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The Energy System of CorPower Ocean That Functions Like a Heart Draws Attention for Being Creative and, at the Same Time, Helping to Generate Renewable Energy Sustainably. The Practice is Carried Out from the Power of Ocean Waves and Transformed into Potential Energy to Meet the Population.
The company CorPower Ocean, a reference in Sweden, has been drawing attention in the market for developing a sustainable practice of renewable energy generation. The team realized that ocean waves can function like a kind of heart: by pumping water, the force generated can be transformed into electricity, helping the neighboring cities in a way that minimally impacts the environment.
CorPower Ocean’s Renewable Energy Generation System is Truly Inspired by the Functioning of the Heart and Aims to Align with the UN’s Expectations
At the UN, the United Nations Organization, the Sustainable Development Goals for 2030 were developed.
Among them, the need to move towards a more sustainable society through investment in renewable energy was established. Various countries are contributing to this practice through the adoption of sustainable processes.
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Renewable energy advances over protected areas in Brazil, and a survey by the Energy Transition Observatory reveals silent impacts that challenge environmental conservation and pressure sensitive traditional territories.
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Rio Grande do Sul accelerates energy transition: State invests in renewable technologies and consolidates decarbonization strategies and pathways to attract billions in new industrial investments.
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With 160,000 m² of collectors, an area larger than 20 football fields, Silkeborg, in Denmark, hosts a solar thermal plant that heats 19,500 homes and could become the largest solar heating plant in the world.
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A study reveals the expansion of renewable energy procurement in Brazil and shows how companies are taking advantage of opportunities to reduce expenses, ensure energy efficiency, and strengthen strategic environmental commitments.
That is why CorPower Ocean began to seek ways to also contribute to this movement, finding in the power of ocean waves the ideal solution for sustainably generating electricity.
In practical terms, the system works through a converter that first captures the energy from the waves and, after processing it, transforms it into electricity.
The method is very practical for use in open sea due to the converter’s sensors which, being buoyant, can absorb energy coming from all directions, resulting in a larger product for the benefit of the population.
CorPower Ocean, while discussing the innovative system for renewable energy generation, stated: “Our wave energy converters use a pre-tension system to pull the buoy down. Wave undulations push the buoy up, while the stored pressure provides return force to drive the buoy down. This results in equal energy production in both directions.”
See How CorPower Ocean’s System Works That Will Benefit the Renewable Energy Sector
The System, Besides Being Sustainable and Generating Electricity with Minimal Impact on the Environment, is Also Inexpensive and Has the Potential to Become Popular
In practice, this renewable energy system developed by CorPower Ocean has a low cost, which could take it to other parts of the world if efficiency is proven over the long term.
Furthermore, the design was conceived to be practical and efficient. Thus, when assembled, it can be resolved in a few steps and will be ready to generate electricity in no time.
All the advantages considered, indeed, do not affect the practicality of the system. According to CorPower Ocean’s CEO, Patrik Möller, the converter is capable of producing five times more energy per ton than other systems that operate similarly, demonstrating its advantage on different fronts.
It is worth noting that the idea of basing it on the workings of a heart, with the pumping issue, has a strong theoretical foundation to ensure that the theory is efficient.
The model was inspired by studies developed by Stig Lundbäck, a renowned cardiologist specialized in cardiac pumping. By accurately describing the stages that guide the process, the CorPower Ocean team was able to understand how to transform the theory from the biological field into something functional for physics itself, and it worked.
The idea of transforming ocean waves into renewable energy is revolutionary. Besides being creative, by using the workings of the heart as a basis, it is also sustainable and highly efficient.
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