National Science Foundation

Cecilia is a start-up that focuses on tackling the plastic waste crisis by utilizing a modular microwave-based system to upcycle plastic waste into clean hydrogen and performance carbon, particularly carbon nanotubes. Funded by NASA, the company's innovative process is electricity-powered, highly energy-efficient, and capable of achieving a carbon-neutral profile with the use of renewable energy sources. By combining waste plastic processing with hydrogen production, Cecilia offers a scalable and economically viable solution to diminish plastic waste while simultaneously generating clean energy. This approach not only addresses environmental concerns but also contributes to a transition towards a cleaner energy future by reducing reliance on fossil fuels.

Harvest Thermal develops a control system for home use that integrates heating, hot water, and cooling with thermal storage. Its Harvest Thermal Pod is a cloud-connected IoT device that is machine learning enabled. It aims to provide affordable and low-carbon heating, hot water, and cooling systems that reduce the impact on the planet while providing comfort and safer homes.

Octet Scientific specializes in the production of advanced organic electrolyte chemicals designed to enhance the efficiency and longevity of zinc-based batteries. The company's innovative OctoLyte products optimize electrolyte chemistry, making them suitable for a range of applications, including backup power, grid storage, portable devices, and mobility solutions. By integrating these products into existing electrolyte systems, Octet Scientific enables its customers to improve battery performance, ultimately leading to more efficient and cost-effective energy storage options.

Altect eliminates the build-up of explosive and toxic gases. Their TRAPS uses a series of physiochemical processes to neutralize flammable and toxic battery gases into inert, non-hazardous gases. They enabled fire protection systems to provide preventative fire mitigation protection for Li-ion batteries, regardless of whether they are installed in an electric vehicle or stored in a warehouse.

Harvest Thermal develops a control system for home use that integrates heating, hot water, and cooling with thermal storage. Its Harvest Thermal Pod is a cloud-connected IoT device that is machine learning enabled. It aims to provide affordable and low-carbon heating, hot water, and cooling systems that reduce the impact on the planet while providing comfort and safer homes.

Aesir Technologies specializes in the development and commercialization of next-generation Nickel-Zinc (Ni-Zn) battery technologies that utilize sustainable, non-toxic materials that can be safely and easily recycled. Aesir Technologies was incorporated in 2011 and has a research and development (R&D) facility in Bozeman, Montana, and a low-rate initial production facility in Joplin, Missouri.

NanoDian is a nanotechnology company focused on developing and commercializing advanced lithium-ion batteries. The company specializes in creating nanostructured materials for battery cathodes, aiming to enhance performance in both portable and stationary energy storage applications, including electric vehicles and microgrids. Utilizing patented laboratory-developed technology, NanoDian addresses key challenges in current battery technology, such as improving life cycles, charge rates, safety, and cost. Through its innovative approach, NanoDian seeks to provide significant benefits to users across various energy storage devices.

Arctura is focused on advancing sustainable energy solutions, particularly in the wind energy sector. The company develops innovative technologies aimed at enhancing the efficiency and profitability of renewable energy plants. Their solutions address significant challenges in the industry, such as reducing costs associated with lightning damage, minimizing losses from underperforming wind assets, and mitigating the risks of curtailment. Additionally, Arctura has created a green nitric acid technology that synthesizes nitric acid using air, water, and renewable electricity. This innovation not only provides clients with affordable energy options but also contributes to lowering the carbon footprint of various industries, while supporting local energy demands from wind and solar sources.

TEVERRA is a clean energy technology company that provides innovative subsurface solutions aimed at optimizing carbon storage, energy storage, and geothermal operations. The company focuses on converting oil and gas assets into geothermal resources and offers a range of services including subsurface thermal energy storage, geothermal systems, and power plant design. Additionally, TEVERRA specializes in subsurface monitoring, visualization, and control for both geothermal and oil and gas sectors. By developing advanced technology and implementing international projects, TEVERRA supports the transition to a low-carbon and sustainable energy mix.

Caporus Technologies specializes in the development of innovative thin-film dielectrics designed for high-energy-density capacitors. The company's technology provides reliable capacitive energy storage and filtering, capable of operating at elevated voltages and temperatures. This capability is essential for next-generation power conversion systems, which are crucial for advancing the electrification of transportation and integrating distributed energy resources into the power grid. By addressing the growing demands for efficiency and performance in power conversion, Caporus supports its clients in meeting contemporary energy challenges.

NanoResearch provides research, design, development, and commercialization of energy storage or smart materials, energy storage devices, mechanical smart lighting products, and nanobiomedical products for governments, businesses, and non-profit organizations.

Tyfast is a company focused on producing renewable energy and developing advanced lithium batteries. Its primary goal is to address the challenges associated with battery range, cycle life limitations, and charging safety. By creating innovative anodes and energy storage solutions, Tyfast provides clients with enhanced lithium transport and cycling stability, allowing for fast charging and extended battery life.

NextGen Battery Technologies focuses on the development of innovative electric vehicle batteries utilizing proprietary solid-state electrolyte and cobalt-free cathode technology. Their HC series of composite electrolytes effectively merges the advantageous characteristics of ceramic and polymeric materials. This battery technology is designed to facilitate the large-scale adoption of electric vehicles by providing a high-performance energy solution that maintains high ionic conductivity across a range of temperatures. The synthesis of these batteries employs scalable processes, allowing car manufacturers to easily integrate them as drop-in replacements for existing cathode materials.

KineticCore Solutions is a technology manufacturing company that produces energy storage systems. It offers an energy storage package and its operating environment easily matches that of current and future wind and solar farms. The all-composite structural design of the KineticCore Battery contains no hazardous materials, which greatly simplifies safety, shipping, and recycling compared to chemical batteries. In 2019, James, Jim, and Chuck Clegern co-founded the company with Steve Milliren in Loveland, Colorado.

UNIGRID develops sustainable and affordable sodium-based batteries using abundant materials. They aim to put a battery into every home, the grid, and other distributed energy storage applications. They use dense Na-alloy and a non-flammable electrolyte, which led to high energy density and improved safety.

Nth Cycle is a metal processing technology company that focuses on recovering critical minerals through innovative electro-extraction methods. It collaborates with battery recyclers and mining operations to extract production-grade minerals from e-waste and low-grade mine tailings, offering a cleaner and more customizable alternative to traditional hydrometallurgical and pyrometallurgical processes. By utilizing its advanced recycling technology, Nth Cycle aims to reduce reliance on primary mining, thereby creating a sustainable secondary source of rare earth metals in the United States. This approach supports the manufacturing and recycling industries while contributing to advancements in clean energy.

AM Batteries manufactures Li-ion batteries using solvent-free electrode manufacturing technology. The company was founded in 2016 and is headquartered in Chelmsford, Massachusetts.

NanoFlex Power Corporation specializes in the research, development, commercialization, and licensing of advanced photovoltaic technologies focused on thin-film solar products. Based in Scottsdale, Arizona, the company has established a portfolio of U.S. patents and international counterparts resulting from its sponsored research programs. Its innovations include Gallium Arsenide-based solar thin films and organic photovoltaic materials, which are designed for high efficiency, flexibility, and aesthetic applications such as semi-transparency and tinting. The technologies are applicable across a wide range of sectors, including portable and off-grid power generation, building-integrated photovoltaics, aerospace, and automotive industries, as well as Internet of Things applications. Founded in 1994, NanoFlex Power aims to unlock new opportunities in solar energy with its cost-effective and high-performance solutions.

ChloBis Water provides a desalination battery. It is constructed by combining Bi as a Cl-storage electrode and Na as a Na-storage electrode. Desalination batteries combine energy storage and release with the removal and release of sodium and chlorine. They use salt ions to store and release energy while desalinating water.

Volexion Inc. is a manufacturer of lithium-ion batteries based in Chicago, Illinois, established in 2018. The company specializes in innovative graphene coating technology designed for commercial lithium-ion cathode materials. This advanced technology significantly enhances battery performance, offering improvements such as longer battery life, better power output, and a broader voltage range. Volexion's approach provides clients with a stable and efficient solution that optimizes the electrochemical performance of conventional lithium-ion batteries.

Marel Power Solutions develops power inverters that are compact, re-usable, upgradable, and resilient against die-supply shortages. Their subsystems are compact, re-usable, upgradable, and resilient against die-supply shortages, enabling clients to have a new generation of power inverters.

TruSpin Nanomaterial Innovation specializes in the production of advanced nanofibers using a unique A/C electrospinning process. This innovative technology allows for the cost-effective mass production of complex nanofiber compositions that are difficult to achieve with traditional methods. Currently, TruSpin focuses on utilizing these nanofibers as additives in battery chemicals, significantly enhancing energy density. By providing clients with superior materials, TruSpin aims to improve the performance and efficiency of battery technologies.

HeXalayer, located in Louisville, KY, specializes in advanced lithium-ion battery technology, utilizing a proprietary carbon material known as IML Graphene. This innovative approach enhances the capacity and performance of rechargeable batteries, specifically designed for battery-powered vehicles. The company has developed graphene anode batteries that have been integrated into thirty prototype battery cells, demonstrating effective performance through rigorous testing. HeXalayer's technology focuses on providing cost-effective materials that ensure stable long-term cycling characteristics, offering customers reliable energy storage solutions.

Valgotech, founded in 2018 and located in Fishers, Indiana, focuses on advanced materials and energy storage solutions, particularly in the realm of renewable energy systems. The company develops innovative hybrid composites utilizing micro and nanomaterials to enhance the energy density and cycling performance of lithium-ion batteries. By improving these aspects, Valgotech aims to deliver high-performance energy storage options that remain affordable for clients, thereby advancing the efficiency and accessibility of clean energy technologies.

Battery Streak makes batteries that charge in less than 10 minutes, discharge with high power last longer than traditional Lithium Ion batteries, and never get hot.

Nitricity is an energy company focused on the production of renewable nitrogen fertilizers with zero carbon emissions. It specializes in creating electrified, climate-smart fertilizers, specifically nitric acid and ammonia, which can be utilized independently or together to produce ammonium nitrate fertilizer. This innovative approach aims to bring high-quality fertilizer products closer to farmers, allowing them to minimize wasteful runoff and optimize fertilizer application timing based on field readiness. By enhancing nitrogen delivery capabilities, Nitricity supports sustainable agricultural practices and contributes to environmentally responsible farming worldwide.

Sperra is focused on advancing renewable energy through innovative energy storage and construction technologies. The company has developed a long-duration energy storage solution known as M-PHES, which utilizes large hollow concrete spheres placed on the seafloor to store mechanical energy as pressure. This system retains the advantages of conventional pumped hydro storage while expanding deployment possibilities, reducing development timelines, and enhancing modularity. Additionally, Sperra is pioneering three-dimensional concrete printing technology to create custom infrastructure for offshore wind, floating solar, and wave energy projects. By employing automated design and construction methods, the company minimizes material waste and carbon emissions while utilizing local resources, thereby contributing to more resilient and cost-effective solutions for the renewable energy sector.

Heila Technologies develops a platform that connects solar arrays, batteries, and other distributed energy resources (DERs) to create self-managing microgrids. The Heila IQ Platform is a decentralized optimization system that simplifies the integration and operation of these resources, allowing for autonomous management and optimization. This technology transforms various components, such as batteries and solar arrays, into independent intelligent agents capable of self-organization and regulation. Heila Technologies serves a diverse clientele, including utility representatives, developers, energy users, and public officials. Founded in 2017 and based in Somerville, Massachusetts, the company aims to facilitate the commercialization of its platform, providing granular analysis and data-driven recommendations to enhance the resilience and efficiency of energy networks while promoting energy savings and reducing carbon emissions.

RePurpose Energy specializes in the development of sustainable energy storage systems utilizing repurposed electric vehicle batteries. By converting battery waste into valuable resources, the company enhances the resilience and sustainability of battery supply chains while supporting the global shift towards renewable energy. RePurpose Energy's innovative approach includes bundling reused EV batteries with advanced hardware and software solutions that monitor and manage various parameters such as temperature and charge levels. This enables clients to effectively address the complexities associated with second-life energy storage, ultimately contributing to a more sustainable energy landscape.

Active Energy Systems is leveraging its scientific expertise to develop and market an improved form of ice thermal energy storage. The company's headquarters are in Knoxville, Tennessee.

Noble Gas Systems LLC, established in 2017 and headquartered in Novi, Michigan, specializes in the development of innovative gas storage and delivery systems tailored for the chemical and gas industries. The company employs conformable tank technology to provide safe and flexible solutions for storing and delivering various compressed gases, including natural gas, air, oxygen, hydrogen, and nitrogen. Noble Gas Systems aims to enable clients to store and utilize high-pressure gases in an economical manner, catering to the diverse needs of its clients in this sector.

Coreshell Technologies, Inc. is a company focused on developing advanced lithium-ion batteries, primarily targeting the electric vehicle and grid storage markets. Founded in 2017 and based in Berkeley, California, Coreshell has pioneered a nanolayer thin-film coating technology that addresses the degradation issues commonly faced by rechargeable batteries. This innovative coating protects battery electrodes from chemical reactions that can diminish capacity and safety, thereby enhancing the overall performance and durability of the batteries. By seamlessly integrating into existing manufacturing processes, Coreshell's technology aims to significantly improve battery capacity, safety, and cost-effectiveness, facilitating a smoother transition to electric transportation and renewable energy solutions.

Electra is dedicated to reducing carbon dioxide emissions in the iron and steel production industry through innovative electrochemical and hydrometallurgical processes. The company has developed alternative steelmaking technology that aims to electrify and decarbonize the production process, allowing for the creation of low-carbon clean iron from various ores. By utilizing renewable energy sources, Electra enables steel producers to lower energy intensity and costs, contributing to a more sustainable approach to steelmaking.

Alpha-En Corporation is a development stage company based in Yonkers, New York, founded in 1969. The company specializes in the development of innovative technologies for manufacturing high purity lithium metal, a vital component for lightweight and high energy density batteries. Alpha-En focuses on creating battery components and lithium compounds while prioritizing environmentally sustainable practices. The company has pioneered a production process that allows for the manufacture of lithium metal at room temperature using clean technology, minimizing environmental impact. As it seeks to advance next-generation battery technologies, Alpha-En aims to deliver its products in a cost-effective manner, contributing to the growing demand for sustainable energy solutions.

Grotthuss is a battery technology company that provides energy storage solutions. The company was headquartered in Happy Valley, Oregon.

Octet Scientific specializes in the production of advanced organic electrolyte chemicals designed to enhance the efficiency and longevity of zinc-based batteries. The company's innovative OctoLyte products optimize electrolyte chemistry, making them suitable for a range of applications, including backup power, grid storage, portable devices, and mobility solutions. By integrating these products into existing electrolyte systems, Octet Scientific enables its customers to improve battery performance, ultimately leading to more efficient and cost-effective energy storage options.

Antora Energy specializes in providing zero-carbon industrial heat and power solutions for heavy industries, aiming to replace fossil fuels with cleaner alternatives. The company has developed innovative thermal batteries that utilize excess electricity generated from solar and wind sources. These batteries store thermal energy by heating blocks of carbon, which can then be used to produce reliable power and heat. By integrating renewable resources into the electricity grid, Antora enables industries to achieve sustainable and dependable energy solutions while significantly reducing carbon emissions.

Ecolectro focuses on producing scalable and cost-effective green hydrogen energy solutions. The company develops advanced electrolyzers that utilize patented polymers to create durable and high-performance stacks. Their technology features exceptional membranes and electrodes, enabling the efficient production of pure hydrogen without relying on costly materials such as platinum, iridium, and titanium. Ecolectro's innovative approach aims to enhance the viability of hydrogen as an environmentally friendly energy source, reducing capital costs while potentially extending the lifespan of hydrogen technologies. The company's commitment to research and development allows it to continually push the boundaries of electrolysis technology, making green hydrogen more accessible for various industries.

Microgrid Labs, Inc. is a software and consulting company based in Durham, North Carolina, specializing in the development of solutions for microgrids, electric vehicle infrastructure, and solar forecasting. Founded in 2015, the company focuses on planning and modeling for fleet electrification and microgrid projects, offering services that include initial assessments, feasibility studies, and simulation. By providing consulting and software solutions, Microgrid Labs supports clients throughout the implementation and operations phases, helping them design economically viable projects while optimizing energy storage and management systems.

RenewCO2 is a research company that develops processes for converting CO2 into polymers and chemicals. The company was founded in 2018 and is based in Cranford, New Jersey.

Valgotech, founded in 2018 and located in Fishers, Indiana, focuses on advanced materials and energy storage solutions, particularly in the realm of renewable energy systems. The company develops innovative hybrid composites utilizing micro and nanomaterials to enhance the energy density and cycling performance of lithium-ion batteries. By improving these aspects, Valgotech aims to deliver high-performance energy storage options that remain affordable for clients, thereby advancing the efficiency and accessibility of clean energy technologies.

NextGen Battery Technologies focuses on the development of innovative electric vehicle batteries utilizing proprietary solid-state electrolyte and cobalt-free cathode technology. Their HC series of composite electrolytes effectively merges the advantageous characteristics of ceramic and polymeric materials. This battery technology is designed to facilitate the large-scale adoption of electric vehicles by providing a high-performance energy solution that maintains high ionic conductivity across a range of temperatures. The synthesis of these batteries employs scalable processes, allowing car manufacturers to easily integrate them as drop-in replacements for existing cathode materials.

ThermoAI uses patent-pending proprietary machine learning algorithms to optimize the total processes of industrial combustion. How does the moisture content effect reaction temperatures? How does falling atmospheric pressure impact the amount of fuel needed? What is the exact optimal level of air intake to ensure perfect combustion? Our systems constantly monitor all factors and are constantly optimizing levels to keep a close to perfect combustion. Saving fuel, increasing energy output, increasing the lifetime value of expensive parts, and lowering emissions.

Skip Technology develops a battery for large-scale electrical storage. The company was founded in 2018 by Dr. Ben Brown and Dr. Brennan Gantner and is based in Portland, Oregon.

Harvest Thermal develops a control system for home use that integrates heating, hot water, and cooling with thermal storage. Its Harvest Thermal Pod is a cloud-connected IoT device that is machine learning enabled. It aims to provide affordable and low-carbon heating, hot water, and cooling systems that reduce the impact on the planet while providing comfort and safer homes.

Noon Energy is a company based in Palo Alto, California, focused on developing innovative flow battery technology for long-duration energy storage. Founded in 2018, the company aims to make intermittent renewable energy sources, such as solar and wind, more reliable by providing on-demand power. Its rechargeable battery utilizes low-cost energy storage media that separates energy and power capacity, enabling efficient long-duration storage without the need for mining precious metals. This approach supports the scaling of renewable electricity supplies, thereby reducing reliance on fossil fuels, minimizing pollution, and lowering emissions.

EnerBlock develops the energy tokens that are ascribed to the energy unit data from the database and the smart contract framework. They provide power electronics, behind-the-meter grid services, off-grid backup power, and simple integration with installed systems.

Altect eliminates the build-up of explosive and toxic gases. Their TRAPS uses a series of physiochemical processes to neutralize flammable and toxic battery gases into inert, non-hazardous gases. They enabled fire protection systems to provide preventative fire mitigation protection for Li-ion batteries, regardless of whether they are installed in an electric vehicle or stored in a warehouse.

Heila Technologies develops a platform that connects solar arrays, batteries, and other distributed energy resources (DERs) to create self-managing microgrids. The Heila IQ Platform is a decentralized optimization system that simplifies the integration and operation of these resources, allowing for autonomous management and optimization. This technology transforms various components, such as batteries and solar arrays, into independent intelligent agents capable of self-organization and regulation. Heila Technologies serves a diverse clientele, including utility representatives, developers, energy users, and public officials. Founded in 2017 and based in Somerville, Massachusetts, the company aims to facilitate the commercialization of its platform, providing granular analysis and data-driven recommendations to enhance the resilience and efficiency of energy networks while promoting energy savings and reducing carbon emissions.

Nth Cycle is a metal processing technology company that focuses on recovering critical minerals through innovative electro-extraction methods. It collaborates with battery recyclers and mining operations to extract production-grade minerals from e-waste and low-grade mine tailings, offering a cleaner and more customizable alternative to traditional hydrometallurgical and pyrometallurgical processes. By utilizing its advanced recycling technology, Nth Cycle aims to reduce reliance on primary mining, thereby creating a sustainable secondary source of rare earth metals in the United States. This approach supports the manufacturing and recycling industries while contributing to advancements in clean energy.

Volexion Inc. is a manufacturer of lithium-ion batteries based in Chicago, Illinois, established in 2018. The company specializes in innovative graphene coating technology designed for commercial lithium-ion cathode materials. This advanced technology significantly enhances battery performance, offering improvements such as longer battery life, better power output, and a broader voltage range. Volexion's approach provides clients with a stable and efficient solution that optimizes the electrochemical performance of conventional lithium-ion batteries.

ZAF Energy Systems’ battery technology holds the key to enabling the next generation of electrical devices by providing longer run times for cell phones and laptops, allowing electric vehicles to travel further on a single charge and enabling renewable energy systems to realize their full potential. The company was founded in 2011 by Craig Wilkins.

EWPanel, founded in 2016 by Chunhua Yao and Xudong Wang, specializes in the manufacture of innovative sensor subfloor mats that do not require external power sources. These mats, made from natural materials, are designed to operate through nanotechnology, which allows them to harness ambient mechanical energy from their surroundings. This technology enables the generation of electricity, suitable for charging low-power devices such as RFID chips, temperature sensors, and LED lights. EWPanel's products are particularly beneficial for applications in smart flooring and smart shipping packages, facilitating self-contained power generation and enhancing the functionality of various electronic systems.

HeXalayer, located in Louisville, KY, specializes in advanced lithium-ion battery technology, utilizing a proprietary carbon material known as IML Graphene. This innovative approach enhances the capacity and performance of rechargeable batteries, specifically designed for battery-powered vehicles. The company has developed graphene anode batteries that have been integrated into thirty prototype battery cells, demonstrating effective performance through rigorous testing. HeXalayer's technology focuses on providing cost-effective materials that ensure stable long-term cycling characteristics, offering customers reliable energy storage solutions.

Active Energy Systems is leveraging its scientific expertise to develop and market an improved form of ice thermal energy storage. The company's headquarters are in Knoxville, Tennessee.

COnovate is a startup focused on enhancing lithium-ion battery technology through the development of innovative materials. The company produces bio-sourced electrode materials known as eCOphite, which utilize a graphene monoxide composition to improve energy storage capacity. These carbon-based nanomaterials are designed to integrate seamlessly with existing battery designs, offering a scalable and cost-effective alternative for anode materials. COnovate's products aim to provide higher performance, faster charging capabilities, and improved safety in battery operation, positioning the company as a key player in the advancement of energy storage solutions.

ReJoule is focused on addressing the challenges associated with battery health information, which often leads to significant waste, especially at the end of a battery's life. The company has developed a battery diagnostic platform that significantly reduces testing time from hours to minutes, allowing for quick and accurate assessments of batteries for second-life applications. By testing batteries in-vehicle during their initial use, ReJoule enables equipment manufacturers to extend the useful life of batteries, facilitating their repurposing to store energy multiple times. This approach promotes sustainability and contributes to a circular economy by minimizing battery waste and lowering costs for manufacturers.

Coreshell Technologies, Inc. is a company focused on developing advanced lithium-ion batteries, primarily targeting the electric vehicle and grid storage markets. Founded in 2017 and based in Berkeley, California, Coreshell has pioneered a nanolayer thin-film coating technology that addresses the degradation issues commonly faced by rechargeable batteries. This innovative coating protects battery electrodes from chemical reactions that can diminish capacity and safety, thereby enhancing the overall performance and durability of the batteries. By seamlessly integrating into existing manufacturing processes, Coreshell's technology aims to significantly improve battery capacity, safety, and cost-effectiveness, facilitating a smoother transition to electric transportation and renewable energy solutions.

Saratoga Energy Research Partners is developing an inexpensive production process to synthesize graphite from CO2. Saratoga’s technology electrochemically separates CO2 into oxygen and graphitic carbon, an essential material in lithium-ion batteries. Graphite produced by the Saratoga process is well suited for fast-charging electric vehicles, grid storage, and a broad spectrum of other energy and industrial applications.

Dynalene Inc. is a company based in Whitehall, Pennsylvania, specializing in the development, manufacturing, and distribution of industrial heat transfer fluids and coolants suitable for ultra-low temperature cryogenic applications. The product range includes glycols, brines, potassium formate, calcium chloride, and high-performance coolants, alongside nanodiamond products and functionalized nano-materials. These offerings cater to various industries, including fuel cells, solar and geothermal applications, HVAC, supermarket refrigeration, plastics manufacturing, and pharmaceuticals. Additionally, Dynalene provides lab services that encompass thermal and physical analysis, chemical testing, and material and corrosion testing. The company, founded in 1993, also sells its products through an online store, ensuring accessibility for its clients.

Dimensional Energy is a chemistry company focused on pioneering artificial photosynthesis to create environmentally friendly polymers and chemical intermediates. The company develops technology that utilizes and distributes sunlight in scalable reactor systems, effectively capturing and converting carbon dioxide into hydrocarbon fuels. By employing innovative waveguides, Dimensional Energy ensures even distribution of sunlight within its reactors, enhancing the reactivity of carbon dioxide molecules through functionalized catalysts. This approach aims to provide viable solar fuels, addressing critical energy needs while promoting sustainability.

PowerFlex Systems, Inc. is a company based in Los Altos, California, that focuses on designing, building, operating, and monitoring electric vehicle charging stations. Established in 2017, it operates as a subsidiary of EDF Renewables Inc. PowerFlex offers an intelligent energy management platform, known as PowerFlex X™, which optimizes clean energy assets such as solar, energy storage, EV chargers, and microgrids. This system employs patented algorithms to reduce energy costs by maximizing the use of distributed energy resources. PowerFlex is recognized as the second-largest installer of commercial rooftop solar and has developed the fourth-largest network of Level 2 EV chargers in the United States. Its solar and storage projects contribute to reducing carbon emissions, offsetting approximately 70,000 tons of CO2 annually, while its network of more than 10,000 EV chargers accounted for a reduction of nearly 19,000 tons of CO2 in 2023. The company's initiatives aim to transform organizations into clean-energy facilities, enhance energy resiliency, and support sustainability efforts.

Liminal operates as a battery manufacturing intelligence provider that utilizes data and analytics. Its mission is to make electric vehicles the default option for any driver. The company was founded in 2015 and is headquartered in Emeryville, California.

South 8 Technologies, Inc. is a manufacturer based in San Diego, California, specializing in advanced lithium batteries and electrochemical capacitors that utilize a unique liquefied gas electrolyte known as LiGas®. Founded in 2015, the company addresses key issues associated with traditional lithium-ion batteries, particularly their susceptibility to fire and performance limitations in extreme temperatures. LiGas technology enhances energy density and safety, allowing batteries to operate effectively within a temperature range of -60 to 60 °C. This innovation serves a diverse array of applications, including electric vehicles, energy storage, aerospace, and defense industries, by providing improved performance and reduced flammability compared to conventional materials. South 8 has developed its first battery cell, the Arctic™ LiGas 18650, and is actively working on additional battery chemistries. The company holds 23 patents across multiple jurisdictions, with a customer base that includes cell manufacturers and end-users, supported by various investors in the technology and automotive sectors.

EnerMat-Tech specializes in manufacturing a wide array of lithium ion batteries.

Baseload Renewables develops low-cost energy storage to replace fossil base-load generation with renewable energy.

CykloBurn Technologies LLC, founded in 2017 and based in Baltimore, Maryland, specializes in developing advanced combustion systems that convert poultry waste into energy. The company focuses on low-emission technologies aimed at providing sustainable solutions for poultry farmers. By utilizing a fluidized bed combustion system, CykloBurn addresses the challenges associated with traditional biomass-to-energy services. This innovative approach not only helps poultry farmers manage their waste more effectively but also mitigates the environmental impact of excess poultry farm litter. Ultimately, CykloBurn's technology offers a dual benefit: reducing pollution and generating energy from renewable resources.

Antora Energy specializes in providing zero-carbon industrial heat and power solutions for heavy industries, aiming to replace fossil fuels with cleaner alternatives. The company has developed innovative thermal batteries that utilize excess electricity generated from solar and wind sources. These batteries store thermal energy by heating blocks of carbon, which can then be used to produce reliable power and heat. By integrating renewable resources into the electricity grid, Antora enables industries to achieve sustainable and dependable energy solutions while significantly reducing carbon emissions.

Hive Battery Labs specializes in the development of diagnostic technologies aimed at enhancing the efficiency and reducing costs associated with lithium-ion battery manufacturing. The company provides advanced test equipment and software analytics that utilize impedance spectroscopy, applicable across various battery management systems and high-power, multi-channel cyclers. By offering these innovative solutions, Hive Battery Labs enables battery manufacturers to optimize their processes for formation, storage, and testing, ultimately improving operational efficiency and reducing capital expenditures.

Microgrid Labs, Inc. is a software and consulting company based in Durham, North Carolina, specializing in the development of solutions for microgrids, electric vehicle infrastructure, and solar forecasting. Founded in 2015, the company focuses on planning and modeling for fleet electrification and microgrid projects, offering services that include initial assessments, feasibility studies, and simulation. By providing consulting and software solutions, Microgrid Labs supports clients throughout the implementation and operations phases, helping them design economically viable projects while optimizing energy storage and management systems.

Octet Scientific specializes in the production of advanced organic electrolyte chemicals designed to enhance the efficiency and longevity of zinc-based batteries. The company's innovative OctoLyte products optimize electrolyte chemistry, making them suitable for a range of applications, including backup power, grid storage, portable devices, and mobility solutions. By integrating these products into existing electrolyte systems, Octet Scientific enables its customers to improve battery performance, ultimately leading to more efficient and cost-effective energy storage options.

Capacitech Energy is an energy storage component company that makes cable-based energy storage products such as the cable-based capacitor. The cable-based capacitor (CBC) can be easily customized, helps miniaturize electronics, reduce their cost, and compliment batteries to have a longer operating life. It was founded in 2016 and is headquartered in Orlando, Florida.

Airloom Energy focuses on harnessing wind energy through innovative airframe technology that operates on a lightweight track. By employing a unique geometry, the company generates energy comparable to traditional wind turbines but at a significantly reduced cost. Its system consists of multiple small airframes that move along a slender oval track, utilizing downwind forces supported by a bridling system. This flexible configuration allows for adaptation to various landscapes and energy needs, enabling clients to efficiently and economically capture wind energy. Airloom Energy is committed to providing low-cost utility-scale wind energy solutions.

Ascend Elements specializes in the production of advanced battery materials by reclaiming valuable elements from spent lithium-ion batteries. The company employs hydroprocess recycling and direct recycling methods, which deconstruct old cathode materials at the atomic level to generate new cathode materials. This innovative approach not only enhances the efficiency of recycling processes but also enables clients to maximize their returns on assets, ultimately supporting the production of economically viable and low-cost battery materials.

Turntide focuses on advancing sustainable technologies aimed at reducing energy consumption and operational costs across various sectors, including buildings, agriculture, and electric transport. Founded in 2013 and based in Sunnyvale, California, the company has created an innovative electric motor system that utilizes switched reluctance technology, managed through sophisticated cloud software. This system is designed to address the significant energy waste associated with traditional electric motors, which account for a substantial portion of global electricity consumption. By integrating Internet of Things (IoT) capabilities, Turntide's solutions enable clients to achieve significant savings in energy costs related to space conditioning, maintenance, and refrigeration, thereby promoting a transition to 100% renewable energy and reducing reliance on fossil fuels.

PowerFlex Systems, Inc. is a company based in Los Altos, California, that focuses on designing, building, operating, and monitoring electric vehicle charging stations. Established in 2017, it operates as a subsidiary of EDF Renewables Inc. PowerFlex offers an intelligent energy management platform, known as PowerFlex X™, which optimizes clean energy assets such as solar, energy storage, EV chargers, and microgrids. This system employs patented algorithms to reduce energy costs by maximizing the use of distributed energy resources. PowerFlex is recognized as the second-largest installer of commercial rooftop solar and has developed the fourth-largest network of Level 2 EV chargers in the United States. Its solar and storage projects contribute to reducing carbon emissions, offsetting approximately 70,000 tons of CO2 annually, while its network of more than 10,000 EV chargers accounted for a reduction of nearly 19,000 tons of CO2 in 2023. The company's initiatives aim to transform organizations into clean-energy facilities, enhance energy resiliency, and support sustainability efforts.

South 8 Technologies, Inc. is a manufacturer based in San Diego, California, specializing in advanced lithium batteries and electrochemical capacitors that utilize a unique liquefied gas electrolyte known as LiGas®. Founded in 2015, the company addresses key issues associated with traditional lithium-ion batteries, particularly their susceptibility to fire and performance limitations in extreme temperatures. LiGas technology enhances energy density and safety, allowing batteries to operate effectively within a temperature range of -60 to 60 °C. This innovation serves a diverse array of applications, including electric vehicles, energy storage, aerospace, and defense industries, by providing improved performance and reduced flammability compared to conventional materials. South 8 has developed its first battery cell, the Arctic™ LiGas 18650, and is actively working on additional battery chemistries. The company holds 23 patents across multiple jurisdictions, with a customer base that includes cell manufacturers and end-users, supported by various investors in the technology and automotive sectors.

Packetized Energy Technologies, Inc. is focused on enhancing the integration of distributed energy resources into the power grid. The company develops systems that enable appliances such as water heaters, electric vehicle chargers, and battery storage to balance energy supply and demand. Its flagship product, Packetized Energy Management (PEM), coordinates connected devices to optimize energy usage, ensuring real-time alignment with renewable energy supply. This platform provides local decision-making, privacy for users, and equitable access to grid resources, catering primarily to utilities, solar developers, and energy providers. By utilizing advanced control systems, machine learning, and optimization techniques, Packetized Energy aims to simplify grid edge flexibility and support the transition to a renewable energy future. Founded in 2016 and based in Colchester, Vermont, the company seeks to create value for both consumers and the electricity industry through its innovative approach to energy management.

Solid Cell is a developer of stationary and portable solid-oxide fuel cell technologies for residential, commercial, industrial, and other critical off-grid applications. The Company’s headquarters are located in New York City, United States. Solid Cell’s principal product development and manufacturing center is located in Rochester, New York. Solid Cell also supports R&D activities at research institutions in the cities of Novosibirskand and Yekaterinburg, Russia, where the Company’s proprietary fuel cell technology was originally developed and where research continues on next generation fuel cell technologies. The Company’s European subsidiary is based in Dublin, Ireland, with further expansion in Europe planned in the near term. Solid Cell’s products provide clean energy using state-of-the-art fuel cell technology at commercially competitive costs. The Company has targeted several specific applications to satisfy a wide variety of global power requirements. Widespread use of Solid Cell’s fuel cells will reduce reliance on scarce natural resources like natural gas and oil.

Dimensional Energy is a chemistry company focused on pioneering artificial photosynthesis to create environmentally friendly polymers and chemical intermediates. The company develops technology that utilizes and distributes sunlight in scalable reactor systems, effectively capturing and converting carbon dioxide into hydrocarbon fuels. By employing innovative waveguides, Dimensional Energy ensures even distribution of sunlight within its reactors, enhancing the reactivity of carbon dioxide molecules through functionalized catalysts. This approach aims to provide viable solar fuels, addressing critical energy needs while promoting sustainability.

Carnot's proprietary isothermal compression process is the most energy efficient and economical air and gas compression method in the marketplace. Carnot’s process creates millions of tiny gas bubbles surrounded by water. The thermal capacity of water is 3,500 times that of air, therefore water absorbs all the heat of compression. Carnot’s ratio of water surface area/gas bubbles has absorption capacity of ~7500 watts of heat energy, or over 1800 times what is necessary for isothermal compression. Energy costs account for over 75% of total lifecycle costs for conventional compressors. Carnot's technology will generate at least 25% energy savings versus most applications. Carnot is addressing a $30 billion global market opportunity, with a diversified base of industrial end users for air and gas compression, refrigeration, liquefied natural gas and CNG transportation, and energy storage applications.

Mobile Enerlytics, LLC, founded in 2014 and based in West Lafayette, Indiana, specializes in technologies aimed at enhancing smartphone battery life through energy-centric mobile application design. The company offers solutions such as Estar, an Android application that identifies and helps users remove energy-inefficient apps to prolong battery life, and Eprof, a diagnostic tool for developers that analyzes application code to identify energy drains. Additionally, Mobile Enerlytics has created an end-to-end App Energy Management (AEM) solution that assists app and handset vendors in detecting energy inefficiencies prior to app releases, thereby improving user engagement and increasing mobile revenue. Their tools integrate seamlessly with Android Studio and provide valuable insights into battery performance, enabling both consumers and developers to optimize energy usage effectively.

Saratoga Energy Research Partners is developing an inexpensive production process to synthesize graphite from CO2. Saratoga’s technology electrochemically separates CO2 into oxygen and graphitic carbon, an essential material in lithium-ion batteries. Graphite produced by the Saratoga process is well suited for fast-charging electric vehicles, grid storage, and a broad spectrum of other energy and industrial applications.

Xerion Advanced Battery specializes in the development of advanced battery systems that leverage nanotechnology to enhance performance and efficiency. The company focuses on creating lithium-ion batteries designed to address the limitations of traditional battery technology, such as slow charging times, insufficient power, and inadequate capacity. By employing innovative approaches, Xerion aims to significantly reduce charging durations from hours to minutes while improving energy capacity and reliability in challenging environmental conditions. This development not only meets the increasing demand for portable power but also emphasizes low-cost and ecologically sustainable solutions, positioning Xerion as a transformative player in the energy industry.

Imagen Energy specializes in providing innovative energy solutions focused on enhancing energy efficiency and reliability. The company develops compact and highly efficient energy systems, including advanced electric vehicle (EV) fast charging equipment manufactured in the United States. These chargers are designed to optimize limited grid power availability at public and fleet charging locations, making them particularly suitable for urban areas with constrained investment in EV infrastructure. In addition to EV charging solutions, Imagen Energy offers solar energy solutions, encompassing solar panel installations, battery storage systems, and monitoring tools. These products enable both businesses and homeowners to harness clean electricity, store surplus solar energy, and increase energy independence while reducing dependence on traditional power grids.

Influit Energy develops novel, nanotechnology-based functional liquids, or nanofluids, that enable solutions for energy challenges, including low-viscosity liquids that transport and store electric and thermal energy. Influit developed a rechargeable liquid energy storage format for basing and defense capability. Influit is also working with DARPA to develop a rechargeable liquid energy storage format to address basing and defense capability needs. Mobile flow battery pods that can be connected to and accumulate energy from distributed or centralized intermittent renewable energy sources enable the closed-cycle energy storage ecosystem. Influit Energy focuses on material science, electrochemistry, system integration, and product development.

Microgrid Labs, Inc. is a software and consulting company based in Durham, North Carolina, specializing in the development of solutions for microgrids, electric vehicle infrastructure, and solar forecasting. Founded in 2015, the company focuses on planning and modeling for fleet electrification and microgrid projects, offering services that include initial assessments, feasibility studies, and simulation. By providing consulting and software solutions, Microgrid Labs supports clients throughout the implementation and operations phases, helping them design economically viable projects while optimizing energy storage and management systems.

Solectrac, Inc. designs and sells electric tractors aimed at replacing traditional diesel vehicles in the agriculture sector. Founded in 2012 and based in Albion, California, the company focuses on providing eco-friendly farming solutions that leverage renewable energy sources such as wind and solar power for charging. Solectrac's tractors are equipped with a low-speed, high-torque motor and a battery management system that utilizes lithium battery packs, allowing for up to eight hours of operational time. These electric tractors offer several advantages over diesel counterparts, including reduced emissions, lower noise levels, improved efficiency, and cost savings. The tractors are versatile, suitable for various applications, including farming, vineyards, equestrian centers, and utility work, thereby promoting sustainable practices in agricultural operations.

REEcycle specializes in recycling rare earth elements from electronic waste, focusing on recovering valuable materials such as neodymium, dysprosium, praseodymium, and terbium. By extracting these elements from discarded Neodymium iron boron magnets, the company contributes to creating a sustainable and domestic supply of resources essential for the production of advanced technologies, which include electric vehicles, smartphones, medical imaging devices, and defense systems. REEcycle's services help mitigate supply uncertainties faced by industries that rely on rare earth elements, promoting environmental sustainability and resource efficiency.

Nano Hydrophobics specializes in providing industrial coatings that enhance energy efficiency and reduce maintenance needs for heat transfer systems. The company focuses on the development of nanoscopic coatings designed to prevent fouling on heat exchange surfaces. These innovative coatings impart self-cleaning properties, allowing heat exchangers to operate effectively without interruption. By improving the performance and longevity of these systems, Nano Hydrophobics enables businesses to increase operational uptime, thereby enhancing productivity and reducing both maintenance costs and energy consumption. This approach not only contributes to cost savings but also helps in minimizing the carbon footprint of industrial operations.

Dynalene Inc. is a company based in Whitehall, Pennsylvania, specializing in the development, manufacturing, and distribution of industrial heat transfer fluids and coolants suitable for ultra-low temperature cryogenic applications. The product range includes glycols, brines, potassium formate, calcium chloride, and high-performance coolants, alongside nanodiamond products and functionalized nano-materials. These offerings cater to various industries, including fuel cells, solar and geothermal applications, HVAC, supermarket refrigeration, plastics manufacturing, and pharmaceuticals. Additionally, Dynalene provides lab services that encompass thermal and physical analysis, chemical testing, and material and corrosion testing. The company, founded in 1993, also sells its products through an online store, ensuring accessibility for its clients.

DexMat specializes in the production of Galvorn, a high-performance conductive carbon nanomaterial that surpasses traditional materials in strength, weight, and durability. Galvorn is ten times stronger than steel, half the weight of aluminum, and offers a flex life that is one hundred times greater than copper. This innovative material is designed to replace heavy and environmentally damaging metals across various industries, including sporting goods, e-textiles, electronics, energy, aerospace, and automotive sectors. DexMat manufactures Galvorn as fibers, yarns, films, and fabrics, providing a lightweight and flexible alternative to conventional metals. The company's commitment to sustainability is evident in its carbon-negative production processes, positioning Galvorn as a key player in reducing carbon emissions on a global scale.

Big Delta Systems (BDS) is building Li-ion cells that revolutionize the way batteries are engineered, transforming the performance envelope for all batteries regardless of chemistry or form factor. BDS’ novel device architectures improve energy density and power simultaneously, enable safe, rapid charging, and extend the cycle life of the batteries. These performance improvements address the most critical limitations in applications ranging from electric vehicles to smartphones, from power tools to satellites.

Airloom Energy focuses on harnessing wind energy through innovative airframe technology that operates on a lightweight track. By employing a unique geometry, the company generates energy comparable to traditional wind turbines but at a significantly reduced cost. Its system consists of multiple small airframes that move along a slender oval track, utilizing downwind forces supported by a bridling system. This flexible configuration allows for adaptation to various landscapes and energy needs, enabling clients to efficiently and economically capture wind energy. Airloom Energy is committed to providing low-cost utility-scale wind energy solutions.

Hive Battery Labs specializes in the development of diagnostic technologies aimed at enhancing the efficiency and reducing costs associated with lithium-ion battery manufacturing. The company provides advanced test equipment and software analytics that utilize impedance spectroscopy, applicable across various battery management systems and high-power, multi-channel cyclers. By offering these innovative solutions, Hive Battery Labs enables battery manufacturers to optimize their processes for formation, storage, and testing, ultimately improving operational efficiency and reducing capital expenditures.

Turntide focuses on advancing sustainable technologies aimed at reducing energy consumption and operational costs across various sectors, including buildings, agriculture, and electric transport. Founded in 2013 and based in Sunnyvale, California, the company has created an innovative electric motor system that utilizes switched reluctance technology, managed through sophisticated cloud software. This system is designed to address the significant energy waste associated with traditional electric motors, which account for a substantial portion of global electricity consumption. By integrating Internet of Things (IoT) capabilities, Turntide's solutions enable clients to achieve significant savings in energy costs related to space conditioning, maintenance, and refrigeration, thereby promoting a transition to 100% renewable energy and reducing reliance on fossil fuels.

REEcycle specializes in recycling rare earth elements from electronic waste, focusing on recovering valuable materials such as neodymium, dysprosium, praseodymium, and terbium. By extracting these elements from discarded Neodymium iron boron magnets, the company contributes to creating a sustainable and domestic supply of resources essential for the production of advanced technologies, which include electric vehicles, smartphones, medical imaging devices, and defense systems. REEcycle's services help mitigate supply uncertainties faced by industries that rely on rare earth elements, promoting environmental sustainability and resource efficiency.

Ascend Elements specializes in the production of advanced battery materials by reclaiming valuable elements from spent lithium-ion batteries. The company employs hydroprocess recycling and direct recycling methods, which deconstruct old cathode materials at the atomic level to generate new cathode materials. This innovative approach not only enhances the efficiency of recycling processes but also enables clients to maximize their returns on assets, ultimately supporting the production of economically viable and low-cost battery materials.

SolePower creates a connected work boot that helps industrial workers become safer and more efficient. Industrial worksites are dangerous and dynamic; the costs of small inefficiencies add up quickly, and big mistakes can result in serious incidents or loss of life. SmartBoots aim to lower incident rates, increase work site visibility, and establish metrics from which workflow and safety improvements can be made. At the core of the system is an Army-tested, patented kinetic charger which uses walking motion to sustainably charge sensors embedded inside the boot. (Pilot unit includes GPS, Ultra Wideband, RFID, IMU, Sub-GHz RF, thermocouple, Wifi, altimeter). SolePower's mission is to take the functionality of a variety of standalone wearables and combine them into a single, compact, self-charged platform. The team is partnered with SR Max (a leading safety footwear provider) and the US Army.

Na4B, LLC is a Michigan based start-up company, founded in August 2012 by Dr.-Ing. Monika Jansohn to provide a segue transition from prior basic research activities into commercial energy storage solutions. The name Na4B abbreviates our mission to provide - robust - scaleable and deployable - price competitive sodium-metal (Na) halide grid-scaled batteries, which are - entirely built from widely abundant raw materials.