International Dealer News 171 Feb/Mar 2023 IDN171 Feb/Mar 2023 | Page 31

Honda - green hydrogen

Honda R & D Europe ( at Offenbach in Germany ) and the Honda Research Institute Europe GmbH have confirmed the next stage of its ' Smart Company ' concept with installation of a green hydrogen production system that can be powered by surplus solar energy . The announcement marks the next stage in Honda ' s ' Smart Company ' showcase , a testbed for the purpose of developing technologies to maximise the use of renewable energy and allow development and testing of largescale energy system optimisation . Honda ' s stated aim is to reach its global aim of zero emissions from its products and operations by 2050 . This latest installation will harness surplus
solar energy from photovoltaic arrays to make green hydrogen through electrolysis . Honda inaugurated the ' Smart Company ' concept in 2017 , and this special facility aims to develop simulation models and methods for large-scale energy system optimisation , develop and test Honda technology under European market conditions , assess new business models and research new smart energy management solutions and define and develop integrated Energy Management Systems and smart e- mobility applications . The site combines a total of 749 kilowatts peak ( kWp ) of self-generated solar energy from multiple photovoltaic arrays , a second life battery storage unit , advanced unidirectional Honda Power Charger S + ( 4G ), bi-directional Honda Power Manager smart chargers , and several electric and hydrogen powered vehicles , all of which are connected to an Energy Management System developed by Honda R & D Europe ( Deutschland ) GmbH . The ' Smart Company ' will allow for the testing of developing technologies and systems on site . Honda says that hydrogen is positioned as a promising energy carrier due to its characteristics . It is possible to store , transport and can refuel fast . It is globally acknowledged that green hydrogen will play a critical news ROOM
role in mitigating global warming . While hydrogen has been used in industry for decades , the green hydrogen market is only just emerging . Green hydrogen is a type of hydrogen generated through electrolysis of water into hydrogen and oxygen using renewable energy . This hydrogen is produced without any greenhouse gas emissions .

SWM V1200 - a clear H-D Sportster clone ? By Ben Purvis

Harley-Davidson ' s air-cooled Sportster range finally reached the end of the road in 2021 / 2022 , but hardcore fans of the engineering and appearance of the old 1200 cc ( it was also built as an 883 cc ) machines might find the launch of the SWM V1200 interesting - a bike so similar to the old Sportsters that you ' ll have to look twice to spot the differences . SWM stands for Speedy Working Motors according to the company itself , but the name ' s roots appear to be in the
initials SVVM , for Sironi Vergani Vimercate Milano . The company ' s founders were Piero Sironi and Fausto Vergani , based in Vimercate near Milan when the brand was established in 1971 . It isn ' t one of the better-known of Italy ' s myriad motorcycle brands , and the original company folded in 1984 before being revived 30 years later by Ampelio Macchi with backing from Chinese brand Shineray , using the old Husqvarna factory on the shores of Lake Varese . While several of SWM ' s initial models were based on Husqvarna machines , the new V1200 is hugely different , marking the brand ' s first venture into twin-cylinder bikes and its first cruiser , with a capacity more than twice as large as any other SWM model . The bike has also been shown in China under the Shineray name , but SMW ' s
parent says the engine was developed in Italy to meet Euro 5 rules , something that the old Harley-Davidson Sportster 1200 didn ' t achieve . The similarity to the Sportster extends to its 1202 cc capacity , and visually there ' s barely a difference between the SWM engine and the old Harley- Davidson 1200 Evo twin . It would be no surprise if Harley-Davidson parts could bolt straight to the SWM V-twin . The only notable technical difference is a lower compression ratio , dropped
from 10.1:1 in the Sportster to 9.1:1 in the SWM V1200 , probably to help meet emissions limits . The change is reflected in a slight performance drop , with peak power of 45 kW ( 60 hp ), down from 48.5 kW ( 65 hp ) for the last of the Harley Sportster 1200s . Torque is also down a fraction , peaking at 90 Nm rather than 99 Nm . The transmission is also near-identical to the Harley five-speed box , and the V1200 ' s frame and styling are very much in the Sportster mould , with the same overall dimensions to the old Harley-Davidson Forty-Eight . Only the SWM ' s sloping headlight and larger fuel tank really set it aside . At the moment , there ' s no word on the bike ' s price or when it will be available , but it ' s likely to appear in the Chinese market under the Shineray name first , with SWM-branded versions for international markets following later on .

FIM helmet standards to get stricter By Ben Purvis

Since 2019 , MotoGP riders have had to wear helmets that meet the FIM ' s own strict FRHPhe-01 safety regulations and the same has applied to all FIM-organised road racing competitors since 2020 . Now a second-generation set of rules have been set down to make race helmets even safer by 2026 . The new FRHPhe-02 standards ( that stands for FIM Racing Homologation Programme for helmets - phase 2 ) have been published to allow manufacturers to prepare helmets in time for their introduction . For the first time , the regulations will apply to offroad competition as well as on-asphalt
www . idnmag . com racing . While not required for road use , since helmet manufacturers will make their best , competition-oriented helmets comply , road-going riders who opt for those helmets will be able to benefit from the stricter testing . The FRHPhe-02 tests will force helmets to withstand between nine and 13 random impacts at any of 22 locations around their shells , adding new tests such as impacts against oblique anvils and hemispherical anvils . There ' s also a requirement for quick-removable cheek pads to assist emergency workers and a new Skull Fracture Criterion ( SFC ) that limits linear acceleration over a specific time interval . Compared to FRHPhe-01 , the -02 tests will include four impacts against a flat anvil , picked from 17 possible impact sites , up from three impacts and 12 sites , at a speed of 8.2 m / s . Helmets will also have to withstand four hits
against a hemispherical angle , again from 17 possible impact points , at 7.5 m / s . All this is on top of the requirements to meet UN ECE 22-06 , Snell M 2015 , 2020D or 2020R , or JIS 8133:2015 standards . The helmets are due to be mandated in FIM competition by 2026 , but there will be encouragement for competitors to adopt them sooner than that , once helmets meeting the standard are available . Like the current FRHPhe-01 helmets , FRHPhe-02 compliance will be checked via QR codes sewn into the chinstraps of helmets that have passed the checks .
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