Electrification

SaiFlow delivers an AI-native, contextual energy runtime cybersecurity platform built specifically for distributed energy sites and networks – including Battery Energy Storage Systems (BESS), solar PV networks, smart meters, EV charging infrastructure, and other energy OT assets, as well as energy-intensive infrastructure such as data centers

By uniquely fusing energy-flow data with network telemetry, SaiFlow enables precise, context-aware threat detection, real-time asset and network visibility, proactive vulnerability management, secure remote access (SRA), and accelerated AI-driven investigation – strengthening protection, shortening detection time (MTTD), reducing investigation time (MTTI), and improving operational safety across modern distributed energy environments.

Voltify can save over 20% of rail’s main expense – energy.
They are retrofitting diesel locomotives with battery power, enabling them to fast charge through a dedicated smart microgrid network.

It was founded by Daphna Langer, previously founder of a logistics and data company, and Alon Kessel, founder of the public energy company Doral (global projects of over $1B each)

In under two years, they secured over $50M contingent PO and a paid pilot with one of the largest global rail companies with a $1B+ contract potential.

Voltify’s tech is unlocking a $20B ARR opportunity in rail energy sales, and $100B ARR from the off-grid, rail-connected energy network

Revolutionizing transportation energy, Metryon Technologies Labs develops zero-emission powertrain systems that convert conventional hydrocarbons into clean electricity using proprietary fuel cell technology. By splitting gas fuels into hydrogen and solid carbon, our system delivers highly efficient onboard power while relying on today’s fueling infrastructure — making the transition to cleaner transportation practical and immediate for fleets worldwide.

Cheel is pioneering a breakthrough solution to one of the most critical challenges in energy storage – thermal runaway.

We embed real-time temperature data from inside battery cells to prevent thermal runaway and unlock technology barriers across mobility, energy storage, defense, and all battery-powered platforms towards a full NetZero future.

Our founding team of three bring vast experience in the Automotive & Energy sectors, core development and material science experise, scale up and operations. We posses the market knowledge and connections, ability to invent & develop breakthorugh technologies, and skills to scale our business to execution.

We are currently at TRL 4, with technology validated in lab – A prototype component validated under controlled conditions.

Our pre-seed non-dilutive funding to date, comes from family and friends, and we are seeking further seed funding to accelerate our development.

WaveSpark cool team is built from experts in mobility and energy systems testing, oceanography, wave physics and naval engineering. We develop multi-functional wave energy converter economically harvesting sea waves, wind and solar energy. We analyzed the experience of 180 startups which formed wave energy industry from 1990-s and several thousand patents. This allowed us to find where to innovate for best solutions and which mistakes to avoid.
These floating structures have to stay near the shores where clean energy consumers are – communities, marinas, ports, aquaculture, desalination, resorts, scientific and governmental organizations, floating and on-shore e-boat and EV chargers. Power is produced and stored both on-board and on-shore allowing to develop e-boat-based fishing, tourism, transport and research as well as build floating mobile communications, marine traffic surveillance and scientific installations.
Our design is Zero Harm to the Sea© – sea water is the working fluid, material degradation in the sea is avoided, everything is lubricated by sea water or edible greases, biocide-free – fouling with marine plants is welcome, and anchors are artificial reefs to host marine flora and fauna. Major share of power equipment is on-shore making these systems affordable. After de-commissioning floating elements will serve as pontoons in marinas or aquaculture

EVR Motors is an innovative Israeli company specializing in the design of advanced electric motors that are customized to meet specific customer requirements. The company’s electric motors are based on proprietary technology that reduces weight, volume, and cost relative to traditional state of the art motors. TSRF™ (Trapezoidal Stator Radial Flux) SMC based motor topology was developed enabling higher power and torque densities. Pre-formed trapezoidal coils ease assembly with high fill factor and reduce manufacturing costs. These motors exploit SMC magnetic and thermal isotropy for better magnetic flux utilization and thermal cooling vs. regular laminated cores. EVR Motors partners with OEMs and Tier 1s interested in manufacturing superior e-motors, and supports its partners through all the phases, from motor design through prototyping to manufacturing preparation. EVR Motors has develop a diverse range of motors designed to meet the needs of various mobility and industrial applications, with ongoing work taking place in its facilities in Israel. The motors are developed mainly for automotive applications, and may find further usage for other applications.

HydRoad is a revolutionary infrastructure initiative that utilizes roads to construct systems for producing, storing, and distributing renewable energy – both hydrogen and direct current (DC) electricity. These embedded grids of DC and H2 pipelines turn roads into accessible, decentralized, and secure emission-free energy assets.

We are developing a software-based GIS solution for planning and managing a road-based energy network, utilizing available assets on the ground, to ensure that the energy supply meets the local energy demand completely. We collaborate with public authorities, research institutions, and private-sector innovators to implement pilot projects and scale up globally.

HydRoad is designed to serve a wide range of consumers, including residential homes, industrial facilities, businesses, and urban infrastructure, through efficient DC-based microgrids. This enhances local energy independence and improves grid reliability and flexibility. By integrating advanced energy technologies directly into road infrastructure, HydRoad supports real-time energy use and enables dynamic load balancing across multiple sectors

Arbell Energy is a deep-tech renewable energy company developing one of the world’s most efficient next-generation solar technologies. Leveraging proprietary Quantum Dot architecture and Multiple Exciton Generation (MEG), our solution breaks the physical efficiency limits of conventional silicon-based solar cells. Printed using low-cost “solar inks,” our ultra-lightweight, flexible, and highly transparent solar films dramatically improve the unit economics of existing solar farms while seamlessly integrating into buildings, agriculture, and mobility applications to unlock ubiquitous renewable power.

Arbell’s technology is engineered to deliver up to three times the conversion efficiency of conventional panels, establishing a new frontier in solar power performance.

Beyond this breakthrough in efficiency, Arbell’s ultra-thin, lightweight, and flexible solar films enable deployment on surfaces where traditional panels cannot operate – including building facades, glass structures, agricultural installations, and mobile infrastructure. The company’s transparent solar solution also unlocks a fast-growing retrofit market by restoring lost capacity in aging solar farms without replacing existing infrastructure.

Validated by Europe’s leading independent applied science research organization (TNO) and backed by strategic industry partners, Arbell is on a mission to accelerate global decarbonization by delivering more power, at lower cost, across more surfaces than ever before

Our proprietary Solid State Reduction™ technology is a single-step, closed-loop process that operates at ambient temperature using continuously recyclable, low-cost reagents. Unlike conventional pyrometallurgical and hydrometallurgical refining, it eliminates energy-intensive, capital-intensive, and highly polluting operations while producing high-purity elemental metals without additional downstream refining.

The process takes place inside our modular, scalable LiGen Cell™ extraction units, designed for deployment directly at battery recycling facilities and mineral processing sites. Their low capital requirements make advanced critical mineral recovery accessible to small and mid-sized recyclers while enabling decentralized production.

LiGenerate transforms battery recycling from a cost center into a profit center, strengthening domestic critical mineral supply chains and supporting a truly circular battery economy. We have demonstrated recovery of elemental metals at more than 99% purity, including cobalt, nickel, and antimony, and are currently building our first pilot battery black mass recycling facility, scheduled to launch in Q1 2027.

LiGenerate helps secure sustainable critical mineral supplies for the global clean energy transition.

Elssway provides wireless charging as a service for light electric vehicle fleets, making clean mobility more accessible, efficient, and scalable. Our technology enables safe, reliable wireless power transfer across large parking areas, streets, and mobility hubs — eliminating the need for cables and manual charging.

Designed for fleets of e-scooters, e-bikes, mopeds, and mini-EVs, Elssway’s solution simplifies operations, optimizes charging efficiency, and supports the seamless growth of electric transportation in cities.

Apollo Power’s core proprietary technology is our flexible solar cell, supported by over 20 patents. This highly adaptable technology is used in various industries, from rooftops and car parts to floating PV systems, agro-PV solutions, and even solar fabrics in our retractable awning. Our mission is to generate electricity from any surface under the sun.

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.

Fast DC public charging is unpredictable, highly volatile, and strains grid stability. evPower.ai plug & play cloud platform for EV Charging Operators (CPOs) improves charging speed by 30%, maximizing availability, and turning stations into active players in energy markets — no infrastructure upgrade needed. Our proprietary ML models the complete ecosystem to deliver value across the entire network: better driver experience, higher charger utilization, improved operator revenues and grid adaptability to renewables fluctuations.

Salvation battery has a breakthrough technology in the field of lead acid batteries. By adding special carbon nanotube additives to one of the electrodes, we are able to improve the performance at least 4 times. The technology is based on breakthrough of Dr Tomer Zimrin, one of Israel’s leading electrochemists.

The company has joint-venture agreements with Bar Ilan University, Exide Battery, and one of the 3 largest battery manufacturers in Europe.
The technology will disrupt the $100 billion battery storage and motive industroes.

AIR is revolutionizing everyday mobility for everyday people, empowering individuals to seize the power of personal flight.
Combining a sleek, modern design with cutting-edge flight control software, AIR gives individuals the gift of flight while requiring minimal training and upholding the highest FAA-approved safety standards.
AIR’s passenger airEVs bring the size, practicality, and edginess of a sports car to the skies, letting people “drive the sky”, explore beyond the city limits and redefine the way they move.
AIR’s leadership is comprised of veterans of the aviation and automotive industries, harnessing the latest technology to build flying vehicles based on time-proven engineering design, usability, and operational standards.
Founded by Chen Rosen and later joined by Netanel Goldberg and Rani Plaut, AIR is paving the way for a cleaner, more thrilling future of mobility, affording everyone the freedom to fly.

BaTTeRi developed a proprietary charging robot for EVs

Marine Edge is developing innovative regenerative technology to optimize efficiency for ships, reducing fuel consumption and emissions.

The effect of maritime transportation on our environment is tremendous. Ships burn billions of barrels of fuel every year, emitting billions of tons of CO2 in addition to pollutants such as NOx and SOx.

Our technology captures and stores energy during low load phases and reintroduce it during high load phases. This unique approach ensures ongoing optimization to minimize fuel burn, especially when navigating through rough seas.

Improving propulsion efficiency will lower fuel consumption and reduce emissions, while making the transition to cleaner fuels more accessible for shipping companies

StoreDot Ltd. is a battery developer and materials innovation leader, developing ground-breaking battery technologies based on the design and synthesis of both organic and inorganic compounds.

YAFA Technologies is developing an innovative Air-Battery technology for affordable 24/7 Renewable Power and e-Mobility. The technology is based on micro-scale compressed-air (Liquid Air) Energy Storage mainly for buildings and microgrids.

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.

3DBattery is a start-up specializing in the design, development, and manufacture of innovative energy storage solutions suitable for EVs, Grid storage & portable electronic devices. The company enhances the capacity, safety, and lifetime of batteries by integrating innovation into each element of the cell.

ACQUIRED by SolarEdge

Wevo Energy is a global software supplier to CPOs and EV service providers, delivering an industry-leading software platform to optimize EV charging. The company’s cloud-based platform enables charge point operators and building owners to easily and effectively manage EV charging at apartment complexes, workplaces, commercial properties, and destination charging applications. Using cutting-edge data science and AI, Wevo learns driver behavior to orchestrate the ideal charging schedule while minimizing costs and taking advantage of grid incentives.

Flower Turbines introduces innovations that change preconceptions about small, vertical axis drag-type wind turbines and their role in the global transition to clean energy. Their turbines produce clean energy from any direction in a quiet and beautiful way, allowing people to live and work next to them. The company also has a series of small e-mobility charging solutions, some of which include wind turbines. The individual turbines have aerodynamic innovations that make them more efficient and start at lower speeds.

ACQUIRED by Vontier Corporation on Feb, 2022

Sparkion offers a smart storage system powered by proprietary hardware and software management. The solution leverages new and second-life battery packs and uses dedicated power electronics and embedded algorithms to fully manage the energy input and output of each battery module independently, thereby maximizing the overall storage capacity and lifespan of the system. The result is a dynamic and cost-efficient storage that can adapt on the go to the site’s needs.

Electrochemical generation of power through fuel cells is an effective pathway for decarbonization of transport, energy and manufacturing. Fuel Cell power solutions are also a means for storage of excess renewable energy from intermittent renewable energy sources and enable low carbon power independent of the prevailing conditions of the wind or the sun.