Description: Versogen’s anion-exchange membrane electrolyzer technology uses earth-abundant materials and anion-conducting membranes to split water into hydrogen and oxygen. The membrane architecture enables alkaline electrolysis without relying on precious-metal catalysts or conventional proton-exchange membranes.

Description: Verv Energy’s electrical signature analysis technology combines high-frequency electrical sampling with artificial intelligence to identify equipment-level operating patterns in buildings and heating, ventilating, and air conditioning systems. The system analyzes electrical signatures to detect abnormal operation, energy waste, and developing mechanical faults.

Description: VG Smartglass’ mechanically controlled window technology uses overlapping patterned polarizing films to vary visible-light transmission and solar heat gain. The films shift relative to one another to change the amount of transmitted light without electrical power or electrochromic materials.

Description: WattIQ’s plug-load energy management technology provides socket-level monitoring and control of electrical equipment in commercial facilities. Its artificial intelligence-based system learns device-level electrical consumption patterns to identify and manage energy use.

Description: XFlow Energy’s vertical-axis wind turbine technology uses counter-rotating blades and optimized aerodynamic geometry to extract energy from turbulent and low-speed wind. The vertical-axis configuration is designed for operation in environments with variable wind direction and lower wind speeds.

Description: Yotta Energy’s module-level battery storage technology integrates compact, thermally protected batteries directly behind individual photovoltaic panels. The architecture provides distributed energy storage at the panel level while reducing direct current wiring distances and eliminating the need for separate ground-mounted battery enclosures.

Description: Zero Homes’ residential building-performance modeling technology combines property records, spatial data, and utility consumption data to generate thermodynamic models of individual homes. The software uses these models to evaluate electrification measures such as heat-pump sizing, electrical-panel upgrades, and insulation improvements.

Description: ZILA BioWorks’ patented bio-based epoxy technology converts renewable plant oils, particularly hemp seed oil, into high-performance epoxy resins designed to replace petroleum-derived resins. The formulations enable recyclability and are designed to match or exceed conventional epoxy performance, with applications in fiber-reinforced composites, protective coatings, and adhesives for sporting goods, building materials, and wind turbine blades.