Electric & Hybrid Marine World Expo 2016
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Third annual World Expo hailed best show yet!

“What a fantastic show!” enthused Graham Johnson, managing director of UKI Media & Events, which organizes Electric & Hybrid Marine World Expo. “It’s been so incredibly busy. There’s clearly huge demand for electric and hybrid propulsion systems – and the technology evolution in the 12 months since last year’s show is something to behold. I think it’s fair to say that the marine industry is advancing and adopting electric and hybrid systems at a far faster rate than any other industry at present!”






Over 150 companies had products on display at this year’s show, with more than 3,000 attendees enjoying the very latest ideas, concepts, technologies and components for electric and hybrid marine applications. The conference area and free-to-attend Open Technology Forum featured more than 60 world-leading experts presenting technical papers on the latest and next-generation technology that will power the ships of the future.

New products and new deals dominated the announcements made by exhibitors over the three days of the show, with Griffon Hoverwork using the show to declare it will deliver the second Griffon 12000TD hovercraft to Hovertravel in the UK, for operation between Portsmouth and the Isle of Wight. The 80-seater hovercraft will be the first passenger vessel in the UK equipped with a diesel-electric auxiliary system using ultra-lightweight YASA motors and Sevcon motor controllers.

“The big advantage of our system is that we use no batteries. Most other vessels have batteries to stabilise the voltage, but we have avoided this through special software programming,” explained chief engineer, Mark Downer. “This amounts to cost and weight savings, which for a hovercraft is critical. It’s a 60kW system that only weighs 80kg, and there are plans to increase that power even more.”


The number of engines on board this latest vessel has also been reduced compared with its predecessor, from four to two, which, according to Downer, “reduces fuel consumption by 30% per day”.

Elsewhere at the expo, DNV GL’s director of battery services and projects, Narve Mjøs, shared the latest on the Green Coastal Shipping Programme, which is currently under way in Norway and about to enter its second phase. Its aim is to establish the world’s most efficient and environmentally friendly coastal shipping, powered wholly or partly by batteries, LNG or other eco-friendly fuels.

“Under the initiative we calculated that 55% of the emissions in Norwegian waters come from domestic shipping,” said Mjøs. “We also calculated how much CO2 emissions of the total emissions on the Norwegian coastline come from the shipping industry, and this research showed that domestic shipping accounts for 9% of Norway’s total CO2 emissions.”

Phase 1 was a study to evaluate the potential for emissions reduction on the Norwegian coastline, plus initiation of five green pilot projects. Phase 2 is due to begin on 24 June and will involve old pilots plus five new pilot projects using four different types of ship and green technologies.

Elsewhere at the show, data analysis expert Triskel Marine revealed that it is currently undertaking research with Falmouth Pilot Services to study the feasibility of using hybrid technology in its boats.

According to Will Godfrey, R&D director at Triskel Marine, over the last year the company has seen a step change in attitude from working boat operators towards the use of hybrid technology, resulting in an increased demand for Triskel’s services. Using its proprietary data acquisition equipment, the company carries out R&D and feasibility studies for its customers to establish optimal operating parameters.


“Operators of working boats such as container vessels became interested in what the smaller companies have done; so rather than spending the money on their own R&D, they’ve come to us to look at the feasibility of operating one of these systems,” said Godfrey. “In the leisure boat industry, people want to use their boats in the same way they can their homes, so they don’t want to worry about whether the batteries can cope. With the prevalence of laptops and home cinema systems, for example, this becomes more of a concern.”

Further news followed from the Hoppecke stand, where Gunter Schädlich, manager of new technologies, was pleased to report extremely positive feedback for the company’s new, high-voltage battery module, noting that he had had discussions with more than 100 visitors over the course of the expo’s three days.

“Thanks to the modular architecture of the high-voltage battery module, the design process is extremely quick for bigger systems, and charging time is very fast,” said Schädlich. “However, the biggest challenge in developing the system for the marine industry is ensuring it meets the safety standards that are necessary for certification. We did a lot of R&D to ensure it’s as safe as possible for this market, and have developed special safety systems.”

The first day of the show saw Cavotec share details of a second order for a combined MoorMaster and battery charging system for a hybrid passenger ferry in Finland. The hybrid ferry, operated by FinFerries, will be approximately 90m long and 16m wide, and will be able to carry up to 90 cars; it is due to enter service in summer 2017. The vessel will make crossings – at 15-minute intervals during the day, and one round trip per hour at night – throughout the year and in all weather conditions.

Cavotec will manufacture, install and commission a combined MoorMaster and battery charging system. This system integrates MoorMaster to moor the ferry; Cavotec's Alternative Maritime Power (AMP) cable management systems to connect the ferry to electrical power; and its Automatic Plug-in System (APS) to automate the connection of cranes, ships and other mobile equipment using cable reels.




Two MoorMaster MM200 units will be installed at the Parainen and Nauvo berths (one unit at each berth) in southwest Finland, along with two AMP charging towers. The MoorMaster units signal to the AMP units when the ship is securely moored, then laser sensors guide the AMP connector to a hatch in the side of the vessel, where it connects to the ship’s battery unit to begin charging.

Dutch lithium-polymer battery manufacturer, EST-Floattech, revealed that it had signed an agreement with INTIS, a developer of induction charging technologies, for the market introduction of inductive charging systems for the maritime sector in northwest Europe.

Under the agreement, the inductive charging system will be combined with the lithium-ion nickel-metal-cobalt chemistry and designed specifically for electric and hybrid propulsion systems powering yachts, commercial vessels and ferries.

On the Anglo Belgian Corporation (ABC) stand, the medium-speed engine manufacturer announced that it has signed a contract with the VEKA Group shipyard for five 6DZC engines. VEKA will build two new barges for Antwerp-based General Bunkering Services (GBS).

ABC's 6DZC diesel engines were chosen for the propulsion of MTS Cavalli and MTS Scarletti. Each of the engines will develop 1,500hp at 800rpm. VEKA bought a fifth 6DZC engine for the 110m-long MTS Olga Caroline, which will be built for a group of investors. This engine will develop 1,800hp at 1,000rpm.

More news came from Corvus Energy, which used the opening day of the show to introduce its next-generation lithium-ion-based energy storage system (ESS) product line, Orca ESS.

“We challenged our engineering teams to design and build the industry’s safest, highest-performing ESS at an extremely compelling cost of ownership,” said Andrew Morden, president and CEO of Corvus Energy. “Orca ESS is the result of that challenge and the lessons learned from our experience as a leading provider of ESS solutions.”

The Orca ESS product line includes Orca Energy, which is designed for applications that require large amounts of energy, such as ferries and merchant vessels, and Orca Power, which is designed for applications that require a seamless response to dynamic power loads, such as offshore supply vessels and port equipment.

Orca ESS solutions are designed to scale for applications of all sizes, up to and above 10MWh. “With a step-change in price, typical applications should expect total installed costs to be reduced by up to 50% with Orca ESS,” added Morden.

Overall, the show proved once again to be the place to do business, to see the latest innovations, and to meet new customers and discuss the latest industry trends, technologies and needs.


Sponsored By:

Tuesday 6 June 10:30 - 18:00
Wednesday 7 June 10:30 - 19:00 *
Thursday 8 June 11.00 - 17:00 **

*free drinks party from 17.30 to 19.00hrs

**Watch the Electric & Hybrid Marine Awards presented live at 13.15hrs'

Hall 12, RAI Amsterdam, Europaplein, 1078 GZ Amsterdam, Netherlands

Electric & Hybrid Marine Awards

Electric & Hybrid Marine World Expo 2017 (Hall 12)
RAI Amsterdam
1078 GZ Amsterdam

2017 Click here...


Future show dates:

Electric & Hybrid Marine World Expo 2018
Dates: 27-29 June 2018
Location: Hall 12, RAI Amsterdam, The Netherlands

Future show dates:

Electric & Hybrid Marine World Expo 2019
Dates: 25-27 June 2019
Location: Hall 12, RAI Amsterdam, The Netherlands

Future show dates:

Electric & Hybrid Marine World Expo 2020
Dates: 23-25 June 2020
Location: Hall 12, RAI Amsterdam, The Netherlands