This Japanese Tanker Can Transport Surplus Renewable Energy
Rahul Kalvapalle — June 6, 2023 — Eco
References: power-x.jp & offshore-energy.biz
PowerX, a Japanese company that is focused on helping to usher in the transition to a decarbonized future through the creation, design and manufacturing of high-tech solutions in the renewable energy realm, is set to launch a high-tech battery tanker that is designed to be able to haul renewable energy from place to place.
This battery tanker prototype, which measures in at a length of 140 meters, is designed to be able to carry up to 96 marine batteries with a total of 241 megawatt-hours of renewable energy.
This battery tanker aims to be able to transport surplus energy derived from renewable sources. For example, it could be used to extract unused energy from thermal power plants and then transferred to the grid.
Designed for the transmission of renewable energy over short distances, this battery tanker is also designed to be able to better withstand the seismic activity that Japan is known for when compared to under-sea cables.
Image Credit: PowerX
This battery tanker prototype, which measures in at a length of 140 meters, is designed to be able to carry up to 96 marine batteries with a total of 241 megawatt-hours of renewable energy.
This battery tanker aims to be able to transport surplus energy derived from renewable sources. For example, it could be used to extract unused energy from thermal power plants and then transferred to the grid.
Designed for the transmission of renewable energy over short distances, this battery tanker is also designed to be able to better withstand the seismic activity that Japan is known for when compared to under-sea cables.
Image Credit: PowerX
Trend Themes
1. Renewable Energy Haulers - The development of high-tech battery tankers presents an opportunity for the efficient transportation of surplus renewable energy.
2. Energy Grid Optimization - The use of battery tankers to transfer energy from thermal power plants to the grid can lead to optimized energy systems, promoting a more sustainable future.
3. Seismic-friendly Energy Transport - The incorporation of seismic-resistant technology in high-tech battery tankers can provide an opportunity for energy transport in areas that are prone to seismic activity.
Industry Implications
1. Renewable Energy - The renewable energy industry can benefit from the development of more efficient energy transportation methods such as battery tankers.
2. Energy Storage - The development of high-capacity battery tankers presents a potential disruptive innovation opportunity for the energy storage industry.
3. Shipping and Logistics - The shipping and logistics industry can potentially benefit from the deployment of battery tankers specifically designed to transport energy over short distances without the use of conventional fuels.
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