Biggest changeOur growth strategy is currently focused on: ● keeping the EWP EDF One project operational for research and development, in collaboration with EDF Renewables IL, a subsidiary of the French multinational electric utility company EDF, which is our second grid connected project, and, as such, we believe reinforces our position as a leading wave energy developer; ● producing the floaters mechanisms and installing our first pilot project in the U.S. at AltaSea’s premises in the Port of Los Angeles; ● moving more projects from the “project pipeline” stage into the “ready-to-build” stage and moving forward with our newest projects in Taiwan and India (which are meant to serve as our first turnkey projects, enhancing our revenue stream, as well as our penetration strategy for new markets); 35 ● adding more pilot turnkey projects to our projects pipeline, as a means of penetration to new markets, whereby we would sell the conversion units to local partners, who would in turn secure the land, licenses and funding for such projects, thereby collecting data to enhance our technology, and potentially creating the conditions for a regulatory framework; ● finalizing the licensing and construction of the first megawatt of the Portugal power station, the purpose of which is to demonstrate that wave energy can generate significant energy amounts and in commercial scale (of 20MW and above) to generate significant revenue, and potentially allow us to become profitable; and ● upon successfully executing our first one megawatt scale project, we may pursue additional financing, which may include equity or debt financing deal(s), which we believe would enable us to construct and operate multiple revenue yielding assets in parallel, which we believe will then facilitate significant growth of our Company.
Biggest changeOur growth strategy is currently focused on: ● keeping the EWP EDF One project operational for research and development, in collaboration with EDF power solutions Israel Ltd.(formerly known by the name EDF Renewables IL), a subsidiary of the French multinational electric utility company EDF, which is our second grid connected project, and, as such, we believe reinforces our position as a leading wave energy developer; ● monitoring our first pilot project in the U.S. in the Port of Los Angeles, which is designed to serve as an educational and showcase platform for officials, industry stakeholders, and potential partners, and build the foundation for future, larger-scale, grid-connected wave energy projects; ● moving more projects from the “project pipeline” stage into the “ready-to-build” stage and moving forward with our newest projects in Taiwan and India (which are meant to serve as our first turnkey projects, enhancing our revenue stream, as well as our penetration strategy for new markets); ● adding more pilot turnkey projects to our projects pipeline, as a means of penetration to new markets, whereby we would sell the conversion units to local partners, who would in turn secure the land, licenses and funding for such projects, thereby collecting data to enhance our technology, and potentially creating the conditions for a regulatory framework; ● developing advanced monitoring, data analytics and artificial intelligence-based platforms, including WaveGPT, designed to enhance operational optimization, predictive maintenance, and performance analysis across our wave energy projects, while also exploring potential opportunities to support the increasing global energy demand driven by artificial intelligence and high-performance computing infrastructure; ● finalizing the licensing and construction of the first megawatt of the Portugal power station and any other sites, the purpose of which is to demonstrate that wave energy can generate significant energy amounts and in commercial scale (of 20MW and above) to generate significant revenue, and potentially allow us to become profitable; and 36 ● upon successfully executing our first one megawatt scale project, we may pursue additional financing, which may include equity or debt financing deal(s), which we believe would enable us to construct and operate multiple revenue yielding assets in parallel, which we believe will then facilitate significant growth of our Company.
Our corporate mission is to revolutionize energy production with our proprietary wave technology, and to become a leader in the renewable energy industry, which, according to an analysis by Frost & Sullivan, is expected to see $3.4 trillion in new investment in the next decade.
Our corporate mission is to revolutionize energy production with our proprietary wave technology, and to become a leader in the renewable energy industry, which, according to an analysis by Frost & Sullivan, is expected to see $3.4 trillion in new investment in the next decade.
Army Corps of Engineers for the project, issued under Nationwide Permit 52 for water-based renewable energy generation pilot projects which authorizes us to install eight wave energy floaters on the piles of an existing concrete wharf structure on the east side of Municipal Pier One In addition, in early October 2023, the Governor of California signed into law California Senate Bill 605, or SB 605, which, among other things, requires the California State Energy Resources Conservation and Development Commission to work with state and local agencies and other stakeholders to identify suitable sea space for offshore wave energy and tidal energy projects in California.
Army Corps of Engineers for the project, issued under Nationwide Permit 52 for water-based renewable energy generation pilot projects which authorizes us to install eight wave energy floaters on the piles of an existing concrete wharf structure on the east side of Municipal Pier One In addition, in early October 2023, the Governor of California signed into law California Senate Bill 605, or SB 605, which, among other things, requires the California State Energy Resources Conservation and Development Commission to work with state and local agencies and other stakeholders to identify suitable sea space for wave energy and tidal energy projects in California.
Source: https://waveenergyconversiontamu15.weebly.com/theory-of-wave-energy--availability.html 43 Competition The renewable energy industry is very competitive and characterized by rapidly advancing technologies with a strong emphasis on proprietary and cost-effective solutions that are environmentally friendly. We recognize that our competitive success will depend upon constant investments in innovative, pioneering technological solutions, while continuing to offer a cost-effective solution that is environmentally friendly.
Source: https://waveenergyconversiontamu15.weebly.com/theory-of-wave-energy--availability.html Competition The renewable energy industry is very competitive and characterized by rapidly advancing technologies with a strong emphasis on proprietary and cost-effective solutions that are environmentally friendly. We recognize that our competitive success will depend upon constant investments in innovative, pioneering technological solutions, while continuing to offer a cost-effective solution that is environmentally friendly.
These political efforts are a largely contributing factor to the increased demand in renewable energy, an energy source generated from natural processes that are constantly replenished, including sunlight, geothermal heat, water, wind, tides and various forms of biomass. Market growth for renewable energy has so far been somewhat restrained due to the high cost of investment.
These political efforts are a largely contributing factor to the increased demand in renewable energy, an energy source generated from natural processes that are constantly replenished, including sunlight, geothermal heat, water, wind, tides and various forms of biomass. 40 Market growth for renewable energy has so far been somewhat restrained due to the high cost of investment.
This model incurs a higher initial investment cost but, assuming successful implementation, is expected to give a long-term recurring revenue stream from the amount of electricity that we sell to the grid. ● Build, Own, Transfer (BOT). Under this arrangement, we would build the power station and then sell the power station.
This model incurs a higher initial investment cost but, assuming successful implementation, is expected to give a long-term recurring revenue stream from the amount of electricity that we sell to the grid. 41 ● Build, Own, Transfer (BOT). Under this arrangement, we would build the power station and then sell the power station.
The organizations that had to provide approvals as part of these process are the Israel electric company, the Israeli water company, Shefa (a part of the Tel Aviv municipality), Jaffa Port, Atarim and others. C. Organizational Structure. We conduct our operations through our wholly-owned subsidiary EWP Israel.
The organizations that had to provide approvals as part of these process are the Israel electric company, the Israeli water company, Shefa (a part of the Tel Aviv municipality), Jaffa Port, Atarim and others. C. Organizational Structure. We conduct our operations through our wholly-owned Israeli subsidiary EWP Ltd.
Our WEC technology, first wave-pool tested in Kiev in 2011, employs units of point absorber floating devices, referred to as floaters, which are installed on existing marine structures such as (but not limited to) piers, breakwaters and jetties, or in locations in which such marine structures are required.
Our WEC technology, first wave-pool tested in Kiev, Ukraine, in 2011, employs units of point absorber floating devices, referred to as floaters, which are installed on existing marine structures such as (but not limited to) piers, breakwaters and jetties, or in locations in which such marine structures are required.
Although we are able to maintain what we believe is sufficient insurance, we still face risks in connection with the insurance coverage that we maintain for our technology. See “Item 3. D. Risk Factors — Risks Related to Product Development and Commercialization” for additional information. 42 ● Modular and Scalable Design .
Although we are able to maintain what we believe is sufficient insurance, we still face risks in connection with the insurance coverage that we maintain for our technology. See “Item 3. D. Risk Factors — Risks Related to Product Development and Commercialization” for additional information. ● Modular and Scalable Design .
Our ability to compete effectively may be adversely affected by our current need for additional financing and our future customers’ concerns about our long-term viability. Project Development and Manufacturing Most of our WEC technology is comprised from off the shelf components from leading manufacturers.
Our ability to compete effectively may be adversely affected by our current need for additional financing and our future customers’ concerns about our long-term viability. 44 Project Development and Manufacturing Most of our WEC technology is comprised from off the shelf components from leading manufacturers.
In addition, certain waves, water streams and tides are generally easily predictable and generally have a relatively low cost related to data collection. 37 Wave Energy Potential As a result of the shortcomings of each of the various renewable energy sources currently available, in order to successfully make the transition to an emission-free future, the world will need to use a diverse array of renewable energy sources, tailored to each region’s specific climate and environment, to generate the amounts of renewable energy from its available resource.
In addition, certain waves, water streams and tides are generally easily predictable and generally have a relatively low cost related to data collection. 38 Wave Energy Potential As a result of the shortcomings of each of the various renewable energy sources currently available, in order to successfully make the transition to an emission-free future, the world will need to use a diverse array of renewable energy sources, tailored to each region’s specific climate and environment, to generate the amounts of renewable energy from its available resource.
The growth in the renewable sector has been due to a number of factors including political support, financial incentives and reduction in the costs of technology making renewable energy cost competitive. 36 The convergence of cheaper renewable energy technologies, digital applications and the rising role of electricity is a crucial vector change that we believe is central to the prospects for meeting many of the world’s sustainable development goals.
The growth in the renewable sector has been due to a number of factors including political support, financial incentives and reduction in the costs of technology making renewable energy cost competitive. 37 The convergence of cheaper renewable energy technologies, digital applications and the rising role of electricity is a crucial vector change that we believe is central to the prospects for meeting many of the world’s sustainable development goals.
In combination with several political efforts, solar and wind energy resources have now grown to become attractive to investors also from a financial perspective, as the levelized cost of energy, or the LCOE, has fallen across the board between 2010 and 2019 (LCOE is a measure of the average net present cost of electricity generation for a generating plant over its lifetime).
In combination with several political efforts, solar and wind energy resources have now grown to become attractive to investors also from a financial perspective, as the levelized cost of energy, or the LCOE, has fallen across the board between 2010 and 2023 (LCOE is a measure of the average net present cost of electricity generation for a generating plant over its lifetime).
In addition to EWP Israel, we have a number of other subsidiaries in Mexico, the United States, Portugal, Gibraltar, Australia and the People’s Republic of China. 47 Eco Wave Power Ltd. , also referred to as EWP Israel, is our wholly-owned subsidiary incorporated in Israel in 2011.
In addition to our Israeli subsidiary , we have a number of other subsidiaries in Mexico, the United States, Portugal, Gibraltar, Australia and the People’s Republic of China. Eco Wave Power Ltd. , also referred to as EWP Israel, is our wholly-owned subsidiary incorporated in Israel in 2011.
In addition to attention from these media outlets, we have been featured in videos made by other high profile parties, including Google, the UN Environment Program, i24 News, the Weather Channel, Energy Observer, the Sustainable Markets Initiative, by His Royal Highness King Charles and the World Economic Forum and Solar Impulse.
In addition to attention from these media outlets, we have been featured in videos made by other high profile parties, including Google, Good Morning America, the UN Environment Program, i24 News, the Weather Channel, Energy Observer, the Sustainable Markets Initiative, by His Royal Highness King Charles and the World Economic Forum and Solar Impulse.
As a result, we have issued a performance bond to APDL, meant to solidify our commitment for the construction of the first commercial wave energy project within a two-year period. We believe this will be the first wave energy project in the world to show significant energy production from wave power.
As a result, we have issued a performance bond to APDL, meant to solidify our commitment for the construction of the first MW-scale wave energy project within a two-year period. We believe this will be the first wave energy project in the world to show significant energy production from wave power.
As described in more detail below, we have advanced or completed projects at Jaffa Port in Israel, at the Port of Los Angeles, and in Portugal.
As described in more detail below, we have advanced or completed pilot projects at Jaffa Port in Israel and at the Port of Los Angeles.
The following is a list of our issued patents and allowed patent applications as of the date of this annual report on Form 20-F: Application/ Patent Number Subject Status Israel 215739 A pontoon with sharpened front and sloping back Registered on May 9, 2022 Israel 246192 A system for lifting and submerging pontoon during storm Registered on October 1, 2019 Israel 246193 A system with shock absorber for preventing breakage of jib connections Registered on May 9, 2022 Israel 246194 A system for changing a working volume of a hydro motor according to electricity demand Registered on November 30, 2019 Israel 254987 A pontoon with left-and-right front diagonal sides for splitting progressive sea waves Registered on October 31, 2020 Israel 254988 A pontoon with sharpened front and left-and-right front diagonal sides Registered on September 1, 2020 Israel 254990 A system including a pontoon with a vertical cylinder anchored to the bottom Registered on October 31, 2020 Israel 254991 A system including a pontoon with a pair of parallel jibs Registered on May 1, 2021 Israel 254992 A system with secondary accumulator and shock absorber for preventing breakage of jib connections Registered on June 2, 2021 Israel 254993 A system for regulating pressure in hydraulic accumulator Registered on August 31, 2019 Israel 254994 A system with double acting hydraulic cylinders and secondary accumulator Registered on June 2, 2021 US 16/762931 US 11608808 System for generation of electricity or clean water from waves or combined system Registered on March 21, 2023 Israel 274332 System for generation of electricity or clean water from waves or combined system Registered on February 2, 2024 The following is a list of our patent applications as of the date of this annual report on Form 20-F: Application/ Patent Number Subject Status EPO 17932991.7 System for generation of electricity or clean water from waves or combined system In examination 46 Government Regulation Our technology is subject to regulation in foreign jurisdictions in which we are currently pursuing projects concerning, among other areas, site approvals, environmental approvals and compliance.
We also rely on trade secrets, know-how and continuing technological innovation and may rely on licensing opportunities to develop and maintain our proprietary position. 46 The following is a list of our issued patents and allowed patent applications as of the date of this annual report on Form 20-F: Application/ Patent Number Subject Status Israel 215739 A pontoon with sharpened front and sloping back Registered on May 9, 2022 Israel 246192 A system for lifting and submerging pontoon during storm Registered on October 1, 2019 Israel 246193 A system with shock absorber for preventing breakage of jib connections Registered on May 9, 2022 Israel 246194 A system for changing a working volume of a hydro motor according to electricity demand Registered on November 30, 2019 Israel 254987 A pontoon with left-and-right front diagonal sides for splitting progressive sea waves Registered on October 31, 2020 Israel 254988 A pontoon with sharpened front and left-and-right front diagonal sides Registered on September 1, 2020 Israel 254990 A system including a pontoon with a vertical cylinder anchored to the bottom Registered on October 31, 2020 Israel 254991 A system including a pontoon with a pair of parallel jibs Registered on May 1, 2021 Israel 254992 A system with secondary accumulator and shock absorber for preventing breakage of jib connections Registered on June 2, 2021 Israel 254993 A system for regulating pressure in hydraulic accumulator Registered on August 31, 2019 Israel 254994 A system with double acting hydraulic cylinders and secondary accumulator Registered on June 2, 2021 US 16/762931 US 11608808 System for generation of electricity or clean water from waves or combined system Registered on March 21, 2023 Israel 274332 System for generation of electricity or clean water from waves or combined system Registered on February 2, 2024 The following is a list of our patent applications as of the date of this annual report on Form 20-F: Application/ Patent Number Subject Status EPO 17932991.7 System for generation of electricity or clean water from waves or combined system In examination Government Regulation Our technology is subject to regulation in foreign jurisdictions in which we are currently pursuing projects concerning, among other areas, site approvals, environmental approvals and compliance.
Global Warming and the Need for Green Energy The World Health Organization, or WHO, in 2022 described air pollution as a significant environmental risk to the health of the global population. The WHO estimates that 91% of the world’s population lives in places where air quality is below its guidelines.
Global Warming and the Need for Green Energy The World Health Organization, or WHO, in 2025 described air pollution as a significant environmental risk to the health of the global population. The WHO estimates that 99% of the world’s population lives in places where air quality is below its guidelines.
One of the greatest benefits of wave energy, especially if it’s nearshore or onshore, is that it may allow for power generation in proximity to population centers. Nearly 2.4 billion people, about 40% of the global population, live within 100 kilometers of a coast, according to a report from the United Nations.
One of the greatest benefits of wave energy, especially if it’s nearshore or onshore, is that it may allow for power generation in proximity to population centers. Nearly 40% of the global population, live within 100 kilometers of a coast, according to a report from the United Nations.
As to the LCOE, based on our internal calculations that were derived using the International Energy Agency’s Ocean Energy Systems project LCOE calculation metrics, combined with our assumptions, we believe that it can be as low as EUR 42 ($44) per megawatt hour, in commercial scales. ● Insurability.
As to the LCOE, based on our internal calculations that were derived using the International Energy Agency’s Ocean Energy Systems project LCOE calculation metrics, combined with our assumptions, we believe that it can be as low as EUR 42 ($44) per megawatt hour, in commercial scales. ● Proximity to population centers and energy infrastructure .
In recent years, EU dependence on natural gas imports has largely decreased; however, member states are still highly dependent on large levels of imports of petroleum products and natural gas, which accounted for 70.7% and 25%, respectively, of energy imports into the EU in the first half of 2020, according to a report from the European Commission.
In recent years, EU dependence on natural gas imports has largely decreased; however, member states are still highly dependent on large levels of imports of petroleum products and natural gas, which accounted for 65% and 25%, respectively, of energy imports into the EU in 2023, according to a report from the European Commission.
As of February 26, 2025, of the 198 parties to the Convention, 195 parties have ratified the Paris Agreement. The U.S. withdrew from the Paris Agreement on January 20, 2025. 39 ● The EU’s climate and energy goal states that greenhouse gas emissions by 2030 shall be reduced by 55% by the end of 2030 compared to 1990.
As of January 27, 2026, of the 198 parties to the Convention, 194 parties have ratified the Paris Agreement. The U.S. withdrew from the Paris Agreement on January 20, 2025. ● The EU’s climate and energy goal states that greenhouse gas emissions shall be reduced by 55% by the end of 2030 compared to 1990.
We could remain an “emerging growth company” for up to five years, or until the earliest of (a) the last day of the first fiscal year in which our annual gross revenue exceeds $1.235 billion, (b) the date that we become a “large accelerated filer” as defined in Rule 12b-2 under the Securities Exchange Act of 1934, as amended, or the Exchange Act, which would occur if the market value of our ADSs that is held by non-affiliates exceeds $700 million as of the last business day of our most recently completed second fiscal quarter, or (c) the date on which we have issued more than $1 billion in nonconvertible debt during the preceding three-year period. 30 We are subject to the information reporting requirements of the Exchange Act that are applicable to “foreign private issuers,” and under those requirements we file reports with the SEC.
We could remain an “emerging growth company” for up to five years, or until the earliest of (a) the last day of the first fiscal year in which our annual gross revenue exceeds $1.235 billion, (b) the date that we become a “large accelerated filer” as defined in Rule 12b-2 under the Securities Exchange Act of 1934, as amended, or the Exchange Act, which would occur if the market value of our ADSs that is held by non-affiliates exceeds $700 million as of the last business day of our most recently completed second fiscal quarter, or (c) the date on which we have issued more than $1 billion in nonconvertible debt during the preceding three-year period.
One of these services is the offering of feasibility studies for our potential clients, which we believe will add to customer value and may provide an additional revenue stream for us in the event the feasibility study leads to initiation of commercial projects.
One of these services is the offering of feasibility studies for our potential clients, which we believe will add to customer value and may provide an additional revenue stream for us in the event the feasibility study leads to initiation of commercial projects. In the past, we entered into feasibility study agreements with Shell, Chevron and others.
A conversion to more locally produced, renewable energy resources would decrease geopolitical risks associated with high dependency on imports and consequently it would increase energy security. Hydropower, wind power and solar power are considered the more mature, cost efficient and technically advanced technologies within renewable energy.
In 2022, the conflict between Russia and Ukraine resulted in disruption to energy markets. A conversion to more locally produced, renewable energy resources would decrease geopolitical risks associated with high dependency on imports and consequently it would increase energy security. Hydropower, wind power and solar power are considered the more mature, cost efficient and technically advanced technologies within renewable energy.
Below is a brief summary highlighting the recent expansion of the renewable energy market. Energy Security Energy security means a country’s uninterrupted access to energy resources at an affordable price and is central to today’s society and its ability to function. In order to secure the national energy consumption, many countries are today dependent on importing energy.
Energy Security Energy security means a country’s uninterrupted access to energy resources at an affordable price and is central to today’s society and its ability to function. In order to secure the national energy consumption, many countries are today dependent on importing energy.
In August 2023, we successfully connected the EWP-EDF One Project in Jaffa Port to the Israeli national electrical grid, marking the first time that wave energy was connected to it, through a power purchase agreement.
With the FIT in place, the Israeli Electric Corporation commenced operations to officially connect the EWP-EDF One project to the Israeli national electrical grid. In August 2023, we successfully connected the EWP-EDF One Project in Jaffa Port to the Israeli national electrical grid, marking the first time that wave energy was connected to it, through a power purchase agreement.
Policies continue to remain critically important for the future of renewables. In order to meet long term climate and other sustainable goals, renewable energy development in these sectors must accelerate. According to the IEA, if progress continues at the currently forecasted pace, renewables would only have a share of approximately 18% in final energy consumption by 2040.
Policies continue to remain critically important for the future of renewables. In order to meet long term climate and other sustainable goals, renewable energy development in these sectors must accelerate. According to the IEA, if progress continues at the currently forecasted pace, renewables would account for around 20% of global final energy consumption by 2030.
In March 2024, we received the final approval necessary for the commencement of the construction works of our first commercial-size project in Porto, a Título de Utilização de Recursos Hídricos license, or TURH, from APDL.
In March 2024, we received the final approval necessary for the commencement of the construction works of our first MW-scale project (located at Barra do Douro breakwater) in Porto, a Título de Utilização de Recursos Hídricos license, or TURH, from APDL.
EWP Australia operates as the main company for the development of the our operations in Australia. Suzhou Eco Wave Power Technology Co. Ltd. is a partly-owned subsidiary of EWP Israel, incorporated in China in 2014. As of February 26, 2025, the subsidiary has one employee. Suzhou Eco Wave Power Technology Co.
Ltd. is a partly-owned subsidiary of EWP Israel, incorporated in China in 2014. As of February 28, 2026, the subsidiary has one employee. Suzhou Eco Wave Power Technology Co. Ltd. operates as the main company for the development of our operations in China. D. Property, Plant and Equipment.
We believe that our core WEC technology is the basis to our future success, and as such, we aim to continuously improve and enhance our WEC technology in order to deliver the best solution available in the field for wave energy generation.
These strategies are expected to evolve as we continue to expand our operations and technological capabilities. We believe that our core WEC technology is the basis to our future success, and as such, we aim to continuously improve and enhance our WEC technology in order to deliver the best solution available in the field for wave energy generation.
As of February 26, 2025, the subsidiary has 11 employees and contains the majority of the management, marketing, sales and engineering personnel in our Company.
As of February 28, 2026, the subsidiary has 10 employees and contains the majority of the management, marketing, sales and engineering personnel in our Company.
Our Jaffa Port project is an example of our Joint Venture Agreement with EDF Renewables IL. These joint venture agreements, such as the one we have with EDF Renewables, may provide our partners with certain beneficial rights.
Our Jaffa Port project is an example of our Joint Venture Agreement with EDF power solutions Israel Ltd. (formerly known by the name EDF Renewables IL). These joint venture agreements, such as the one we have with EDF Renewables, may provide our partners with certain beneficial rights. For instance, our Joint Venture Agreement with EDF power solutions Israel Ltd.
We are active in all of the stages, either independently or through sub-contractors. 44 We perform the initial project planning phase, which includes detailed feasibility studies, project licensing, and project design activities. Following the planning phase, our team then tenders manufacturers and suppliers for the procurement, manufacture and assembly of our technology’s sub-systems.
We perform the initial project planning phase, which includes detailed feasibility studies, project licensing, and project design activities. Following the planning phase, our team then tenders manufacturers and suppliers for the procurement, manufacture and assembly of our technology’s sub-systems.
We have established a corporate office in Miami, Florida for our U.S. subsidiary with a view to strengthening business activities in the United States, including the overseeing of our existing operations in the Port of Los Angeles and any prospective commitments, pursuant to federal and state legislation.
We have established a corporate office in Miami, Florida for our U.S. subsidiary with a view to strengthening business activities in the United States, including the overseeing of our existing operations in the Port of Los Angeles and any prospective commitments, pursuant to federal and state legislation. 48 Eco Wave Power Gibraltar Ltd. , or EWP Gibraltar, is a wholly-owned subsidiary of EWP Israel, incorporated in Gibraltar in 2015.
As a result, the aggregate amount of megawatts we intend to generate in our project pipeline does not reflect only those projects covered by definitive agreements. We are continuously working to expand our pipeline, including efforts to enter into definitive agreements to cover projects that are not covered by definitive agreements.
As a result, the aggregate amount of megawatts we intend to generate in our project pipeline does not reflect only those projects covered by definitive agreements.
The value chain below shows the technical project development process, which can be divided into six different steps as depicted in the image below: project planning, manufacturing, installation, grid-connection, operation and maintenance and de-commissioning.
The value chain below shows the technical project development process, which can be divided into six different steps as depicted in the image below: project planning, manufacturing, installation, grid-connection, operation and maintenance and de-commissioning. We are active in all of the stages, either independently or through sub-contractors.
We plan to continue to develop the projects in our pipeline, further expand our project pipeline, conduct research and development aimed at continuing to upgrade and improve our WEC technology, continue the reinforcement of our patent portfolio, and to expand the team that will help us achieve our growth strategy.
We are continuously working to expand our pipeline, including efforts to enter into definitive agreements to cover projects that are not covered by definitive agreements. 33 We plan to continue to develop the projects in our pipeline, further expand our project pipeline, conduct research and development aimed at continuing to upgrade and improve our WEC technology, continue the reinforcement of our patent portfolio, and to expand the team that will help us achieve our growth strategy.
We believe that the addition of these two services, and potentially others, will help position us as not only as a technology provider, but also as a world-leader in a proprietary software for the growth of the wave energy industry.
We believe that the addition of these two services, and potentially others, will help position us as not only as a technology provider, but also as a world-leader in a proprietary software for the growth of the wave energy industry. 42 Competitive Advantages Research has shown that renewable energy has the potential to be a long-lasting, profitable and efficient source of energy.
Our research and development strategy is currently focused on: ● the completion of the development of WPV software for our WEC technology for real-time production verification; ● the optimization of our WEC technology to generate larger amounts of electricity in all wave heights; and ● optimization of our WEC technology’s materials for operation in different weather and marine climates and for cost-effective implementation and reduced operations and maintenance needs.
Our research and development strategy is currently focused on: ● the completion of the development of WPV software for our WEC technology for real-time production verification; ● the optimization of our WEC technology to generate larger amounts of electricity in all wave heights; ● optimization of our WEC technology’s materials for operation in different weather and marine climates and for cost-effective implementation and reduced operations and maintenance needs; and ● the development of advanced data analytics and artificial intelligence-based software tools, including WaveGPT, designed to analyze operational and oceanographic data, support predictive maintenance, and optimize the operational performance of our wave energy conversion systems.
Competitive Advantages Research has shown that renewable energy has the potential to be a long-lasting, profitable and efficient source of energy. We believe that wave energy will become an integral part of the world’s renewable energy mix. Other wave energy companies primarily focus on offshore installations, due to the belief that there are more significant wave heights in the offshore.
We believe that wave energy will become an integral part of the world’s renewable energy mix. Other wave energy companies primarily focus on offshore installations, due to the belief that there are more significant wave heights in the offshore.
Primarily, we are concentrating on growth in Europe and United States, where there is high wave energy potential and growing support for renewable energy technologies. 33 We are currently engaged in the following projects: Shell Feasibility Study and Port of Los Angeles Project In 2023, Shell International Exploration and Production Inc., or Shell, chose us to conduct a feasibility study aimed at identifying prime locations in the U.S. where we would implement our commercial installations.
We are currently engaged in the following projects: Shell Feasibility Study and Port of Los Angeles Project In 2023, Shell International Exploration and Production Inc., or Shell, chose us to conduct a feasibility study aimed at identifying prime locations in the U.S. where we would implement our commercial installations.
EDF-EWP One Ltd. is a special purpose vehicle that is jointly managed by EWP and EDF Renewables IL and is responsible for the development, implementation and management of the EDF EWP One project in Jaffa Port, Israel. Eco Wave Power Australia PTY Ltd. , or EWP Australia, is a wholly-owned subsidiary of EWP Israel, incorporated in Australia in 2019.
EDF-EWP One Ltd. is a special purpose vehicle that is jointly managed by EWP and EDF power solutions Israel Ltd. (formerly known by the name EDF Renewables IL) and is responsible for the development, implementation and management of the EDF EWP One project in Jaffa Port, Israel.
We also have four months after the end of each fiscal year to file our annual report with the SEC and are not required to file current reports as frequently or promptly as U.S. domestic reporting companies.
We also have four months after the end of each fiscal year to file our annual report with the SEC and are not required to file current reports as frequently or promptly as U.S. domestic reporting companies. Our officers, directors and principal shareholders are exempt from the short-swing profit liability provisions contained in Section 16 of the Exchange Act.
In 2030, 32% of total energy consumption is expected to originate from renewable energy sources. ● At the 2024 United Nations Climate Change Conference, more commonly known as COP29, plans to mitigate the effects of climate change and help developing nations transition to more sustainable energy sources were agreed to.
According to the 2023 EU directive, the renewable energy consumption target for 2030 was set at 42.5% of total energy consumption. ● At the 2024 United Nations Climate Change Conference, more commonly known as COP29, plans to mitigate the effects of climate change and help developing nations transition to more sustainable energy sources were agreed to.
As a foreign private issuer, we are not subject to the same requirements that are imposed upon U.S. domestic issuers by the SEC. Under the Exchange Act, we are subject to reporting obligations that, in certain respects, are less detailed and less frequent than those of U.S. domestic reporting companies.
Under the Exchange Act, we are subject to reporting obligations that, in certain respects, are less detailed and less frequent than those of U.S. domestic reporting companies.
Therefore, there is currently a need to adopt new renewable energy sources alongside more established sources. One such resource is our oceans and seas, which, as reported by National Geographic, cover 71% of our planet’s surface and are an abundant source of renewable power.
One such resource is our oceans and seas, which, as reported by National Geographic, cover 71% of our planet’s surface and are an abundant source of renewable power.
Part of our rationale in procuring parts from and working with experienced and brand name manufacturers is to ensure the availability of parts worldwide. In our experience, parts from experienced manufactures are generally available in almost every country around the world and can be easily procured and assembled in a project in almost any environment.
In our experience, parts from experienced manufactures are generally available in almost every country around the world and can be easily procured and assembled in a project in almost any environment.
Fossil fuels have been the preferred energy source over time mainly because they have been cheaper than renewable energy sources like solar and wind even though fossil fuels pollute the earth and are limited in supply. 31 While the world continues to rely on fossil fuels, we believe that in recent years solar and wind power have crossed a new threshold, moving from mainstream to preferred energy sources across much of the globe.
While the world continues to rely on fossil fuels, we believe that in recent years solar and wind power have crossed a new threshold, moving from mainstream to preferred energy sources across much of the globe.
At the Port of Los Angeles in January 2024, we signed a strategic pilot test agreement with for the implementation of our first U.S-based project at AltaSea’s premises, while we are also moving forward with the licensing process.
At the Port of Los Angeles in January 2024, we signed a strategic pilot test agreement with for the implementation of our first U.S-based project at AltaSea’s premisesIn August 2024, we received the final nationwide permit from the U.S.
Another recent study from Oregon State University and the Pacific Marine Energy Center noted the challenges in implementing WEC technology, while highlighting the importance of reliable, low maintenance WEC technology with minimal environmental impact for commercial wave energy generation.
Another recent study from Oregon State University and the Pacific Marine Energy Center noted the challenges in implementing WEC technology, while highlighting the importance of reliable, low maintenance WEC technology with minimal environmental impact for commercial wave energy generation. 43 Moreover, according to a May 2020 study by IRENA, a significant share of wave energy technologies operational today are point absorber technologies, such as our WEC technology.
Portugal Planned Project o In 2020, we entered into a Concession Agreement with the Port Authority of the Douro, Leixões, and Viana do Caterlo, or APDL, to use an area potentially suitable for the construction, operation, and maintenance of a wave energy power plant of up to 20 megawatts in four locations owned and operated by APDL.
Since then, the project has been supplying electricity harnessed from the power of the waves to the Israeli national electrical grid, and is serving as our research and development site for upgrades and improvements of our technology with a view to implementing it in other regions. 34 Portugal Planned Project o In 2020, we entered into a Concession Agreement with the Port Authority of the Douro, Leixões, and Viana do Caterlo, or APDL, to use an area potentially suitable for the construction, operation, and maintenance of a wave energy power plant of up to 20 megawatts in four locations owned and operated by APDL.
Moreover, according to a May 2020 study by IRENA, a significant share of wave energy technologies operational today are point absorber technologies, such as our WEC technology. According to the study, more than half of the wave energy converter developers with high technology readiness levels focus on point absorbers due to their potential for wide range applicability.
According to the study, more than half of the wave energy converter developers with high technology readiness levels focus on point absorbers due to their potential for wide range applicability.
Our Strategy We aspire to build wave energy power stations using our WEC technology that will give people access to electricity generated from a source in proximity to their residence without creating air pollution and while mitigating environmental damage.
In August 2025, we entered into an agreement with RL Solutions, a local representative for the Company, meant to facilitate the purchase order from Bharat Petroleum to Eco Wave Power. 35 Our Strategy We aspire to build wave energy power stations using our WEC technology that will give people access to electricity generated from a source in proximity to their residence without creating air pollution and while mitigating environmental damage.
We consider that our current office space is sufficient to meet our anticipated needs for the foreseeable future and is suitable for the conduct of our business. 48
Our monthly rent payment as of February 28, 2026 is approximately NIS 35,000 (approximately $11,000). We consider that our current office space is sufficient to meet our anticipated needs for the foreseeable future and is suitable for the conduct of our business. 49
Source: https:/academc.oup.com/ce/article/2/1/10/4924611 38 Ocean Energy We believe that the increase in solar and wind energy cannot singlehandedly solve the world’s energy consumption needs because these types of energies are unlikely to have the capacity to completely replace fossil fuels.
Further support for ocean energy can be seen in the United States, where the United States Department of Energy, or the DOE, opened new funding opportunities worth $112.5 million in 2024 for wave technology research and development. 39 Source: https:/academc.oup.com/ce/article/2/1/10/4924611 Ocean Energy We believe that the increase in solar and wind energy cannot singlehandedly solve the world’s energy consumption needs because these types of energies are unlikely to have the capacity to completely replace fossil fuels.
For example, in our Portugal project, APDL, which manages the Douro, Leixões and Viana do Castelo ports and the inland waterway of Douro river, granted EWP Israel the preliminary Concession Agreement to use four sites under the management of APDL for the project.
For example, in our Portugal project, APDL, which manages the Douro, Leixões and Viana do Castelo ports and the inland waterway of Douro river, granted EWP Israel the preliminary Concession Agreement to use four sites under the management of APDL for the project. 47 We are subject to various regulations and require various licenses and permits for construction and operation of our wave energy power station, for example, a Private Use of Maritime Public Domain Title, the TURH.
In March 2024, we received the final approval necessary for the commencement of the construction works of our first commercial-size project in Porto (TURH license) from APDL. As a result, we have issued a performance bond to APDL, meant to solidify our commitment for the construction of the first commercial wave energy project within a two-year period.
As a result, we have issued a performance bond to APDL, meant to solidify our commitment for the construction of the first MW-scale wave energy project first MW-scale wave energy project within a two-year period.
By combining solar, wind, and water energy sources, we believe that the joint energy consumption demand can be met. According to the Renewables 2023 Global Status Report, in 2022 renewable energy sources (excluding hydropower) accounted for 7.5% of primary energy (up nearly 1% from 2021), while fossil fuels remained at 82%.
According to the Renewable Energy Policy Network of the 21 st Century (REN21), Renewables 2023 Global Status Report, in 2022 renewable energy sources (excluding hydropower) accounted for 7.5% of primary energy (up nearly 1% from 2021), while fossil fuels remained at 82%.
For instance, our Joint Venture Agreement with EDF Renewables IL provides EDF Renewables with a right of first look for three years from the date of the agreement (May 2019) on any M&A transaction that EWP Israel may seek to execute and also provides EDF Renewables IL with a right of first offer for the first five years of the agreement to participate in the joint development of any other project using our technology for a wave energy station in Israel of above 0.25 megawatts.
(formerly known by the name EDF Renewables IL) with a right of first offer for the first five years of the agreement to participate in the joint development of any other project using our technology for a wave energy station in Israel of above 0.25 megawatts.
In the future, we expect to achieve this by way of debt financing, which is a common and relatively cheaper method of financing energy projects such as ours, either with or without additional equity financing. 41 Wave Energy Services In addition to our operations involving the sale/lease of our WEC technology, we also intend on expanding our product offering by providing increased project development products and services.
In the future, we expect to achieve this by way of debt financing, which is a common and relatively cheaper method of financing energy projects such as ours, either with or without additional equity financing.
We also host delegations and dignitaries for demonstration tours of our plant in our offices and in our power station in Jaffa Port and at our site at the Port of Los Angels, as well as participate in governmental trade and investment delegations. 45 In addition to our ongoing B2B and B2G digital marketing efforts, we also frequently receive attention from international media outlets, including Wired Magazine, CNN, MSN, BBC, SKY News, the Economist, Forbes, Bloomberg, National Geographic, and Reuters.
In addition to our ongoing B2B and B2G digital marketing efforts, we also frequently receive attention from international media outlets, including Wired Magazine, CNN, MSN, BBC, SKY News, the Economist, Forbes, Time Magazine as “Best Inventions of 2025”, Bloomberg, National Geographic, and Reuters.
Most of the significant hydraulic parts in the Gibraltar and EDF EWP One project were manufactured by BOSCH Rexroth AG, Parker and other brand names, and were procured and installed by a sub-contractor.
Most of the significant hydraulic parts in the Gibraltar and EDF EWP One project were manufactured by BOSCH Rexroth AG, Parker and other brand names, and were procured and installed by a sub-contractor. 45 The floaters mechanisms for our system are built locally in each location, on-site, while the WEC units (conversion units) are constructed in Israel and delivered and installed on-site.
Excluding hydropower, the installed global renewable energy sector grew from approximately 630 gigawatts to approximately 2,768 gigawatts, an increase of more than 439%, between 2010 and 2019, according to data from IRENA.
Excluding hydropower, the installed global renewable energy sector grew from approximately 585 gigawatts to approximately 4,448 gigawatts, an increase of more than 660%, between 2015 and 2024, according to data from the International Renewable Energy Agency (IRENA, Renewable Capacity Statistics 2025).
In August 2022, the Israeli Electric Authority has set an official feed-in tariff, or FIT, for our newly installed wave energy pilot project at Jaffa Port. With the FIT in place, the Israeli Electric Corporation commenced operations to officially connect the EWP-EDF One project to the Israeli national electrical grid.
In April 2022, we completed the installation of eight floaters to the sea wall. In August 2022, the Israeli Electric Authority has set an official feed-in tariff, or FIT, for our newly installed wave energy pilot project at Jaffa Port.
Member states of the EU are still dependent on imports of petroleum products and natural gas, which accounted for approximately 66% and 24%, respectively, of energy imports into the EU in 2018, according to a report from the European Commission. In 2022, the conflict between Russia and Ukraine resulted in disruption to energy markets.
According to Eurostat (The European Statistical Office, 2025), the EU imported energy products valued at 375.9 billion in 2024. . Member states of the EU are still dependent on imports of petroleum products and natural gas, which accounted for approximately 65% and 25%, respectively, of energy imports into the EU in 2023, according to a report from the European Commission.
In addition to these devastating figures, in 2019, an article from The World Bank stated that 840 million people lacked access to electricity. With 40% of the world’s population living within 100 kilometers of the coastline, we aspire to build wave energy power stations that will provide people access to electricity in proximity to their residence without creating air pollution.
With 40% of the world’s population living within 100 kilometers of the coastline, we aspire to build wave energy power stations that will provide people access to electricity in proximity to their residence without creating air pollution. While the increase in global energy consumption must be met, there is also a need for reduced pollution emerging from the energy sector.
We plan to release the software for use by third parties, such as other wave energy developers, as well as relevant research institutions and leading universities, through unique licensing agreements.
The platform is also being designed to incorporate advanced data analytics and artificial intelligence-based tools intended to analyze operational and oceanographic data, support predictive maintenance, and improve system performance monitoring. We plan to release the software for use by third parties, such as other wave energy developers, as well as relevant research institutions and leading universities, through unique licensing agreements.
Our officers, directors and principal shareholders are exempt from the requirements to report transactions in our equity securities and from the short-swing profit liability provisions contained in Section 16 of the Exchange Act. As a foreign private issuer, we are not subject to the requirements of Regulation FD (Fair Disclosure) promulgated under the Exchange Act.
However, effective March 18, 2026, our directors and officers will be subject to the insider reporting requirements of Section 16(a) of the Exchange Act. 30 As a foreign private issuer, we are not subject to the requirements of Regulation FD (Fair Disclosure) promulgated under the Exchange Act.
Prospective approval from APDL would be followed by the next phase of the project involving the production of the floaters an accompanying structural components. 34 Taiwan Project o In October 2024, we signed an agreement for the sale of a wave energy generation unit with I-Ke International Ocean Energy Co., a subsidiary of Lian Tat Company.
Taiwan Project o In October 2024, we signed an agreement for the sale of a wave energy generation unit with I-KE International Ocean Energy Co., a subsidiary of Lian Tat Company. Pursuant to the agreement, I-Ke will locally manufacture the floaters based on our proprietary design and purchase a 100KW conversion unit from us.
For example, the LCOE of onshore wind has decreased by 39% from $0.086 per kilowatt hour in 2010 to $0.053 per kilowatt hour in 2019, offshore wind has decreased by 29% from $0.161 per kilowatt hour in 2010 to $0.115 USD per kilowatt hour in 2019, concentrating solar power decreased by 47% from $0.346 per kilowatt hour in 2010 to $0.182 USD per kilowatt hour in 2019, and utility scale solar photovoltaics has fallen by 82% from $0.378 per kilowatt hour in 2010 to $0.068 USD per kilowatt hour in 2019.
For example, the LCOE of onshore wind has decreased by 70% from $0.111 per kilowatt hour in 2010 to $0.033 per kilowatt hour in 2023, offshore wind has decreased by 63% from $0.203 per kilowatt hour in 2010 to $0.075 per kilowatt hour in 2023, concentrating solar power decreased by 70% from $0.393 per kilowatt hour in 2010 to $0.117 per kilowatt hour in 2023, and utility scale solar photovoltaics has fallen by 90% from $0.460 per kilowatt hour in 2010 to $0.044 per kilowatt hour in 2023 (IRENA, Renewable power generation costs, 2025).
Historically, the world has relied on traditional polluting energy sources that come from fossil fuels, such as coal and oil.
Historically, the world has relied on traditional polluting energy sources that come from fossil fuels, such as coal and oil. Fossil fuels have been the preferred energy source over time mainly because they have been cheaper than renewable energy sources like solar and wind even though fossil fuels pollute the earth and are limited in supply.
Ltd. operates as the main company for the development of our operations in China. D. Property, Plant and Equipment. Our headquarters are located at 52 Derech Menahem Begin St., Tel Aviv 6713701, where we occupy approximately 290 square meters. Our lease ends on November 20, 2026.
Our headquarters are located at 52 Derech Menahem Begin St., Tel Aviv 6713701, where we occupy approximately 290 square meters. Our lease ends on November 20, 2026. The lease agreement includes two consecutive one year extension options subject to a 5% price increase at the lessor’s discretion. We moved to our headquarters in March 2023.
(See Item 4.B. — “Revenue Models — WEC Technology” for additional information). Renewable Energy Market According to the IEA, global investment in the renewable energy market exceeded $700 billion in 2022, an increase that represented a 125% increase of total investment since 2019. According to a review by the SUN DAY Campaign of data released by the U.S.
(See Item 4.B. — “Revenue Models — WEC Technology” for additional information). Renewable Energy Market According to IRENA , global investment in the renewable energy market increased by 22% from $662 billion in 2022/2023 to $807 billion in 2024 (IRENA, Global Landscape of Energy Transition Finance 2025).
EDF EWP One Project o On February 1, 2022, we officially completed the grid connection route works at the Jaffa Port site. In April 2022, we completed the installation of eight floaters to the sea wall.
On September 9, 2025, the Company successfully launched its first U.S. wave energy pilot project at the Port of Los Angeles, developed in collaboration with AltaSea and Shell Marine Renewable Energy (MRE). EDF EWP One Project o On February 1, 2022, we officially completed the grid connection route works at the Jaffa Port site.
The floaters mechanisms for our system are built locally in each location, on-site, while the WEC units (conversion units) are constructed in Israel and delivered and installed on-site. Our engineers are responsible for integration of the parts, thereby allowing us to keep important know-how inhouse.
Our engineers are responsible for integration of the parts, thereby allowing us to keep important know-how inhouse. Part of our rationale in procuring parts from and working with experienced and brand name manufacturers is to ensure the availability of parts worldwide.
Furthermore, the WHO estimates that air pollution accounts for approximately 4.2 million deaths per year, with the WHO data showing that nine out of ten people breathe air that exceeds the WHO guideline limits for levels of pollutants, with low- and middle-income countries suffering from the highest exposures.
Furthermore, the WHO estimates that air pollution accounts for approximately 6.7 million deaths in 2019, with the WHO data showing that 99% of the world’s population live in places where air pollution levels exceed the WHO guideline limits.
In order to accomplish our strategic objectives, we are focused both on our growth and research and development strategies, both of which are expected to evolve as we grow our Company.
In order to accomplish our strategic objectives, we are focused on both our growth initiatives and our research and development efforts, including the integration of advanced monitoring, data analytics and artificial intelligence-based technologies designed to enhance the performance, reliability and scalability of our wave energy systems.
Eco Wave Power Gibraltar Ltd. , or EWP Gibraltar, is a wholly-owned subsidiary of EWP Israel, incorporated in Gibraltar in 2015. EWP Gibraltar operates as the subsidiary which managed the operation and maintenance of our Gibraltar power station and was responsible for the development of the project.
EWP Gibraltar operated as the subsidiary which managed the operation and maintenance of our Gibraltar power station and was responsible for the development of the project. As part of our ongoing efforts to streamline our corporate structure and optimize administrative efficiency, we have undertaken steps to simplify certain parts of our organizational structure.