The company Werner von Siemens started with a telegraph in 1847 now wants to be the operating system for the physical world - one factory, train, and power grid at a time.
The 190-year-old industrial group has become the control layer for an electric economy - linking breakers, factories, buildings and AI data centers to the software that decides how power should move.
Modo Energy is a London-based data and analytics platform that helps investors, developers, lenders and traders value and finance battery storage and other electrification assets. It provides regulated benchmarks, transparent revenue forecasts, expert market research and an AI analyst, turning complex power-market data into investment-grade decisions across markets in Great Britain, Europe, the United States and Australia.
Aepnus Technology is an Emeryville, California cleantech startup that builds ultra-efficient, catalyst-free electrolyzers to turn sodium sulfate - a low-value waste salt produced in enormous volumes by battery-material and critical-mineral plants - back into two industrial staples: caustic soda (sodium hydroxide) and sulfuric acid. By splitting waste salt on-site with renewable electricity, Aepnus lets manufacturers cut disposal costs, reduce emissions, and shorten fragile chemical supply chains, converting a roughly $350-per-tonne waste-handling problem into about $700 of usable reagents per tonne.
Etherdyne Technologies is a Santa Clara wireless-power company that beams electricity through the air using low-frequency magnetic resonance. Its Ether Power platform creates three-dimensional Power Zones that deliver up to 100 watts to multiple devices at once - no cords, no batteries, no need to line a device up on a pad. Founded in 2016 by two Stanford physics PhDs, the company holds dozens of granted patents, has FCC and CE certifications, and licenses its technology to makers of consumer electronics, retail displays, medical devices and smart infrastructure.
Monterra is a San Francisco software startup building design and planning tools for the people who physically install EV chargers. Its platform lets charging contractors design site layouts on satellite imagery, model costs in real time, and auto-generate customer-ready proposals, bills of materials, and electrical schematics - collapsing a process that used to take weeks of engineering and tool-hopping into minutes. Founded in 2022 by David Kim and Kelson Reiss, the company raised a $2.5M pre-seed round led by Base10 Partners in November 2023 to help cut the 'soft costs' that slow down America's charging buildout.
Heron Power is a Scotts Valley, California company building solid-state transformers - power electronics purpose-built for the modern electrical grid. Founded in 2025 by former Tesla powertrain and energy chief Drew Baglino, its flagship Heron Link converts medium-voltage electricity to usable low-voltage power in a modular, software-integrated package, replacing the century-old iron-core transformer. The company targets utility-scale solar, grid-scale batteries, and hyperscale AI data centers, and is building a 40-gigawatt US factory to meet a backlog of orders.
One Mobility is the automotive brand of Foxconn Interconnect Technology (FIT), unveiled in September 2025 to unite the acquired German engineering houses Voltaira and Auto-Kabel under one banner. It is a build-to-print development and manufacturing partner for OEMs and Tier 1 suppliers, delivering power distribution systems, high- and low-voltage modules, safety and accessory components, and charging systems for electrified and connected vehicles. The company pairs 90+ years of German automotive engineering heritage with the manufacturing scale of the world's largest electronics maker, operating 40+ certified sites across 17 countries with roughly 11,000 employees.
Frenetic is a Madrid-born deep-tech company building AI-powered software and a manufacturing service for custom magnetic components - the unglamorous transformers and inductors at the heart of every power supply, EV charger, and electrified machine. Their platform compresses what used to take months of trial-and-error into days of simulation, and ships physical samples in roughly a week.