About I-KE
Seeking Development
Amidst the Waves
Established 1959. 3.12
Cooperation 1980
Collaboration 1994
Who are we?
The parent company,Lian Tat Company , was established on March 12, 1959, with a primary focus on resource integration. From the outset, it dedicated itself to introducing advanced machine tools and complete factory equipment from Europe and the United States to assist domestic manufacturers in establishing industrialized production capabilities. Since 1980, the company has collaborated with leading global brands such as MAN, MTU, Alstom, with clients spanning public and private institutions. In 1994, Lian Da Hang established a diesel engine maintenance facility in Su’ao, marking a significant milestone in its development. Responding to the urgent need for domestic energy transformation, especially in the context of its maritime engineering projects, Lian Da Hang is actively establishing strategic alliances with maritime entities both domestically and internationally. Recently, it has ventured into offshore wind power maritime engineering and the emerging industry of ocean wave energy generation.
64+
Established
100%
Technology
84+
Location
I-Ke International Ocean Energy
I-Ke International Ocean Energy, as a wholly-owned subsidiary of Lian Tat Company, benefits from the maritime expertise of its parent company. It aims to introduce commercial wave power generation equipment domestically, envisioning itself as a promoter of clean and pollution-free green energy in Taiwan, surrounded by the sea on all sides.
Chairman’s Message
Chairman CY HUANG
Wave energy, as a renewable energy source, holds enormous potential, particularly for Taiwan with its 1,566 kilometers of coastline. Recognizing recent domestic energy transition efforts and committing to align with government policies on renewable energy development, Yike International plans to leverage existing professional knowledge and engineering resources domestically. The goal is to create a new era of wave power generation in Taiwan, not only advancing the field of renewable energy but also contributing to establishing a leadership position globally.
Vision
Seeking Development Amidst the Waves
Seeking Development
Amidst the Waves
With seventy percent of the Earth’s surface covered by the ocean, and considering Taiwan as a maritime nation, harnessing the pure and pollution-free green energy of the sea could propel the country and its industries into a new era of energy transformation.
Ocean Energy
What is Wave Power?
Wave power is a method of harnessing the energy from the movement of ocean waves to generate electricity. Devices specifically designed to capture the kinetic energy of waves are installed in the ocean or along coastlines. These devices capture wave energy, which is then converted into mechanical or electrical energy through generators or turbine-like equipment. Typically, this is achieved through the motion of waves, as these devices transfer the power of the waves to generators, producing electric current. The generated electricity is then transmitted to the onshore grid for residential, industrial, and commercial use, often through cables or other transmission equipment.
Wave power has several potential advantages, including:
Renewable energy
Wave energy is a renewable resource influenced by the constant natural process of wave generation.
Low carbon emissions
Compared to traditional fossil fuel power generation, wave power typically has lower carbon emissions, making it environmentally friendly.
Our Technology
Eco Wave Power (EWP) is dedicated to developing cost-effective Wave Energy Conversion (WEC) technology,
which converts ocean and wave energy into clean power.
The Wave Energy Conversion (WEC) technology utilizes point absorber floating device units, known as floats,
installed on existing marine structures such as docks, breakwaters, or similar coastal structures.
Project
Currently, our team is actively collecting data for approximately 83 installation sites, including Taiwan and its outlying islands. The first phase involves setting up a demonstration site on the west coast of Taiwan, with a planned 100KW generator for testing and verification. Planning for the installation of a 1MW unit is also underway for the east coast of Taiwan. The initial installation goal is 20MW, with subsequent phases gradually increasing to over 400MW in power plant capacity.
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