IEL

Bright Day Prototypes produce high-quality graphene material with exceptional thermal and electrical conductivity. Bright Day Prototypes graphene material has the potential to improve the efficiency and sustainability of energy storage and conversion systems, such as batteries, supercapacitors, and solar cells. The ultimate goal is to contribute to a more sustainable energy society and reduce the reliance on fossil fuels. Bright Day develops an innovation that contributes to:<br>Climate change mitigation by developing high-quality graphene material.

Romeo Power develops high-energy dense battery modules for commercial vehicles. Romeo Power specializes in advanced electrification solutions for commercial vehicles, ensuring safety, performance, and reliability with its innovative hardware and battery management systems. Their mission is to lead the way in the global transition to electrification, driven by their high-energy dense modules, with a vision to eliminate energy poverty. Romeo Power develops an innovation that contributes to:<br>Climate change mitigation through mass adoption of electric vehicles..

Epishine specializes in the development of organic photovoltaic (OPV) technology for energy harvesting of indoor light. Epishine manufactures organic thin film PV modules that efficiently convert ambient light into electrical energy, making them suitable for use in low-power devices and IoT applications. They also designed a kit that combines the OPV modules with an energy buffer and intelligent charging management to support various output voltages and energy storage solutions. Epishine develops an innovation that contributes to:<br>1. Climate change mitigation by enabling the substitution of conventional batteries..

BeChained provides a platform for reducing production energy costs and decarbonizing the energy system. BeChained's platform uses artificial intelligence to facilitate energy due diligence and modeling for production installations. It offers features such as measuring sustainable impact, monitoring energy consumption and emissions in real-time, certifying carbon footprint and tracking energy transactions, optimizing energy consumption and emissions, and enabling trading of energy and carbon assets in markets. The platform helps clients make informed business decisions, reduce energy consumption, and generate new revenue streams while decreasing their carbon footprint. BeChained develops an innovation that contributes to:<br>Climate change mitigation by enabling data-driven GHG emissions reduction.

NuScale develops and manufactures VOYGR™ SMR plants. NuScale module is based on pressurized water-cooled reactor technology and is designed to provide energy for various applications, including electrical generation, district heating, desalination, commercial-scale hydrogen production, and other process heat applications. NuScale develops an innovation that contributes to:<br>Climate change mitigation by providing hydrogen production.

GreenMe Solutions develops reusability, recovery, and recycling solutions using advanced robotics and AI technology. GreenMe Solutions offers material processing services focused on maximizing the recovery and recycling of valuable materials while minimizing waste. The company efficiently processes diverse materials like electronics, medical equipment, and batteries, utilizing state-of-the-art software and processes for secure data and hardware disposal. The company ensures compliance with local, state, and federal regulations for medical device recycling and safely disposing of hazardous materials. They offer environmentally responsible battery recycling services, employing cutting-edge AI and robotic technology for sorting, classifying, testing, and evaluating batteries based on type, chemistry, and condition. GreenMe Solutions develops an innovation that contributes to:<br>Climate change mitigation by maximizing material recovery.<br>The transition to a circular economy by recycling batteries.

PowUnit focuses on developing smart, green energy solutions for off-grid environments, with their main solution being the Mobile Pow Unit (MPU). PowUnit's technology is based on fuel cells and hydrogen as the main components of comprehensive energy solutions. Hydrogen is expected to become the most important storage medium for renewable energy sources in the future. The company's Mobile Pow Units (MPUs) utilize both fuel cells and batteries to provide energy solutions for various applications. PowUnit is an innovation that contributes to:<br>Climate change Mitigation by developing technologies based on fuel cells and hydrogen.

Tanovus develops battery anode materials to enhance battery performance. Tanovus specializes in advanced micro-nano structured materials and composites for energy applications. Their innovative battery anode products aim to enhance battery performance in various aspects. Leveraging patented TANO3D technology, Tanovus creates scalable low-expansion rate silicon-carbon and fast-charging hard carbon solutions. It addresses challenges in the rapidly evolving new energy sector, contributing to advancements in battery technology. Tanovus develops an innovation that contributes to:<br>Climate change mitigation through higher-performance battery materials.

T2C-Energy specializes in converting biogas from landfills and anaerobic digesters into renewable jet and diesel fuels.

T2C-Energy’s patented TRIFTS® process transforms crude biogas into high-grade synthesis gas, which is then selectively converted into hydrocarbon chains to produce drop-in fuels. These fuels resemble commercial petroleum-derived counterparts and require no engine modifications. Their novel catalytic technology efficiently utilizes both methane and carbon dioxide components of biogas in the production of diesel fuel.

T2C-Energy contributes to:
Climate change mitigation by producing renewable fuel.
The transition to a circular economy by repurposing biogas from landfills and anaerobic digestors.

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