Solar Panel Sails Move To Design Phase.
Earth Techling. 22nd August 2011.
An innovative concept of using solar panels as both sails and photovoltaic energy producers on ships is moving forward to the “detailed design” phase, according to developer Eco Marine Power. The Fukuoka, Japan-based company is promoting its concept as a way for shipping lines to green up their operations. Read more...Interview with Greg Atkinson, Director of Eco Marine Power
EEWeb Electrical Engineering Community. 30th July 2011.
Discussion regarding renewable energy technologies being developed for shipping including the Tonbo solar-electric hybrid ferry and the Aquarius wind & solar power system. Read more...Sustainable Shipping awards shortlist of nominees announced
Sustainable Shipping News. 1st June 2011.
The shortlist of nominees for the 2011 Sustainable Shipping Awards, to be held at an industry ceremony in London in July, has been revealed. Read more...
Eco Marine Power Launches Eco Ship Study
Hellenic Shipping News. 13th May 2011.
Eco Marine Power (EMP) yesterday announced that it has commenced a study to investigate how its Aquarius wind and solar marine power system could be incorporated into a future eco ship specifically designed to minimise fuel consumption and reduce noxious gas emissions. Read more...Ecomarine Power to launch dragonfly-inspired solar-electric vessel in 2012
Ecoseed. 12th May 2011.
Eco Marine Power, a Japan-based company that develops solar, wind and electric marine power and propulsion systems, will launch its Tonbo Hybrid Marine Power solar-electric vessel next year. Read more...Eco Marine Power starts development of eco solar ferry Medaka
Ecoseed. 28th April 2011.
Eco Marine Power Ltd., a Japan-based company that develops solar, wind and electric marine power and propulsion systems, will be developing a solar ferry called Medaka, which will cater to water commuters. Read more...
Solar Sail Technology the Powering Force behind International Shipping
Emerging Technology News. 28th February 2011.
Ships have been crossing the ocean for a long time, originally harnessing the power of the wind in their sales, and then using fossil fuels to power tankers which give off carbon emissions and contribute to global warming. But now solar sail technology has been introduced to the shipping industry, which uses energy from the sun to power the ship for a more eco-friendly way of getting from port to port. Read more...
Wind-Powered Cargo Ships Make a Comeback
Clean Technica. 28th February 2011.
Sailing ships once carried much of the world’s cargo across the seas, until canvas sheets were replaced by low-grade “bunker” oil. Now it appears that wind power is about to make a comeback, in the form of rigid “sails” that double as solar panels. The patent-pending technology, called the Aquarius Solar and Wind Marine Power System, is being developed by a company called Eco Marine Power. The dream of a high tech, sustainable energy cargo ship has been percolating for a number of years now, but it hasn’t caught on in a big way, so let’s see if this new system is The One. Read More...
Eco Marine Power Developing Solar Sails to Power Ships
inhabitat.com. 25th Feburary 2011.
Traditionally wind power has enabled man to travel the seas, but in recent years, fossil fuels and nuclear power have taken over. However, Japanese company Eco Marine Power are harking back to days of yore, but this time with a renewable energy twist. The energy firm has developed rigid sails that are installed with solar models and the system, called The Aquarius, is able to collect both solar and wind energy to power ships. Read more...
Eco Marine Power Unveils Tonbo- Hybrid Vessel
Marine Insight. 26th January 2011.
Eco Marine Power in collaboration with partner firms have come up with a design for a hybrid vessel that comprises within it, both Eco- friendly marine technology as well the newest in green technology. This hybrid ship, to be called the Tonbo, uses the latest in lithium battery technology among other features to improve efficacy of the vessel. The ship uses a solar panel on the roof to charge the lithium batteries, thereby exemplifying its pro- environmental capabilities. Read More...





