EV Components & Batteries

SafeFields Technologies is an Israeli deep-tech company developing active electromagnetic field (EMF) reduction solutions for modern vehicles. As electrification accelerates—across EVs, hybrids, and even advanced ICE platforms—high electrical currents from batteries, inverters, and wiring harnesses generate low-frequency magnetic fields inside the cabin.

SafeFields addresses this challenge with a patented, real-time active cancellation technology. Using compact sensors and intelligent signal processing, the system generates counter-fields that significantly reduce occupants’ exposure without redesigning the vehicle architecture. Unlike passive approaches such as shielding or cable rerouting, SafeFields’ solution is dynamic, energy-efficient, and effective across a wide range of operating conditions.

The technology is designed for seamless integration in new vehicles as well as retrofit installation in existing fleets. SafeFields is working with leading automotive partners to bring scalable, cost-effective solutions to market, supporting emerging standards and consumer demand for healthier in-cabin environments.

By enabling measurable reduction of low-frequency magnetic fields, SafeFields aims to help the industry deliver safer, more sustainable mobility in the age of electrification.

Founded in 2016 and driven by elite automotive cybersecurity specialists, CYMOTIVE Technologies offers end-to-end solutions for software-defined vehicles, fleets, and mobility. Our chip-to-cloud engineering services and innovative technologies are production proven to accelerate agile deployment, global certification, and cybersecurity across automotive domains and platforms for the full vehicle lifecycle for millions of operational vehicles around the world.
From continuous compliance & homologation to in-vehicle security and secure data management solutions, we help our customers flexibly, scalably, and innovatively optimize their opportunities amid SDV transformation.
We partner with global automotive & IT leaders to optimize costs, localize services, and maximize outcomes for OEMs and suppliers.

NanoTherma is a deep-tech energy company developing advanced technologies that convert temperature differences into electrical power. The company focuses on thin-film, lightweight, and modular devices designed to operate passively, without moving parts or fluids, and to integrate directly into existing systems with minimal disruption. By leveraging advanced materials and scalable manufacturing approaches, NanoTherma aims to enable efficient energy recovery in environments where heat is abundant but difficult to utilize.

NanoTherma’s solutions transform unused thermal gradients into local electrical power that improves overall system efficiency and reduces wasted energy. The platform is broadly applicable across energy-intensive sectors, including digital infrastructure, industrial systems, mobility, and other applications where reliability, compact form factor, and low maintenance are critical.

Founded by engineers with backgrounds in advanced materials, semiconductor R&D, and system integration, NanoTherma combines deep technical expertise with a strong focus on real-world deployment and commercialization.

Rekor Systems, Inc. (NASDAQ: REKR) is a leader in developing and implementing state-of-the-art roadway intelligence systems using AI enabled computer vision and machine learning. As a pioneer in the implementation of digital infrastructure, Rekor is collecting, connecting, and organizing the world’s mobility data – laying the foundation for a digitally-enabled operating system for the roadway. With our Rekor One® Roadway Intelligence Engine at the foundation of our technology, we aggregate and transform trillions of data points into intelligence through proprietary computer vision, machine learning, and big data analytics that power our platforms and applications. Our solutions provide actionable insights that give governments and businesses a comprehensive picture of roadways while providing a collaborative environment that drives the world to be safer, greener, and more efficient.

UNIQOR is transforming refrigerated transport by decoupling cooling from the vehicle’s engine. Our vehicle-independent 48V electric architecture delivers powerful, silent, and 0% emissions from the cooling unit – whether retrofitted on diesel trucks or integrated into new EV fleets.

Built for intensive last-mile distribution, UNIQOR enables Dual-Zone Cooling with two independent temperature circuits in one vehicle, supporting mixed cargo such as +2-8°C and +15-25°C for pharmaceuticals, or chilled and frozen for food. For multi-drop routes, OBX (OpenBox) helps maintain temperature stability during frequent door openings, reducing excursions and product loss.

Powered by UNIQONTROL for real-time monitoring, remote control, alerts, diagnostics, predictive maintenance, and enterprise integration, UNIQOR turns compliance readiness into a competitive advantage. With ROI under two years and up to 50% lower operating costs (fuel + maintenance), UNIQOR makes sustainable cooling a smart business decision – not a compromise.

Our focus is on providing cost-effective structural solutions for automotive applications from microcars to trucks and buses. We can save significant weight from a vehicle body-in-white, as much as 200kg from a mid-size SUV, improving efficiency and dynamics, reducing battery size while maintaining range and performance, and giving vehicle manufacturers a competitive edge over their rivals.
Our technology is based on advanced simulation to optimize solutions for minimal cost per kilo saved, while using materials and production processes that are mature and globally available to OEMs.

LiGenerate is redefining urban mining with its unique, efficient, and cost-effective lithium-ion battery recycling process, enabling high-yield recovery of pure metals such as lithium, nickel, and cobalt. Designed for scalability and minimal environmental impact, LiGenerate’s proprietary technology sets a new benchmark in sustainable resource extraction. At the core of this innovation is the LiGen Cell — a modular, room-temperature metal recovery unit built for seamless integration into industrial black-mass processing lines. With an annual capacity of 10,000 tons, LiGen Cell delivers an environmentally friendly and economically viable solution for large-scale battery recycling.

StoreDot is the pioneer and leader of extreme fast charging (XFC) batteries that overcome the critical barriers to mainstream EV adoption – range and charging anxiety. The company has revolutionized the conventional Li-ion battery by designing and synthesizing proprietary organic and inorganic compounds, optimized by Artificial Intelligence algorithms, making it possible to charge an EV in as little as five minutes – the same time it takes to refuel a conventional combustion engine car.
Through its ‘100inX’ product roadmap, StoreDot’s battery technology is designed for best driver experience, offering ‘Range On Demand’: 100 miles charged in 5 minutes (2024), 100 miles charged in 3 minutes by 2028, and extreme energy density solution enabling 100 miles to be charged in 2 minutes by 2032. StoreDot’s strategic investors and partners include Daimler, BP, VinFast, Volvo, Polestar, Ola Electric, Samsung, TDK and the manufacturing partner EVE Energy. In 2022, the company achieved a world first by demonstrating a live extreme fast charging of an EV battery cell. In April 2024 StoreDot and Polestar showcased the world’s first 10-minute electric car charge with si-dominant cells.

Our company is pioneering an innovative approach to address the critical issue of thermal runaway in lithium batteries, particularly within the electric vehicle (EV) sector.

By developing this deep technology, a real-time temperature monitoring solution integrated directly into battery cells, we aim to enhance safety, improve performance, and enable new technologies

Offering a world-first freewheeling AND regen-braking technology, amongst other core drivetrain technologies.
Offering the most significant advancement in the eBike industry to date.

CipherSiP AG – We develop and deliver pioneering Cyber-AI technology on a single chip designed specifically for the mobility arena. Our solution is a radical departure from traditional software-based security, providing an unhackable, hardware-level layer of protection. This compact, powerful chip integrates a dedicated AI engine that learns, predicts, and neutralizes cyber threats in real time, before they can cause harm.
In addition to our Cyber-AI and other unique capabilities, we recognize the enduring role of the CAN network. While technologies like Ethernet and 5G/6G handle external communication at the vehicle’s gateway, the critical safety components—hundreds of sensors and dozens of ECUs—still rely on the 50-year-old CAN bus. This network is here to stay, particularly for safety-critical messages. No other solution, not Ethernet, not CAN-XL, can replace the good old safe CANbus. Only our CAN.SF+ technology, which is riding over the existing CAN network, creates a 25 Mbps data rate over the existing 8-byte/1 Mbps CAN bus without interrupting the network and with no EMC or EMI issues. It has been tested in Germany and in the US on the Porsche Cayenne and the Honda Acura, as well as with other OEMs in Japan, India, and China.

CITYCAR is a hybrid in two senses. Firstly it’s a single-seater four-wheeled motorcycle with a cabin that elegantly tilts in turns, combining the agility of a motorcycle with the safety features of a car. Secondly, it uses a powerful electric motor for traction but also has a small gas engine used to produce electrical energy.

The CT vehicles outsmarts traffic like a motorcycle while riding safely and conveniently like a car

EVR Motors has developed a unique, patented motor topology: The Trapezoidal Stator Radial Flux Permanent Magnet (TS-RFPM) Motor. Enabling smaller, lighter, lower-cost motors, tailored to user requirements. EVR’s TS-RFPM unique topology Improves performance, while maintaining the advantages of traditional RFPM motors

Whilx develops an add-on, modular system for autonomous tire pressure optimization in response to changing road conditions, ensuring that the tire’s contact area with the road is always optimal while extracting valuable data regarding driver tendencies and providing personalized insights.

Arbe, the global leader in Perception Radar solutions, revolutionizes automotive sensing, enabling safe hands-free driving today while paving the way to full autonomy. Our tech eclipses traditional radar with unparalleled image quality, ensuring highly detailed data in all conditions. Arbe’s chipset features the industry’s largest channel array – 48 transmit and 48 receive channels, plus a dedicated processor for massive data streams. This delivers powerful capabilities: detecting vulnerable road users/vehicles, mapping stationary objects, and eliminating false alarms. Arbe radar tech captures critical sensing data including depth, relative velocity, object orientation, and long-range detection. It excels where optical sensors falter, making it crucial for sensor fusion across urban, rural, and highway scenarios. Using AI to analyze vehicle surroundings, Arbe enhances perception algorithms and enables real-time free space mapping—pivotal for full autonomy. With global offices spanning Israel, US, Germany, and China, Arbe leads the growing automotive radar market, empowering automakers and tier 1s with advanced sensing and driving the future of safe and autonomous transportation.

SurtBusters is a deep-tech startup revolutionizing fire safety with the world’s first universal, fluorine-free (F3) fire extinguishing and fire-retardant technologies. Our plant-based, biodegradable, and non-toxic solutions replace today’s environmentally harmful foams, aligning with new regulations and global sustainability demands.

Unlike conventional approaches that address only one element of the fire triangle, SurtBusters’ unique chemistry tackles two simultaneously. When exposed to high heat, our formulations create a powerful cooling effect and form a protective char layer, suffocating oxygen and preventing re-ignition. This dual action ensures unmatched effectiveness across all fire types, including wildfires, fuel and chemical blazes, and even lithium-ion battery fires.

Designed for seamless integration, our solutions work within existing firefighting infrastructure, enabling rapid adoption while safeguarding people, property, and the environment.

IonFlux is transforming the hydrogen economy with its scalable, on-demand Hy-Gen® generator – a proprietary system that delivers low-pressure hydrogen safely, efficiently, and wherever it’s needed. Powered by portable, activated aluminum fuel pods, this breakthrough solution eliminates the need for high-pressure storage and transport, enabling cost-effective hydrogen generation at the point of use. Engineered for reliability in diverse environments, Hy-Gen® supports a wide range of applications including mobility, battery charging, and off-grid power – positioning IonFlux as a key player in the next-generation hydrogen value chain

SolidT is pioneering a revolutionary solid-state temperature control system that transforms electronics cooling. Unlike traditional methods that rely on compressors and refrigerants, SolidT’s decentralized system enables precise and efficient thermal management for high-frequency processors, batteries, displays, and other critical components. This cutting-edge solution eliminates complexity, reduces weight, and enhances reliability, making it ideal for industries such as electronics, automotive, and high-energy devices.

By replacing conventional cooling technologies, SolidT significantly reduces energy consumption and operational costs. Its solid-state approach eliminates the need for environmentally harmful refrigerants, directly cutting carbon emissions and reducing the ecological footprint of temperature regulation systems. Additionally, the system’s increased efficiency lowers overall energy demand, supporting global sustainability goals.

SolidT’s technology not only improves performance and cost-effectiveness but also plays a crucial role in making cooling systems cleaner, greener, and more energy-efficient. This breakthrough is set to redefine temperature management across industries, accelerating the transition toward a more sustainable future.

Our system significantly lowers the Total Cost of Owning commercial fleets and increases the return on investment for passenger cars, lowering consumer range and power anxiety.

Our battery lifespan is up to three times longer than the industry standard, with a patented thermal management system that leverages two-phase immersion cooling to maintain an optimal battery temperature in all climate and work conditions and through ultra-fast charging.

Our future-proof technology reduces charging times to minutes, increases range, extends battery life, enhances battery safety, and minimizes the environmental impact of batteries. Carrar contributes to the environment by extending battery life and reducing GHG emissions.

We also lower rare metal mining, and our batteries maintain higher capacity, longevity, and health through second life.

We are committed to UN SDG No. 7.3, 12 and 13. Carrar partners with leading international OEMs, including Volvo Group. Volkswagen and General Motors.

Addionics enhances the performance of multiple battery chemistry types by integration of its proprietary 3D architecture. Energy density, power, and cycle life are all improved, thus facilitating and accelerating the electric vehicle transition. Based on current estimations, implementation of Addionics’ structure can reduce embodied emissions of one battery pack, across many chemistries, by 8.3 – 14.6 tons CO2eq, and emissions resulting from charging by an additional 2.5-3.7 tons CO2e.

Silib is developing and scaling up manufacturing of 3D, 100% pure Silicon anodes for Li-ion batteries. By using Silib’s anode Li-ion battery capacity can be increased by up to 40% without changing the battery form factor. The process is simple, cost effective and does not use any precious metals. The anode and the current collector are all in one piece and can be easily used in rolled or prismatic cells. Silib has demonstrated hundreds of stable cycles with limited capacity degradation.

Electreon is the leading provider of wireless charging solutions for electric vehicles (EVs), providing end-to-end charging infrastructure and services to meet the needs and efficiency demands of shared, public and commercial fleet operators and consumers. The company’s proprietary inductive technology dynamically (while in motion) and statically (while stopped) charges EVs quickly and safely, eliminating range anxiety, lowering total costs of EV ownership, and reducing battery capacity needs—making it one of the most environmentally sustainable, scalable, and compelling charging solutions available today. Electreon works with cities and fleet operators on a charging as a service (CaaS) platform that enables cost-effective electrification of public, commercial, and autonomous fleets for smooth and continuous operation.