dAfter leaving Oostende (Belgium) on August 30, the largest solar boat in the world reached London a day later, thereby bringing the campaign of scientific measurements along the Gulf Stream (PlanetSolar DeepWater) to a close. The catamaran had been transformed into a scientific platform since the month of June; the onboard team of researchers from the University of Geneva (UNIGE) completed its collection of unprecedented data between Oostende and London. The information gathered will be analyzed at UNIGE. The ship sailed on the Thames for the first time, near the Tower Bridge, and finally moored at the West India Docks in the heart of the British city.
After tracking the Gulf Stream for over 8,000 km, the “PlanetSolar DeepWater” scientific expedition, carried out in collaboration with the University of Geneva (UNIGE), ended in the British capital on Saturday, August 31. The London stopover successfully concluded this unique measurement campaign, which led the ship and her crew, composed of both sailors and researchers, along the trail of the Gulf Stream, the primary regulator of European and North American climate.
The world’s largest solar boat has docked in London, its final port of call on an epic voyage of scientific discovery along the Gulf stream.
Next stop Paris,
The MS Tûranor PlanetSolar cruised along the Thames yesterday before docking at Canary Wharf where it will stay until tomorrow.
This is the first time the impressive Catamaran has visited the UK, making its grand entrance by floating under an open Tower Bridge yesterday afternoon.
The eco-friendly boat's crew of nine is collecting data on the sea and atmosphere between the United States and Norway as part of an investigation into
The impressive vessel crossed the Atlantic in a record breaking 22 days earlier this year when it
traveled from Las Palmas, Canary Islands to Saint Martin in the
Its 809 solar panels can generate up to 480 kWh on a sunny day. Launched in Florida, its DeepWater expedition sought to collect a continuous series of physical and biological measurements along the Gulf Stream, both from the water and the atmosphere, using advanced instruments onboard.
It will remain docked at Canary
Wharf, London, until tomorrow, giving enthusiasts the opportunity to admire its streamlined design and innovative energy technologies.
The vessel is a scientific research platform for the
Geneva (UNIGE), has a top speed of 14 knots and is home to up to nine crew members at a time, including scientists.
It is stuffed with atmospheric instruments, some of which are prototypes developed by the university.
PROFESSOR MARTIN BENISTON
Led by Professor Martin Beniston, climatologist and director of the Institute of Environmental Sciences at
UNIGE, the research team studied the key parameters of climate regulation, focusing on aerosols and phytoplankton.
Their aim is to improve the understanding of complex interactions between the ocean and atmosphere, as well as the role these interactions play in climate change.
He said: 'The PlanetSolar DeepWater expedition has allowed intensive testing in real-world conditions of a number of ocean and atmospheric instruments, some of which are prototypes.
'There is now a wealth of physical, chemical, and biological data housed at the
Geneva, and which is beginning to undergo exhaustive scientific scrutiny.
'Although the data has not been analysed yet, we have noticed some very interesting trends, especially with regards to the production of aerosols by sea sprays,' he said.
The boat is approximately 35m long and 23m wide, depending on whether the solar panels are closed - when it is docked or experiencing very rough conditions at sea - or open, in most instances at sea.
The boat travels at an average speed of five knots and uses a staggering 512 square metres of
photovoltaic panels to power six blocks of lithium-ion batteries. Despite this it is is light, durable and completely silent.
Crossing the Atlantic in 22 days, the speedy
solar boat compares favourably with a 40 foot sailing ship, which usually takes around 35 days to cross the ocean.
The university believes it clearly demonstrates the possibilities of solar power for sea travel, with massive implications for sustainable tourism and transport.
We agree, because the Bluefish platform is considerably faster; already
considered suitable for several duties that would have the effect of cutting
emissions for operators of hydrographic, oceanographic and persistent
military monitoring missions.
With zero fuel requirements and zero carbon emissions, the boat can take to the open seas for months at a time, so long as the sun continues to rise.
Professor Beniston said: 'The MS Tûranor PlanetSolar has positive benefits for scientific study and exploration, allowing for pollution-free research to be carried out in the vicinity of the boat.'
The boat also plays an educational role as the scientists are keen to raise awareness about environmental issues.
One of the aims of the recent expedition, which stopped at Miami, New York, Boston, Halifax and St. John’s before journeying to London, is to promote the use of solar technology.
It was designed by Craig Loomes from New Zealand after months of research into creating the optimum dimensions and design of the double-hulled vessel.
Engineers optimised the energy collection and storage as well as the boat’s aerodynamics, propulsion systems and choice of building materials.
The light scientific vessel has a carbon structure and is its name is inspired by the literary mythology of J.R.R. Tolkien and literally means 'power of the sun'.
After visiting London, the boat will cross the English Channel and will then dock in Paris.
latest British 'Bluefish' contender is somewhat
40 meters (130 ft) and 16.2 meters (52.65 ft) wide in the water, yet is considerably lighter with just 300 meters of solar panels giving more
than twice the power to weight ratio of
Planetsolar. That will make the patent
Bluefish platform the largest solar boat
in the world, once it is built. The other key features of this
advanced design are the
deployment of solar energy harvesting devices (panels, etc) robotically and
fully autonomous navigation control options for hydrographic and
oceanographic duties. The fact the Planetsolar is being deployed in such
manner is proof of concept - except that the Bluefish
consortium are aiming to extend that concept into the realms of fully
robotic automation - with SWASH hull technology to boost operating speeds
considerably such that blue water cruising is expected to be around 7-8
knots with sprints of up to 18 knots, depending on the motors fitted.
may notice that the reported speed of Planetsolar differs from one media
article to another. We had assumed that the PlanetSolar had set a new
Atlantic record on the west-east leg of their journey from St Johns, Newfoundland, to St
Levan, Porthcurno, UK, some 2200 - 2500 miles covered in 22 days is equal
to 4 - 5 knots average speed, but in fact the east-west leg is the record
breaking crossing from the Canary Island to St Martins in the Caribbean -
some 2500 miles, so once again about 5 knots average - and so much faster
than the world circumnavigation speed of about 2.3084 knots (32,410 nautical
miles / 585 days / 24 hours). They did lose two weeks, so adjusted that
equals 2.36 knots - and they were not racing between media opportunities.
Having studied the design we can say
that this is about what one might expect from a catamaran built like this
- and 5 knots across the
Atlantic is an impressive performance.
Gerard D'Aboville is an experienced navigator - he's rowed alone across both the Atlantic and Pacific oceans. He's accustomed to monitoring the wind and the current.
But as the captain of the Turanor PlanetSolar, the world's largest solar-powered boat, he's had to factor in something else: the sun. And he marvels at its power.
"I can feel it some days," D'Aboville said on a recent overcast day, while the solar ship was docked in Boston Harbor. "It's a lot of energy."
Even with the fog rolling in off the water, hiding the tops of Boston's tallest buildings, the ship's 30,000 photovoltaic cells were busy taking in the rays.
"Today we are producing some electricity but we could produce four or five times more if it was sunny," D'Aboville told CBSNews.com, pointing to a monitor on his dashboard that indicated the kilowatts per hour generated by the boat's shiny black sundeck.
That energy supplies the boat's eight-and-a-half tons of lithium ion batteries. Which answers a key question about any solar vessel: What happens at night?
"We can go without sun for 72 hours. Depends on what speed, if we go fast we do not have the 72 hours."
And there's the catch, or at least one of the catches, with this boat. In 2012, the 100-ton catamaran became the first solar-powered boat to circumnavigate the globe. It traveled 37,000 miles -- without a gallon of gasoline. It just took a while.
"PlanetSolar is not a very fast boat," D'Aboville admitted. Its average speed is 5.5 knots -- the same as jogging a 9.5-minute mile.
"We did 10 knots once, but if we do this we do not have power for a long time."
Between its leisurely pace and multimillion-dollar price tag, the Turanor PlanetSolar isn't exactly practical, nor a prototype of boats of the future. D'Aboville entertains no fantasies of future seas filled with solar boats.
THAMES BARRIER - You can see part of the mechanical workings of the
Thames Barrier in this picture. Click on it to see more.
"This boat is a wonderful ambassador for solar energy," D'Aboville said. And then, smiling: "I will not pretend that tomorrow's commercial boats will be driven with solar energy."
While the boat may not change water travel, it is an effective - and attention-grabbing
- demonstration of the sun's power.
"The boat weighs 100 tons. So 100 tons have been circling the world only with solar energy, which is really a big achievement."
It's not just a floating advertisement for photovoltaic harvesting. In its latest incarnation, the Swiss boat has also served as a research vessel. During its current tour of the East Coast, scientists from the University of Geneva have utilized the ship's unique qualities to study the Gulf Stream.
Anh Dao Le, a researcher at the University of Geneva traveling on the boat, explained that a motorized boat with no
carbon emissions minimizes the risk of distorting her team's measurements with pollutant gasses.
"There's no outside parameter input into the water mass that we are measuring."
Plus, Dao Le added, a trip powered by solar has its benefits.
"We try to understand the natural systems with the natural energies," she said. "Wherever you have the sun, you can continue your journey."
And prototype for future or not, the PlanetSolar boat is a marvel to behold. It's equipped with a kitchen, 6 cabins, and 9 beds. When docked, it can fit 60
people. Its electric motor has an output 120 kilowatts. For comparison, captain D'Aboville estimated that a washing machine takes one to two
"We could have a lot of washing machines on board," he said laughing.
worlds largest SOLAR boat breaks world record crossing Atlantic just 22
York Times solar
boat harnessed for research
times india ms-turanor-planetsolar-worlds-largest-solar-boat
campaign to study the gulf stream
news solar-boat shines light on suns power
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captain of a solar powered ship take on pirate whalers
a $Billion dollars riding on the conclusion.
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GOC - GULF
GUINEA - GULF
IRC - MEDITERRANEAN -
NORTH SEA - PACIFIC
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