Explore our network
Step into The Market Square, the beating heart of climate innovation. Here visionaries, changemakers, and entrepreneurs meet, connect, and learn from each other. The goal? To build a stronger ecosystem and forge a path towards a sustainable future. So, whether you're a startup looking to network, an investor looking for the next big idea, or a corporation looking for specific technology, this is the database for you.
TurboGen is a publicly traded energy technology company (TASE: TURB) pioneering the transition to decentralized power. We deliver advanced microturbine-based CHP systems that provide a resilient, cost-effective alternative to traditional grid dependency.
Our solutions are engineered for the specific demands of residential and commercial sites, primarily across the North American and European markets. By generating power and heat directly at the point of use, TurboGen systems achieve high efficiency, reducing both energy costs while ensuring 24/7 operational continuity.
Key Advantages:
- Energy Resilience: Reliable baseload power that operates independently or in parallel with the grid.
- Economic Efficiency: Reduction in demand charges and overall electricity spending through on-site generation.
- Operational Simplicity: Patented single-shaft microturbine technology designed for high uptime and minimal maintenance.
- Modular & Scalable: Compact, low-weight design allowing multiple systems to be installed in parallel to meet energy demand.
EYWA is an agentic AI platform for the autonomous management of large HVAC and chiller operations. Large HVAC systems drive billions in energy and maintenance costs, yet faults and inefficiencies typically go undetected until damage has already occurred. EYWA’s autonomous agents transform this reactive model into predictive, optimized asset intelligence: they continuously monitor every sensor to catch anomalies as they appear, correlate patterns across systems to pinpoint root causes rather than symptoms, and autonomously adjust setpoints, schedules, and operations in real time, no human in the loop required. The platform reduces energy waste by 10–30%, detects equipment faults weeks before they cause downtime, and scales expert-level HVAC optimization across facilities without hiring specialized engineers at every site
Generative AI models are limited because they predict text. We are building the first model designed to predict physical events.
At Psistar, we are pioneering methods that treat physics as a language and operational knowledge as grounded truth. By decoding the underlying patterns of pressure, flow, and causality, we are building the world’s first Physics-Informed Foundation Model and Operational Ontology Model.
Our goal is to move AI beyond statistical guessing to mathematical certainty.
While the applications are limitless, we are already transforming legacy infrastructure into perfect, autonomous experts in Energy, Aerospace, and Data Centers. Our vision is building the brain for the entire physical world
Kryora is an AI-powered software platform that optimizes cooling systems in real time for data centers and other mission-critical industrial environments, reducing energy consumption, operating costs, and carbon emissions without requiring hardware changes.
Cooling represents 40–60% of total electricity usage in data centers and large industrial facilities, especially in AI-driven environments where heat loads are extreme and highly dynamic. Most cooling systems today rely on static rules and conservative safety margins, leading to significant energy waste.
Kryora ingests real-time data from sensors, BMS, and operational systems, including temperature, airflow, power usage, and workload behavior, and applies machine-learning models to continuously optimize cooling performance. Unlike rule-based control, Kryora dynamically adapts to changing conditions, including high-density AI racks, while operating safely within thermal and reliability constraints.
The platform integrates with existing cooling infrastructure (CRAC/CRAH, chillers, air and liquid cooling systems), deploys quickly, and requires no physical retrofits. Kryora can reduce cooling energy consumption by up to 30%, directly lowering electricity demand, peak grid load, and CO₂ emissions.
By improving cooling efficiency at scale, Kryora enables more sustainable, resilient, and cost-effective growth of AI data centers and industrial facilities
Sol-In Technologies delivers an AI- and machine learning-powered platform for real-time indoor air quality (IAQ) monitoring and Demand-Controlled Ventilation (DCV) that improves health, saves energy, and reduces emissions. Our compact, cyber-secure IoT sensors continuously measure CO₂, PM, TVOCs, NOx, humidity, and temperature, providing 24/7 high-resolution data. This data is processed in the cloud by our AI engine, which uses advanced machine learning to learn occupancy and risk patterns over time, enabling predictive and dynamic ventilation adjustments — replacing outdated constant-air volume (CAV) systems. The result: up to 30% reduction in HVAC energy use, lower CO₂ emissions, improved comfort, and ROI within months. The Sol-In dashboard offers live IAQ status by zone, predictive risk analytics, automated alerts, and ESG-ready reporting aligned with WELL, LEED (up to 14 points), RESET, and ASHRAE 62.1 standards. Designed for both new buildings and retrofits, Sol-In integrates seamlessly with Building Management Systems or operates autonomously.By combining intelligent automation, machine learning, and sustainability-focused design, Sol-In empowers organizations to meet ESG and Net Zero goals while transforming indoor environments into healthier, more efficient spaces
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
An ultra efficient refrigeration cycle and at its heart a novel compressor, our cycle features a patented, integrated secondary compression cycle, utilizing a dual fluid, dual phase solution.
Compressor work is reduced by more than 50%, condenser load & required fan power reduced by 30%. The new cycle is expected to double the COP (coefficient of performance).
Applicable for both commercial refrigeration & HVAC residential, as initial target markets, the design uses the same features of today’s refrigeration units, providing a form, fit and function (FFF) replacement, while using a clean natural refrigerant (less than 3.0 GWP).
The building of the refrigeration unit, cost of goods and manufacturing utilizes the same methods employed today for about the same cost. Same installation methods, and the same industry ready technician tools and certification, even expected size and shipping. So, the cost of the units is expected to be the same as today’s units CAPEX, while lifetime cost of ownership is expected to be cut by more than 50%.
The design also features a new novel method of integration for energy storage, in the form of a local (distributed) pressure-based vessel for 2 to 3 hours peek shifting capabilities.
The cycle has further applications to be developed
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.
Avenas is a climate-tech innovator developing cutting-edge nanoparticle-based coatings that address critical global challenges in energy efficiency and thermal management. Our dual-purpose technology is designed for both civilian and industrial applications, providing sustainable solutions across construction, automotive, and high-performance computing industries.
Our flagship product, HYPERION, is a coating that reduces surface temperatures by up to 10°C without compromising visibility or functionality. By lowering the thermal load on buildings, vehicles, and electronic systems, HYPERION minimizes reliance on energy-intensive cooling methods such as air conditioning, reducing energy consumption, operational costs, and environmental impact.
In data centers and high-performance computing systems, our coatings enhance thermal management for CPUs, GPUs, and servers, improving energy efficiency and extending hardware lifespans. Meanwhile, in the automotive and construction sectors, HYPERION offers unparalleled energy savings and improved comfort in hot climates, making it a versatile and scalable solution.
With increasing global emphasis on sustainable technologies, Avenas stands at the forefront of innovation, driving the transition to greener, more efficient infrastructure. Through partnerships with industry leaders, we aim to bring our groundbreaking technology to markets worldwide, contributing to a more sustainable future for the planet.
Sky-Walls Ltd. is at the forefront of sustainable building innovation, offering advanced solutions that seamlessly integrate cutting-edge technology into modern architectural design. Our flagship product, the Adaptive Facade Module (AFM), transforms building envelopes into intelligent systems that optimize energy efficiency and comfort. Powered by AI, the AFM dynamically adapts to environmental conditions, reducing energy consumption by up to 30% while lowering greenhouse gas emissions.
With a commitment to revolutionizing urban infrastructure, Sky-Walls focuses on creating cost-effective, high-performance solutions that cater to the unique needs of new building projects. By combining sustainability, innovation, and architectural elegance, we aim to redefine the role of facades in tackling global climate challenges and shaping a greener future.
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.
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.
Tomgrow strives to be the world leader in developing sustainable solutions for growing plants. Against the backdrop of population growth, climate change, and anticipated food shortages, Tomgrow develops technologies that empower people, communities, and organizations to cultivate diverse and healthy plants anywhere in the world, irrespective of climate or weather conditions, and for various purposes ranging from food and medicine to cosmetics and well-being.
The cutting-edge technology behind TOMGROW™️ offers plants everything that nature provides, but without utilizing soil or fertilizers, and with minimal irrigation. The innovative TomgrowX gel, built upon unique technology, furnishes the plant with water, nutrients, and oxygen – essentially all that the plant requires for optimal growth.
We developed propulsion tech that is applicable in myriad contexts, including horizontal, diagonal and vertical transportation. Our first implementation is in vertical mobility – elevators – as they emit 1.2% of global emissions and take up to 40% of the space in high buildings.
Ensuring adoption we dramatically improve the ROI of property owners: by reducing the number of elevator shafts needed by up to 66%, we increase the available floor-area that can be sold or rented by up to 33%.
Furthermore, as we increase the usable floor-area, less buildings will be needed and built, enabling us to reduce global emissions by a total of 1.4% per year.
RadGreen is a cloud-based environmental quality monitoring, data analytics and monitoring and alerting platform. It tracks air quality and pollutants, viral index, thermal temperature, noise, radiation, and light parameters 24/7, indoor and outdoor.
Super Polymer offers thermal insulation and cooling solutions for building and automotive. Using our novel crystalline polymers, our solution provides groundbreaking effects on hosting materials. This includes dramatic cooling effects and thermal insulation that reduce energy consumption and carbon emissions. As a result of its affordable price, it has the potential to make a real impact in these fields.
Since 2014, Sensibo has produced smart HVAC & indoor air quality monitoring products. Control your ACs and Heat Pumps with smart parameters, and use air quality data to optimize their use while reducing energy consumption.
AirGreen is the developer of AirMixAir, a technology that uses different geometrical air-outlet designs for air conditioner grills in order to create the desired pattern and amount of turbulence. The core technology helps reduce the discomfort often created by traditional directional air outlets and lower electricity use/
The company has been researching and developing combined outlets to alleviate the draft problem in cars, heavy-duty trucks, enclosed vehicle cabins, farm equipment, and off-road machinery.
AirGreen also invents and markets green solutions for saving and recycling in a variety of other areas, including reduced pesticide spraying and sludge drying. In addition, the company develops, promotes, and markets registered patents for agriculture lower use of energy including a system to power all farm machines by electric grid as a remote controlled or automatic system and use of less chemicals and environmental conservation.
LaylaElectric, a smart SaaS platform that together with a single device, is able to map and identify every important appliance in a property, reduce energy consumption, and save money on maintenance. Their novel AI-driven approach understands the energy behavior by monitoring and analyzing the smallest electricity changes, powers actionable insights, and provides autonomic control of appliances. Layla’s solution helps property management to reduce operational costs and increase the sustainability level of their assets.
ZutaCore has developed a two-phase direct on chip, dielectric liquid cooling technology for servers, which is the most efficient and safe cooling solution for servers and data center. Our solution provides better energy efficiency while posing no risk to computing equipment, as opposed to water-based solutions.
The thermal energy is efficiently removed through the boiling process and the generation of vapor, which is then transported to the condenser, where the thermal energy is removed from the vapor and the rack via a flow of air or facility water.
Our solution enables a cost-effective implementation of heat reuse for application such as district heating, heating swimming pools and providing hot water for showers.
enVerid Systems, the leading provider of sustainable indoor air quality (IAQ) solutions, helps buildings achieve air quality goals, save money and reduce energy consumption and carbon emissions. Its flagship HVAC Load Reduction (HLR) modules are award-winning air cleaners that deliver up to 40% HVAC energy savings and superior indoor air quality in new and existing buildings.
*PRESUMED INACTIVE*
Solving the urban heat island effect and lack of green shade that cities are facing today.
BioShade is solving the negative effects of Urban Heat Islands & intense heat stress in cities by supplying biological shade in a smart and ecological autonomous hydroponic system.
The system creates a cooler microclimate around it and makes the urban environment more sustainable and resilient to climate change.
Sphere is a deep-tech company revolutionizing thermal management for high-density AI infrastructure and heavy industry. Led by a multidisciplinary team of thermodynamic scientists and defense industry veterans, Sphere has developed a proprietary hybrid cooling system based on Micro-Layer Evaporation technology.
The company addresses the critical “heat and energy crisis” facing modern data centers, where traditional chillers struggle to cool powerful AI processors (like NVIDIA H100) efficiently. Sphere’s solution bridges this gap, delivering a near-perfect PUE of 1.02 while reducing energy consumption by ~90% and water usage by ~50% compared to legacy solutions.
Uniquely, Sphere utilizes chemical-free, Reverse Osmosis (RO) treated water with UV sterilization. This approach eliminates scaling, corrosion, and biological risks, offering the industry’s first “Zero-Maintenance” wet cooling solution.
Validated by successful pilots in extreme industrial environments (such as ICL Dead Sea Works), Sphere offers a scalable, capital-efficient infrastructure solution designed specifically for the high-thermal demands of the AI era
NAM Technology has developed the device Ecokor that enables to save up to 40% of energy spent for cooling and refrigeration. Ecokor can save 10%-40% energy spent by supermarkets, warehouses and food plants. As well, mobile Ecokor can provide the same saving rate of fuel spent for cooling and refrigeration trucks, refeers and fishing trawlers.
Juganu specializes in LED lighting and communications solutions. It developed the foam platform, which connects thousands of Edge AI sensors using a wide-band wireless network that does not depend on existing networks. The company’s system includes the technological infrastructure for a smart city, including cameras and wireless communications. The company’s technology enables light to self-adjust for exterior lighting conditions and translates data from light and cameras.
Sowillo provides a solution for efficient water heating at buildings, laundries, and the commercial sector, including a waste heat recuperation system to recover heat that is wasted into the drain, and IoT devices with cloud algorithms that improve the efficiency of existing water heating systems. The IoT device manages the waste heat recuperation system.
Phoebus Energy is a leading cleantech company specializing in water heating and cooling in medium to large commercial facilities. The company has developed a patented energy-saving system that efficiently utilizes the temperature differential between incoming and outgoing water used in existing boilers and chillers, boosting overall operational performance while reducing energy expenses and carbon footprint.
