of Renewable Energies
We deliver Energy Storage Systems that reliably add intermittent solar and wind energies in the electricity network as dispatchable power on as needed basis.
 

BrainBox AI’s offers artificial intelligence to combat climate change by making commercial buildings smarter and more efficient. Its flagship product optimizes HVAC systems in real-time, enabling existing infrastructure to become predictive and self-adaptive, reducing energy consumption by up to 25% and emissions by up to 40%. Its next phase forms a virtual network of buildings that champions a reliable, clean, and safe electrical grid.
 

BluWave-ai is focused on driving the proliferation of renewable energy and electric transportation worldwide. Our artificial intelligence optimizes the cost, availability, and reliability of different energy sources, with a focus on renewable energy. Our goal is to drive the global energy transition from a centralized, carbon-based energy model to the point where clean energy can be produced by almost anyone, anywhere, aided by advanced real-time computing.
 

The University of Alberta is one of Canada’s leading research institutions, ranked first in Canada (and among the Top 30 in the world) for publications and citations related to energy systems. Future Energy Systems is a federally-funded $75 million research program at the UofA which has launched more than 115 research projects into energy technologies, policies, and environmental impacts since 2016.
 

Our mission at Kanin Energy is to help heavy industry decarbonize their operations.  We’re hyper-focused as turnkey developers of industrial waste heat to power projects, and we use vetted, commercially-proven technology to deliver near-term, cash flow-positive carbon abatement projects.  We bring innovation to our business model, which includes financing, to de-risk waste heat to power project implementation.