Clean Energy Sources

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.

Voltify is the first to make Zero-Emission rail economically feasible with zero operational changes.
Our solution was designed over a year of intensive collaboration with every department of the Class 1 railroads—
including operations, signaling, finance, servicing, maintenance, locomotives, engineering, etc.
After dozens of meetings and three major product pivots, we developed a solution that allows railroads to maintain
their current workflows while saving 20%+ on energy with no upfront investment.

This shift is possible because of the collapse in battery costs.
Cells that cost $313/kWh three years ago (during Alon’s previous 1GWh project) now cost us $114/kWh, with 2027
quotes at $70/kWh. This 75% price drop allows us to provide deep discounts to railroads while maintaining 20%–
30% margins.

What substitutes do people resort to?
Currently, there are no economically viable alternatives to diesel.

Diesel is the standard, but it accounts for 20%–30% of total OpEx and is highly volatile.

Hydrogen, despite the hype, remains significantly more expensive than diesel.
Even assuming ten years of technological breakthroughs ahead, hydrogen is only projected to reach parity with
diesel, which is already 4x more expensive than our solution today.

CatAmmon was founded in 2024 based on five years of academic research led by two professors, and develops advanced metal-dopant and ceramic-based catalyst technologies for hydrogen and ammonia applications.

The company’s core focus is ammonia cracking for hydrogen production, enabling on-demand hydrogen supply for hydrogen-powered vehicles, ships, off-road machinery, and fueling stations. CatAmmon’s flagship cracking catalyst operates at 350–400°C, requires no rare or precious metals, and can reduce CapEx and OpEx by up to 50%, unlocking cleaner, cheaper, and scalable hydrogen production from ammonia.

In parallel, CatAmmon has developed a proprietary metal-dopant technology that matches precious-metal catalytic performance without rare metals, enabling the replacement of precious metals currently used in automotive catalytic converters. This approach reduces cost, supply-chain risk, and environmental impact while supporting large-scale deployment across mobility platforms.

As a longer-term extension, CatAmmon is also developing a near-atmospheric-pressure ammonia synthesis catalyst, targeting up to 55% reduction in ammonia production cost as a cleaner alternative to the traditional Haber–Bosch process.

Within its first year, CatAmmon raised $1.85M and is executing multiple PoC’s with leading global partners across Japan, Korea, Switzerland, and Germany.

From Gas to Clean Electricity:

Revolutionary power train technology converting hydrocarbons into electricity with unmatched efficiency and zero emissions.

Salion Energy is developing high-power aqueous batteries for data centers, UPS systems, and grid backup. Our technology uses abundant, safe, and cost-effective materials to deliver energy storage solutions designed for daily operational use, combining high power, long cycle life, and safety.

Targeting AI data centers and large-scale grid storage, Salion’s batteries provide a scalable alternative that meets critical needs current technologies cannot fully address. Our solutions focus on operational reliability, safety, and long-term cost efficiency, supporting infrastructure that requires dependable, high-performance backup.

Salion’s team brings decades of experience in energy, technology, and research, working closely with leading academic institutions to advance our development and validate the technology.

As an early-stage venture, we are focused on demonstrating our technology’s potential and readiness for real-world applications, positioning us to meet the growing demand for stationary energy storage solutions while maintaining a clear path toward scale and commercial adoption.

Boson has developed a novel waste to value solution to convert solid waste to great energy and supply heavy duty mobility with a fossil parity quick charging solution with the need to require heavy infrastructure. Boson has finalized the development and is in deployment more with multiple projects across EU Israel in various stages of development.
Boson will enable the transition to zero emission transportation by reducing the cost of energy and by reducing the infrastructure utility stress.

Theta Motoren – Powering the Future with Hydrogen Innovation

Theta Motoren develops next-generation hydrogen engines and generators that redefine clean energy generation for off-grid and mobile applications. Our patented, ultra-compact design minimizes moving parts, maximizes efficiency, and drastically reduces production and maintenance costs. Unlike conventional fuel cells or combustion systems, Theta generators can flexibly operate on hydrogen and other clean fuels, ensuring reliability even in the harshest environments.

We focus on industries where stable, zero-emission power is critical—such as telecommunications, cooling logistics, UAVs, defense, and off-grid infrastructure. By replacing diesel generators and other carbon-intensive systems, our technology delivers immediate environmental and economic benefits: lower CO₂ footprint, reduced fuel consumption, and superior lifetime performance.

Founded by a team of engineers and innovators from the energy, mobility, and aerospace sectors, Theta Motoren merges advanced thermodynamics with precision German engineering to create scalable, sustainable power solutions. Our mission is clear: to enable clean, independent energy anywhere on Earth—driving the global shift toward a hydrogen-powered future.

Airwayz develops advanced technology that makes it possible for drones to operate safely and efficiently at scale – whether in busy cities, large ports, or across entire countries. Our AI-powered platform acts like “air traffic control” for drones, managing multiple operators and fleets in real time. It approves flights instantly, prevents collisions, and reroutes drones when needed – without requiring any extra hardware on the drones themselves.

Already trusted by the Port of Rotterdam, Israel’s National Drone Initiative, and Americal National Authorities like Space Florida, Airwayz enables new services like rapid deliveries, infrastructure inspections, security patrols, and emergency response – while cutting costs, reducing emissions, and meeting regulatory requirements. We work with governments, enterprises, and mobility leaders worldwide to unlock the full potential of the skies for safer, smarter, and more sustainable mobility.

Cities are booming and despite Billions being pored into building transport systems, 80% of commuters prefer to use private cars.
We provide a real door to door, on demand, autonomous alternative.
Ride is free from congestion, emission and accidents.
It is cost effective, fast to build, street changes are minimal to non and in addition, it boosts the effectiveness and financial performance of all present systems.

We provide scalable, resilient, and sustainable SMART grid technology that drives both energy security and clear economic savings

We are building an emission-free grid of solar roads connected to hydrogen storage systems to transform how energy is produced, stored, distributed, and supplied to consumers. By combining multiple existing technologies, we have designed a system that supplants the need for the energy consumption of both electricity and fuel.

SaiFlow is on a mission to secure the future of energy by providing contextual runtime cybersecurity solutions for the global energy transition and electrification.

SaiFlow provides contextual runtime cybersecurity platform for distributed energy IoT devices, sites and networks, including EV charging, DERs (wind turbines, solar panels), Battery Energy Storage Systems (BESS), microgrids, substations, smart meters, inverters and more (focusing on the standard protocols, such as, OCPP, OCPI, IEEE 2030.5, DNP3, IEC 61850).

SaiFlow uniquely fuses between network data with energy, smart-grid data and telemetry for enhanced security and functionality, including continuous monitoring (IDS), posture management, vulnerability management and more.

Thermagix has developed the next-generation solution: Phase-Change Thermoacoustics.
By integrating evaporation and condensation processes (phase-change) into the thermoacoustic cycle, we achieve: A 100x increase in power density, Higher efficiency at significantly lower pressures, The ability to harvest heat from sources as low as 60-100℃, A lightweight, modular, and plug & play system design.

This breakthrough dramatically reduces cost and complexity, while opening the door to low-grade heat recovery across a range of industries.

Enervibe revolutionizes data collection from moving IoT’s by harnessing ground-breaking kinetic energy harvester, enabling billions of devices to operate sustainably with self-sustaining, zero-emission power
This breakthrough solution excels in minimizing size and weight while maximizing power efficiency and durability.
Our technology transforms kinetic energy into electrical power, enabling self-powered sensors that can wirelessly charge and transmit IoT data via Bluetooth to external systems. This capability unlocking new possibilities for smart, autonomous solutions, where advanced analytics can be used and improve processes and life time.
The Enervibe platform is versatile and adaptable across industries, including automotive, Industry 4.0, wearables, and defence.
Our flagship product, the Enertire™ – a smart tire sensor designed for commercial fleets, provides an all-in-one tire management solution. It delivers measurable value by reducing costs, enhancing cost saving, safety, and promoting sustainability.
Currently in the pilot stage, Enervibe is poised to commence commercial sales by 2025.

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

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.

We are three co-founders aiming to eliminate the need for disposable batteries by powering devices with sustainable indoor PV panels.
Prof. Lioz Etgar, a researcher from the Hebrew University of Jerusalem, has vast experience in perovskite-based solar panels.
Dr. Yousef Farraj, CEO, is an entrepreneur with PhD in Chemistry in formulations and thin film fabrication via printing processes.
Dr. Bat-El Cohen Wiezel, CTO, has a PhD in perovskite-based solar panels and over 10 years of experience in the field.

nT-Tao’s unique solution relies on a proprietary plasma heating method and a unique magnetic chamber topology which is expected to enable a 1000 times higher density than other fusion reactors, thereby making its fusion reaction 1 million times more effective.      The reactor has no emissions, no radioactive waste, and is inherently safe.

nT-Tao’s ability for quick development iterations and its groundbreaking approach dramatically reduce the size, cost, and complexity of fusion energy reactors. Co-founded by Oded Gour-Lavie, Doron Weinfeld, and Boaz Weinfeld, nT-Tao’s mission is to develop a unique nuclear fusion technology that will enable the world to transition towards a cleaner, decarbonized, sustainable, and advanced future.

The final system will be about the size of a shipping container. Our solution will be suitable for various on and off-grid power needs, from industrial facilities to small towns and off-grid locations. This scalability coupled with the ability for rapid deployment, positions nT-Tao’s reactor as a versatile and adaptable fusion energy solution.

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.

H2 Energy Now has developed an efficient, cost-effective method for creating hydrogen from water. The hydrogen can be used for energy storage, in particular to store power generated by alternative energy producers. H2 Energy Now is on the way to developing a storage solution enabling unlimited use of alternative energy. This will release the true potential of solar, wind and water generation.