LevelTen Energy

Zeno is developing next-generation radioisotope power systems that generate carbon-free, resilient power for decades.

Base Power is a contemporary energy company that focuses on backup battery systems for homes and electricity plans. They provide home battery systems that can supply up to three days of power during power outages, automatically powering the entire household without manual assistance. This service aims to offer dependable electricity at a lower price compared to conventional options. Base Power also offers electricity plans with clear pricing starting at 9¢ per kilowatt-hour (kWh), in addition to delivery fees and an annual membership fee. These plans enable customers to anticipate their energy expenses.

Valar Atomics is a company focused on scaling nuclear energy beyond the traditional electricity grid.

Antora Energy delivers zero-carbon industrial heat and power to heavy industries that are more reliable than fossil fuels. Antora’s thermal energy storage soaks up excess solar and wind electricity and uses it to heat blocks of carbon so they glow like inside a toaster.

Commonwealth Fusion is a research company that develops energy through an inexhaustible power plant. It uses rare-earth barium copper oxide superconductor technology to develop energy. They combine proven physics backed by decades of government-funded fusion research with a revolutionary superconducting magnet technology to accelerate the path to commercial fusion energy Commonwealth Fusion Systems (CFS) is on track to bring fusion energy technology to the market. CFS was spun out of MIT and is collaborating with MIT’s Plasma Science and Fusion Center to leverage decades of research combined with the innovation and speed of the private sector. Supported by the investors in breakthrough energy technologies, the CFS team is uniquely positioned to deliver the fastest path to commercial fusion energy. Commonwealth Fusion began operation in 2017, with its headquarters in Cambridge in Massachusetts.

Antares Industries is an advanced nuclear energy startup that designs and manufactures adaptable and scalable reactors, particularly focused on strategic energy applications like space-based nuclear power. The company aims to ensure critical infrastructure resilience through portable microreactors suitable for remote and austere environments.

WATT Fuel Cell Corporation is a developer and manufacturer of Solid Oxide Fuel Cell (SOFC) components and systems that can operate on readily available hydrocarbon fuels such as natural gas, propane, JP-8, and diesel. WATT’s fuel cell technology is a quiet, light, efficient, affordable, and environmentally responsible energy solution to a range of power markets. The company's products are based on a common expandable module, a building block that enables WATT to address multiple markets with minimal additional development cost. Analogous to a blade server type module, where additional performance can be obtained by adding blades, applications requiring more power are addressed by simply adding more modules.

Gritt Robotics is utilizing AI and Robotics to automate the construction of renewable energy projects.

Eos creates cutting-edge and affordable energy storage solutions for the electric utility, solar, and commercial/industrial sectors. By using their battery technology, renewables can be dependable and cost-effective, meeting market expectations and sustainability goals.

Aseon Labs builds robotic pitstops for self-driving cars that provide charging, cleaning, and inspection for autonomous fleets directly in operating zones. The company develops modular robotic vehicle stations, referred to as Aseon Pods, that function as depots in a box rather than centralized facilities. These stations are designed to support autonomous vehicles with routine turnaround tasks so that vehicles can remain near demand instead of traveling to distant depots. Aseon Labs focuses on the operational infrastructure layer for autonomous mobility, offering hardware and software systems that manage robotic station operation. Its products are intended for autonomous fleet operators and mobility companies that need distributed, always-on infrastructure to keep vehicles available. The company positions its technology for use across urban operating areas where autonomous vehicles run continuous services.

NextDecade Corporation (NextDecade) is dedicated to enabling global access to energy with reduced carbon emissions. NextDecade is currently working on the development of a 27 million metric tons per annum (mtpa) LNG export project in South Texas, in partnership with its wholly owned subsidiaries Rio Grande LNG and NEXT Carbon Solutions. Additionally, they are spearheading one of the largest carbon capture and storage initiatives in North America. The Rio Grande LNG project is anticipated to offer competitively priced LNG products with lower carbon intensity in the international market. NextDecade's common stock is listed on the Nasdaq Stock Market under the symbol “NEXT” and the company is based in Houston, Texas.

Comstock is a producing, Nevada-based, gold and silver mining company with extensive, contiguous property in the historic Comstock and Silver City mining districts (collectively, the “Comstock District”) and is an emerging leader in sustainable, responsible mining, including concurrent and accelerated reclamations, soil sampling, voluntary air monitoring, cultural asset protection and historical restorations. The Comstock District is located within the western portion of the Basin and Range Province of Nevada, between Reno and Carson City. The Company began acquiring properties in the Comstock District in 2003. Since then, the Company has consolidated a significant portion of the Comstock District, rezoned its properties consistent with mining uses, built an infrastructure, and brought an exploration project into production. Because of the Comstock District’s historical significance, the geology is well known and has been extensively studied by the Company, They advisors and many independent researchers. They have expanded They understanding of the geology of the project area through vigorous surface mapping, geophysical analysis, exploration drilling, drill hole logging and extensive mine development and planning, including geological level plans and cross-sectional analysis. The volume of geologic data is immense, and thus far the reliability has been excellent, particularly in the various Lucerne Mine areas. They have amassed a large library of historic data and detailed surface mapping of Comstock District properties and continue to obtain historic information from private and public sources. They use such data in conjunction with information obtained from They current mining operations, to target geologically prospective exploration areas and plan exploratory programs, including expanded surface and underground drilling.