Energy Production

AGAM is developing a proprietary patented Liquid Ring Rotating Casing Steam Turbine (LRRC ST) that generates electricity from waste heat: starting from hot water at 90°C or steam at 100°C that is currently vented to the atmosphere.

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.

Grid+ is an edge computing technology that transforms sub-second, real-time grid edge data generated by distributed energy projects into valuable revenues and savings for renewable IPPs, renewable and distributed developers, and DSOs. Grid+ unlocks real-time dynamic hosting capacity in medium-voltage distribution grids, enabling accelerated use of existing grid capacity for more generation, fewer curtailments, and greater stability of grid feeders below substation level,  while giving all parties higher real-time observability and operability. Using deep electrical-physics algorithms and a continuously updating real-time digital twin, the platform requires no utility or public data and no new sensors, delivering an immediate increase in the return on renewable and grid assets

Fruit-OH is an agricultural and environmental technology company that provides an autonomous waste-to-value infrastructure designed for on-site deployment. The company addresses the $125B global agricultural waste problem by converting organic waste — previously considered an expensive liability — into four premium commodities: bioethanol, compressed bio-fibers, food-grade CO₂, and distilled water. The core product is a containerized, plug-and-play unit that uses chemical, biological, and physical processes to break down highly variable mixed waste streams directly at the source, with no change to existing facility operations. Units are deployed individually or networked into “Hives” of 15 units under a central operations center, enabling rapid scaling from a single packing house to enterprise-wide infrastructure. By eliminating third-party transport and off-site logistics, the system reduces emissions and delivers a circular economy solution with 100% mass conversion and zero landfill residue. The business model combines hardware sales, SaaS licensing for remote monitoring, and commodity revenue sharing, with a 12–24 month ROI for clients

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

Immedia Power is an energy infrastructure company addressing one of the biggest bottlenecks in electrification: slow and constrained grid expansion.

Electrification is accelerating, but new high-voltage grid connections can take 5–10 years, preventing EV fleets, edge data centers, ports, and industrial sites from scaling operations and generating revenue. As a result, these sites are forced to rely on inefficient and carbon-intensive alternatives, delaying progress toward net-zero goals.

Immedia Power provides permanent, utility-grade on-site capacity delivered in weeks instead of years, with a small physical footprint. Our flagship product, GX230, is a modular 230 kW multi-fuel power system that synchronizes directly with existing electrical infrastructure and operates as additional native grid capacity rather than backup power. The system supports LPG, CNG, biofuels, synthetic fuels, and hydrogen blends, enabling a clear pathway away from diesel while remaining deployable today.

Multiple units are orchestrated by proprietary software that intelligently manages load, peak demand, preventative maintenance, and output across single or multi-site deployments. The system combines high power density, ~42% utility-scale efficiency, universal grid integration, and structurally lower CAPEX per kW than incumbent solutions.

Immedia Power has completed a proof of concept, signed pilot LOIs, and is working with an experienced European development partner. Our solution enables faster electrification, reduces reliance on diesel generators, improves energy efficiency, and unlocks immediate revenue growth for energy-constrained sites

SunSeed IL APV is a climate-tech startup developing AI-driven simulation and decision-support tools for agrivoltaic and energy-intensive infrastructure projects.

Our platform integrates climate data, microclimate modeling, agronomic response, and energy system simulations to support early-stage planning, design optimization, and operational decision-making. By enabling scenario-based evaluation before physical deployment, SunSeed helps reduce risk, improve resilience, and optimize performance under increasing heat, energy demand, and climate uncertainty.

SunSeed works with infrastructure developers, energy companies, research institutions, and regulators to support smarter integration of renewable energy, land use, and climate adaptation. Our approach reduces reliance on costly trial-and-error pilots, accelerates permitting and investment decisions, and improves long-term sustainability outcomes

WindClaw developed a new class of ultra-efficient vertical-axis wind turbines to unlock the world’s vast, untapped wind resource. Humanity harvests < 1% of wind energy because HAWTs require huge towers, uniform winds, and large setbacks; making them super-expensive, hard to transport, slow to install, and confined to a narrow set of premium sites. WindClaw breaks those constraints.

WindClaw delivers a paradigmatic shift in wind design by achieving what was long considered impossible: lift-level force with drag-level cost. This breakthrough lowers LCOE per turbine, an effect that is magnified in utility farms – the area consumed by a single utility-scale HAWT accommodates over 100 WindClaw turbines – these produce much more energy, for far less money, in far less time.

WindClaw accelerates climate impact by making wind far cheaper and easier to scale. Its lightweight, modular, robust design cuts lifecycle emissions and simplifies end-of-life, keeping every kilowatt cleaner and cheaper from cradle to retirement.

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.

Fast Sense measures what’s in your gas precisely. Using nano-scale solid-state sensors and IoT-enabled data consolidation, we accurately quantify hydrogen levels within combustible gas streams such as methane and natural gas.

Unlike traditional gas analyzers, our technology eliminates cross-sensitivity and delivers up to 10× savings in CAPEX and maintenance.

Applications

•     Mixing & Process Control
•     Flow Meter Coupling
•     Redelivery & Energy Content Quantification
•     Energy Storage Monitoring

Our solid-state chemiresistive sensor nodes also function as networkable leak detection units for pipelines, transformers, and power-grid mobility assets, providing a unified monitoring platform.

ATEX Class I, Zone 1 certified, the Fast Sense device is engineered for hydrogen detection in flammable environments (hydrogen, methane, and more).
The sensing element combines catalytic nanoparticle-decorated semiconductors with a selective polymeric coating, achieving unparalleled sensitivity, selectivity, and stability

Theta Motoren is a technology company developing ultra-reliable, multi-fuel power systems engineered for battery charging, backup, and resilient operation in the most remote regions of the world. Our compact generator architecture uses minimal components, achieves high efficiency, and can operate on a wide range of fuels — including hydrogen, methanol, ammonia blends, e-fuels, and other future-ready energy carriers. This broad fuel compatibility ensures energy security even where infrastructure is limited or supply chains are unreliable.

Designed for extremely low maintenance, and stable performance under harsh environmental conditions, our systems provide dependable charging and backup power for telecom towers, remote industrial sites, disaster-response zones, and off-grid communities. Operators can deploy our units anywhere and rely on consistent performance regardless of climate, altitude, or fuel availability.

By combining rugged engineering, compact design, and multi-fuel capability, Theta Motoren delivers a future-proof battery-charging and power solution that works where conventional generators fail. Our mission is to ensure that critical infrastructure can operate anytime, anywhere — from dense urban networks to the most isolated corners of the planet.

Ag-Sense develops an AI-driven IoT platform for universal sensor connectivity, designed to collect, analyze, and act upon environmental data in real time.
Our Platform technology connects any sensor: temperature, humidity, CO₂, pressure, flow, fuel, or power – on one smart platform, enabling organizations to gain full visibility and control over their operational environments.

The system combines wireless BLE sensors, multi-channel gateways (Wi-Fi, Ethernet, cellular), and a cloud-based AI engine that detects anomalies, optimizes energy consumption, and prevents product loss or system failures.
Applications span multiple industries including pharma, food logistics, agriculture, data centers, and banking infrastructure – where continuous monitoring is critical for safety, compliance, and sustainability.

By transforming raw sensor data into actionable insights, Ag-Sense helps customers reduce energy waste, extend equipment lifespan, and minimize environmental impact, while ensuring full compliance with international standards (ISO/IEC 17025, CE, FCC, FDA).

Our mission: Any Sensor. Any Time. One Platform.
Connecting the world’s sensors into a unified, intelligent, and sustainable network

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

MayMan One is a climate-tech startup unlocking the Earth’s cleanest untapped energy source: natural white hydrogen. Using satellite imagery, airborne geophysics, and proprietary AI models, we detect and map hydrogen seeps across the globe, transforming Earth observation into energy discovery.
Founded by Prof. Colin Price, a world-renowned atmospheric scientist with decades of experience in geophysical systems, and Dr. Jacques Amselem, an expert in aerospace analytics and geospatial intelligence, MayMan One merges deep Earth science with cutting-edge space technology. Together, they lead a bold mission to reimagine energy exploration from orbit to outcrop.
Unlike conventional hydrogen, which is costly and carbon-intensive to produce, white hydrogen occurs naturally underground. Our data-driven platform identifies viable reservoirs with speed and precision, offering a scalable path to zero-emission fuel with minimal environmental impact.
By locating and quantifying natural hydrogen, MayMan One aims to accelerate global decarbonization, reduce dependence on fossil fuels, and reshape energy geopolitics. This is not just exploration, it’s climate action at planetary scale

Grafenika developed an innovative Pre-Graphene 3D material from the Graphene family. This material is made from the widely available popular graphite and is a game changer for a new generation of Fuel Cells.
Our Fuel Cells provide an outstanding energy performance (x2), leaner, cheaper and allowing higher endurance.
Grafenika enables GREEN, Scalable, ON-DEMAND, OFF-Grid and ON-Grid Electricity Generation.
Our Fuel Cells cuts both initial cost and energy costs by 25% per kWh, eliminates emissions, and even allows customers to sell surplus power back to the grid.

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

NanoTherma revolutionizes energy efficiency in data centers by converting low-grade waste heat into clean electricity using innovative thermoelectric nanomaterials. Each year, data centres globally lose billions of kilowatt-hours as unused heat, creating substantial financial and environmental burdens. NanoTherma’s solid-state panels, easily integrated into existing data center racks, passively generate electricity without fluids, plumbing, or moving parts. This groundbreaking technology reduces operational costs and emissions, enabling data centers to transform wasted energy directly into usable power. With significant market potential and strong industry engagement, NanoTherma is reshaping the future of sustainable energy

DigiTile is pioneering a new era in outdoor advertising with its patented reflective display technology that operates off-grid and consumes near-zero power. By eliminating the need for electrical infrastructure, DigiTile dramatically reduces energy costs, avoids light pollution, and enables digital billboard deployment in previously inaccessible locations.

With strong industry validation, early market traction, and a scalable, sustainable business model, DigiTile is set to redefine digital signage for a carbon-free future

Gadi.ai offers an AI-powered support platform designed specifically for the solar energy sector. The solution addresses post-installation challenges by automating customer service, monitoring system performance, and optimizing energy output. By transforming solar installations into intelligent, self-managed assets, Gadi.ai enables solar providers to reduce support costs, improve system reliability, and enhance customer satisfaction. The platform aims to improve retention and operational efficiency across the solar value chain

Try For Free – https://app.gadi.ai/ 

Thermagix is developing breakthrough Phase Change Thermoacoustic technology to convert low-grade waste heat into clean electricity and cooling, without moving parts, fuel, or emissions.
Led by CEO Gil Aginsky, the company is driven by the urgent need to address the climate crisis through deep tech innovation.

By transforming industrial and ambient waste heat into usable energy, Thermagix redefines sustainability and unlocks a powerful, untapped renewable resource. With a strong commitment to environmental stewardship and advanced engineering, Thermagix is building the next generation of emission-free energy solutions for a resilient, low-carbon future

SWE (Sea Wave Energy) is a next-generation climate tech startup developing breakthrough solutions in marine-based renewable energy. Our patented technology harnesses the natural, random motion of sea waves using floating mechanical units, generating clean electricity without the need for mooring or directional alignment.

This innovative system is scalable, cost-effective, and uniquely suited for remote, off-grid, and challenging marine environments.

Founded by a multidisciplinary team with expertise in mechanical engineering, energy systems, and innovation, SWE brings together years of collaboration and a unified mission: to deliver sustainable, nature-powered energy that supports both people and the planet. Driven by a deep respect for the ocean and a bold vision for a clean energy future, we’re redefining what’s possible in wave power

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

mobiXtron develops high-efficiency, portable, off-grid power generation systems designed for climate-sensitive and critical infrastructure applications.
Our modular technology delivers clean, stable electricity in locations where grid access is limited, unreliable, or unavailable, including EV charging in remote areas, data centers, defense operations, microgrids, disaster zones, and off-grid industrial sites.

Unlike traditional diesel generators, mobiXtron systems can operate on any available fuel, from cleaner options like hydrogen, renewable-compatible fuels (like ethanol, methanol, and biofuels) to conventional logistics fuels, while achieving exceptional energy efficiency and significantly lower emissions per kWh.
In addition, the system can utilize waste heat to improve total energy efficiency and reduce environmental impact.

Systems are scalable from 5kW to 1MW, with best-in-class power-to-weight ratios, fast deployment, and minimal maintenance.

By replacing polluting diesel gensets and reducing fuel transport needs, mobiXtron contributes to decarbonization, energy resilience, and sustainable electrification in remote and vulnerable settings.
The technology has passed feasibility testing (TRL 3), received patent allowance.

We develop unique reflectors that increase the energy production of solar fams by re-directing otherwise wasted solar dariation: the reflectors are static, they are installed in-between rows of ground mounted solar panels.
The increase is dramatic: about 13%-15% annualy, for many years, while the cost is about 3%-5% of the initial farm’s CapEx (with low added O&M). This will significantly increase the Net Present Value of the whold solar project – approximately double the NPV (case sensitive).
Our solution is the only one that could be used as a retrofit for already operating farms (and for newly constructed farms, as well). This is achieved via unique design that comploes with all of the constarints of solar farms; the most challenging one is the need to ensure homodeneous distribution of the added irradiance – and we accomplished to do so!
We focus on the rear side of Bifacial panels.
Our Vision: Creating a Global Impact in the fight against climate changes while presenting a new category in the Solar market.

WADIS is an Israeli company developing globally patented water treatment technologies based on micro and nano high-voltage electrical discharges. Our innovative systems treat all types of water and wastewater — efficiently, safely, and without chemicals — delivering major environmental and operational benefits.

In wastewater treatment plants (WWTPs), our technology:

Increases biogas production by up to 30%

Expands WWTP treatment capacity without infrastructure upgrades

Eliminates environmental odors

Reduces carbon emissions significantly

Our EPOP (Electro-Pulse Oxidation Process) platform treats and recycles industrial wastewater by removing 97–98% of hazardous contaminants, preventing pollution of underground water tables and supporting safe water reuse.

WADIS has already completed successful pilot trials in the UK, treating agricultural biowaste from cow and pig manure and food production, with excellent technical and economic results. Additional pilots are underway in Brazil and being explored in the United States, including PFAS (forever chemicals) removal applications.

WADIS targets a fast-growing, multi-billion-dollar global market in municipal, industrial, and agricultural water treatment. Our solutions are compact, energy-efficient, and uniquely positioned to support the transition to circular water systems and low-emission operations.

WADIS was founded and is led by Alan Silberman, an Industrial Civil Engineer (Universidad de Chile) with an M.Sc. from the Technion – Israel Institute of Technology.

Developing a new Pyrolysis of Methane technology to produce affordable turquoise Hydrogen allowing for economically feasible, phased decarbonization of industrial sites. The modular, small footprint units allow for decarbonizing single energy consuming units based on existing natural gas infrastructure and variable mixes of Natural Gas/H2.

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.

SolarWine revolutionizes vineyard management by merging renewable energy with precision viticulture. Our patented agrivoltaic canopy system seamlessly integrates solar panels into vineyards, protecting crops from extreme weather while allowing uninterrupted mechanical harvesting. This innovative design not only generates clean, sustainable energy but also creates a diversified revenue stream that reduces operational costs and boosts overall profitability. Coupled with our AI-driven platform, vineyard managers receive real-time analytics and actionable insights to optimize irrigation, monitor crop health, and enhance yield quality. By harnessing the power of the sun, SolarWine empowers vineyard owners to meet sustainability goals, improve resource efficiency, and secure long-term economic growth.

Join us in pioneering a greener, more resilient future for viticulture.

Ceal, founded in 2024, is a carbon dioxide removal (CDR) company paving the way for a Net-Zero environment. We claim to be the fastest, cheapest and most energy-efficient technology ready to scale. We use circular economy best practices to co-locate with seawater-cooled, thermal power plants, utilizing their existing infrastructure and enabling seamless integration of our proprietary electrochemical catalysis technology with their facilities. Our process is additive- and emission-free, and non-reliant upon the carbon market.
In a highly efficient single-step, Ceal captures and sequesters atmospheric CO2 dissolved in seawater into industry-essential, solid minerals, while providing soft water for various uses. Thus, enabling substantial new revenues, major cost savings and increased energy efficiency for its customers, all while reducing their environmental impact. Ceal’s solution reduces the carbon footprint of the host facility, its marine pollution of hazardous chemicals, and simplifies its operation.

Ceal – more than just carbon dioxide removal. We are healing the world.

SkyScroll is a unique patented airborne platform, which can expand to a huge surface area to reflect or capture energy from the sun.

Inertial Fusion seeks to develop a fusion reactor based on a supersonic turbine. The high speed turbine creates shockwaves in a Deuterium and Tritium gas. Those shockwaves are compressed by cones around the turbine to produce fusion. This solution does not require magnetic confinement of plasma. It is simple and low cost.
Some of its Advantages include:
• The turbine can be in any size from 20 inch or 50cm to 30 feet or 10
meters. The power output of one turbine can vary from 10 MW to
500MW. It is possible to combine several turbines in one powerplant.
• The device is small in size and can fit in buildings.
• There is no pollution from the device, it can be placed near cities.
• The device is cost effective in construction, maintenance and fuel.
• The device structure is simple, reliable, and easy to maintain without
long downtime.
• The turbine can be switched on almost instantly and can replace gas
turbine as backup for solar and wind power stations.
•The development can be short and low cost.

NayamWings’ technology focuses on advanced wind propulsion systems specifically designed for commercial shipping. At its core, the system leverages large, automated asymmetrical sails that can be retrofit onto various vessels, utilizing the natural power of the wind to reduce dependency on traditional fuels. These sails are crafted with cutting-edge materials to maximize durability and efficiency, adapting to different wind conditions autonomously, thus optimizing performance. We use advanced aircraft technology adjusted for ships.
The solution includes smart sensor technology and integrated software that analyzes wind patterns and adjusts the sails in real-time, ensuring maximum efficiency. By partially relying on wind energy, vessels equipped with NayamWings’ technology can significantly cut down on fuel consumption, thereby reducing GHG and operational costs.
The system’s design prioritizes ease of integration, allowing for straightforward installation on both new and existing ships. This ability to retrofit makes it an attractive option for shipping companies aiming to comply with increasingly stringent environmental regulations while also cutting costs.
NayamWings offers a viable pathway towards sustainable shipping. With only 20% savings a ship double its profit by saving fuel and offers 2-4 years of ROI. This value proposition puts NayamWings High above its competitors offering single digit savings.

Cities consumes around 80% of the total energy.
Before WAVE – urban wind turbine, there was no way to harvest wind energy for the city from within.
Wave is rectangular and uniquely located along rooftop edges (Cornices) where the wind is dramatically accelerates.

There we harvest electricity from large wind quantity and speed. Our goal is to make a positive impact on the world through Wave:

Danny Raz, B.SC. – WAVE Founder and CEO
Mr. Raz is an Architect – Graduated the Technion 1981 in Architecture and Town Planning. Registered architect in the Israel Architects Association. In 1982 established and owner of Raz Architects office. In 1998-2000 served as associated lecturer in the Faculty of Architecture and Town Planning in the Technion of Haifa.

Shalom Green, B.SC. – Co Founder Business Development
Mr. Green is an Industrial Engineer by profession (Technion , 1973) and a certified ‘Johna’ at the Goldrat Institute (USA), with vast international business development experience. V.P. at Monster Cable Inc. (1987 – 1997).

Or Shaul, B.SC. – CTO Co Founder
Mr. Shaul is a Mechanical Engineer by profession (Technion , 2014) with extensive experience in engineering design and consulting of product and systems. Currently serves as a system engineer at the Science Museum of Haifa, Israel.

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.

enSights is your centralized vision into the status and needs of your renewable energy assets.
Collect, store, and learn from your digital assets in a single, centralized place, using the latest real-time monitoring and machine learning algorithms, to optimize your performance and reduce consumption, at scale.

Zohar CleanTech (ZCT) LTD is a trailblazing cleantech startup on a mission to revolutionize the waste management industry. Our innovative creation, ZoharX, is an advanced waste to energy decentralized system that offers a sustainable solution to heavy collection and landfill costs. ZoharX is a best-in-class solution for small municipalities, hotels, factories, malls and buildings. Developed by leading and experienced Israeli scientists and engineers, Zohar manufactured its patented prototype and is now commencing its commercializtion.

The pressure is real. To qualify for federal tax incentives under the One Big Beautiful Bill Act, projects must break ground by July 2026 and reach operation by 2030. Yet most early stage projects never make it that far.

Acquisition teams usually only see brokered deals that surface long after the best opportunities appear, but the strongest opportunities often show up first in the interconnection queue. Until now, there has been no easy way to access or evaluate these projects, delaying action.

iQueue – the Renewable M&A Intelligence Platform

REplace’s iQueue platform combines thousands of viability signals, proprietary AI models, deep industry intelligence and geospatial analysis to give acquisition teams a complete view of project viability:

It delivers three core advantages:

1. Proactively find M&A opportunities before the market notices them

2. Evaluate inbound deals in minutes instead of months.

3. Track real time competitive activity and market intelligence to gain an edge

Purammon’s unique W2toH2 technology electrolyzes industrial wastewater instead of freshwater to generate green hydrogen that replaces fossil fuels and reduces industrial GHG emissions.

Momentick is a satellite-based methane intelligence company purpose-built for complex operations. We combine multi-satellite data with a proprietary AI algorithm to detect and quantify emissions across vast, remote, high-impact sites—without hardware, installation, integration, or field teams. From pinpoint leaks to regional hotspots, our platform delivers cost-effective, autonomous monitoring that supports both mitigation and compliance.

·       Rapidly reduce greenhouse gas emissions

·       Ensure regulatory compliance

·       Reduce revenue loss from methane emissions & leaks

·       Prevent explosions and improve safety

·       Manage and reduce risk

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

Kenotomi has developed an electro-optical technology for low-concentration passive solar panels. The company’s products are optimized for vertical installation in building-integrated photovoltaic systems, building-applied photovoltaic systems, and rooftop applications. Designed for maximum space utilization, Kenotomi’s products are suited for applications ranging from fences and acoustic walls to buildings in commercial districts. The company’s 3D solar panels can be installed at any angle while still being efficient throughout the day. Moreover, they do not block sunlight and can be used as building materials for the building envelope, such as the roof, skylights, or facades.

Eco Wave Power (NASDAQ: WAVE) is a global leader in onshore wave energy technology. Our patented system uses floaters installed on existing marine structures, such as breakwaters, piers, and jetties, to harness green electricity from ocean and sea waves.

We have successfully built, owned, and operated two grid-connected wave energy power stations, in Gibraltar and at Jaffa Port, Israel, which is recognized by the Israeli Ministry of Energy as a “Pioneering Technology. In September 2025, we held the official grand opening of our first U.S. wave energy station at the Port of Los Angeles, marking a major milestone for wave energy commercialization.

Eco Wave Power is now scaling globally with over 400 MW of projects in its pipeline, including upcoming deployments in Taiwan, India, and Portugal. By turning coastal infrastructure into clean energy sources, Eco Wave Power is making wave energy a reliable and mainstream part of the global renewable energy mix.

Boson Energy develops clean affordable green Hydrogen from solid waste and biomass with the aim to deliver future-proof impact technology for energy, waste, water, and (e)mobility solutions.

HYDROLITE is helping to accelerate the green energy revolution through superior, low cost green hydrogen generation and power delivery solutions.
The company’s fuel cell advancements are based on the fundamental advantages of combining
an alkaline environment with exchange membrane technology.
They combine world leading technical expertise with innovative systems design towards realizing the vision of affordable, green hydrogen solutions.

*PRESUMED INACTIVE*

Soltrex accelerates the global growth of solar power with artificially-intelligent logistics robots. The RaaS model lowers the maintenance costs for the farm operators, whilst the system ensures the increase and optimization of electricity production.

Based on an unmanned ground vehicle, Soltrex develops automation algorithms and software for maintenance of solar farms, providing an RaaS platform to tackle the various repetitive and routine tasks from construction to operation.

Agri-Light Energy Systems Ltd. has developed a Unique Solar Tracking System based on a proprietary Agri-voltaic Algorithm that enables dual usage of land, by managing the level of radiation to optimize the generation of electricity, and at the same time optimize crop cultivation and its yield.

Solargik’s versatile, cost-efficient trackers and intelligent control software increase power generation, efficiency, and profitability while reducing overall CAPEX and OPEX.

Our innovative hardware and software solutions redefine traditional solar installations and unlock untapped terrains. Our unique tracker design enables installation on slopes up to 30% and in oddly shaped sites, eliminating the need for costly grading and civil work.

Our advanced software optimizes production, predicts weather changes, maximizes bifacial gains, and responds to remote commands. The synergy of our hardware and software empowers you to build projects at competitive LCOEs in locations previously considered impossible.

Solargik’s Agri-PV solution addresses the two major challenges of the field: sharing the sunlight and costly, complex structures. Our in-house SCADA system “SOMA” receives inputs like shading patterns, crop health, and weather conditions and outputs an optimal tracking angle that supports crop yields, but also produces enough electricity to maintain the financial viability of projects. In addition, our lightweight and versatile structure can be raised to 5 meters height at a competitive LCOE. These features enable highly tailored Agri-PV designs that boost project profitability and harness the synergies between agriculture and solar energy.

Energiya Global develops affordable solar projects worldwide.

PRESUMED INACTIVE

QD-SOL technology uses sunlight as a renewable energy source to efficiently split water for green hydrogen generation, making the method energetically favorable compared to existing water-splitting methods and offering an innovative solution for green, low-cost, nonpolluting hydrogen production.

QD-Sols unique panels create green hydrogen directly from sunlight, using proprietary nanoparticles as photocatalysts for the splitting of water.

Renewable heat energy generation and storage for industrial and commercial users – as a service.

The recent completion of acquisition of SOLID (Austria), a global player in the renewable heat domain, and the signing of a partnership with Eren Groupe, an innovative global leader in the energy transition, position TIGI as a leading heat player in the market. The partnership with Eren ensures available funds for large-scale build out of long-term projects.

HYS ENERGY develops a new electrochemical process for utilization of sulfur-containing acid gases, involuntary harmful by-products of different industries. Their treatment represents a significant industrial concern. The process provides a more cost-effective and safe way for their utilization, compared to traditional technologies. Waste-to-energy approach: utilization of these by-products is combined with hydrogen production or electricity generation (TRL3).
The Modified Direct Seawater Electrolysis Process for efficient Green Hydrogen production is the second technology we are working on. Seawater could be an abundant source of hydrogen. However, due to some technological problems, direct seawater electrolysis is currently used commercially for chlorine production. Hydrogen is generated as a by-product. The proposed innovation solves these challenges and provides a more economical way for electrolytic hydrogen production, “Patent Pending” IP protection (TRL 2).

First Airborne reduces the cost of wind power generation by replacing manned labor and increases availability and efficiency, through performance and inspection data collection and analysis.

First Airborne transforms logistically intensive services rendered in the wind power industry into automated robotics-based services. Front and centre is the proprietary, validated, drone-based Windborne sensor, which provides wind turbine performance testing at exceptional scale and accuracy. The Windborne is as accurate as the very best measurement instruments in the industry, verified by Deutsche WindGuard – but with a unique advantage: it can fly

MADA Analytics is a software fin-tech company that focuses on maximizing profits for renewable energy projects (wind/solar). By combining software simulations driven by historical weather data, load profiles, utility tariffs, and electricity prices with domain expertise, MADA Analytics knows to optimize energy storage systems and provide investment-grade analytics that enables stabilized cash flows for maximized debt leverage for the financing of projects.

RSF develops a semi-transparent solar panel that transfers the light necessary for plants’ growth while utilizing the rest of the spectrum for power generation. The panel is based on Perovskite technology that was developed and patented at the Hebrew University of Jerusalem. RSF solution enables full coverage of the growing area, thus, maximizing the power generation per growing area, protecting crops against climate-change weather hazards, reducing the heat load, saving water, and reducing leaf diseases.

Edrei’s new method is creating a new source of energy – Hydrogen that is 100% clean from carbon emissions.

A new method of Hydrogen production by a biochemical process that is 100% clean and 70% cheaper than the production cost of the industrial methods.

A chemical solution able to convert plastic waste into valuable liquid outputs.

Enabling sustainable urban agriculture by combining Solar power & Hydroponic crops.

Clairion specializes in utilizing ionic liquids for innovative absorption and separation processes to efficiently remove pollutants from industrial flue gas emissions – to better address environmental and logistic challenges industries face when implementing Air Pollution Control (APC) solutions. The technology is scalable and therefore applicable to a variety of industries, plants, and processes.

Rhino Eco is a climate-fintech startup, building next-gen digital solutions to increase residential solar adoption. The company is on a mission to provide easy, flexible, and affordable solar power to millions of homes worldwide.

While electricity has long been used to clean water ( e.g., industry and desalination) resulting in high costs and carbon emissions, Maygia uses hydrogen as the energy source and produce electricity while treating water using a single technology resulting in lower costs and carbon emissions. This technology could provide an economic and environmental impact starting with gray hydrogen, and improve even further as blue and green hydrogen become more readily available, so there’s no need to wait to change the way water is cleaned around the world.

Phinergy (TASE: PNRG) is an Israeli cleantech company and a global pioneer in aluminum-air energy generation and storage solutions. Phinergy’s clean energy products are commercially available and sold in both Israel and Europe.

Phinergy’s Aluminum-Air (Al-Air) solution – Over the past 15 years, Phinergy has developed a revolutionary solution based on metal-air technology and is the first company to bring a commercial product to market using this technology.

Phinergy’s Aluminum-Air (Al-Air) solution provides cost-effective and sustainable energy for critical sites as a clean and long-lasting alternative to traditional backup options such as lead-acid batteries, diesel generators, and fuel cells.

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.

Through its everlasting battery product that is based on unique ultralow light harvesting chips Sol Chip delivers a multi-use platform for energy and communication to allow IoT use in different verticals and industries.

The Sustainable Group provides a holistic & controlled infrastructure box of green renewable energy infrastructures, which come as a kit that can be shipped internationally.

Founded in 2019, Soltell has since become a provider of solar PV performance analytics worldwide, assessing thousands of solar PV sites. Our SysMap API data service synergizes with Energy Finance, SCADA and energy management (EMS) platforms, while SysMap App enables the deployment of custom solar management applications for commercial and residential solar installers and operators. Additionally, we offer custom solutions tailored to corporates engaged in solar photovoltaics (PV) and electricity storage systems (ESS), ensuring seamless integration and streamlined operations. We are headquartered in Israel with representative offices in the US and the EU.

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.

Low-carbon hydrogen is destined to be a key component of clean energy systems; fueling industrial thermal processes, enabling chemical storage of solar and wind energies, and fueling long-distance land and air transportation. A key barrier for low-carbon hydrogen is the cost gap compared to hydrogen from fossil fuels, the source of 98% of current global hydrogen production.

The company has developed a patented, data-driven technology that optimizes biological waste treatment and biogas production through precise control of microbiological digestion. The solution is based on an Integrated Ecosystem Solution (IES) that combines real-time operational data, advanced microbiome intelligence, and AI-driven analytics to evaluate and improve process performance continuously.

Through data-driven optimization of the digestion process, the technology increases net biogas energy output by up to 30% while improving process stability and operational efficiency. At the same time, it significantly reduces excess nitrogen and phosphorus in the digestate, lowering environmental risks and reducing the land area required for nutrient spreading. This enables digestate application to be managed in a way that supports soil health rather than nutrient saturation.

The technology supports carbon-negative operation by reducing greenhouse gas emissions by up to 50% compared to conventional solutions. A pilot-scale local facility on a dairy farm validates the system’s performance, demonstrating its readiness for international deployment. The platform also offers advanced microbiome analysis and digital tools that provide actionable insights for continuous optimization across diverse waste treatment processes