Tag Archive: Series Hybrids

  1. DIN 31067: A Superfluous Standard That Sows Confusion

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    LEVA-EU regularly receives questions about the DIN 31067 standard. This German standard has been in effect since 1 February 2026 and was developed for Electrically Power Assisted Cycles (EPACs) with a serial hybrid (SH) drive system. The standard references the European norm EN 15194 extensively, and its own contribution is essentially limited to a set of electrical requirements.

    This raises a legitimate question: why did DIN consider it necessary to publish this standard?

    An Redundant Standard

    All the electrical requirements and associated tests under clause 4.2 of DIN 31067 are already covered by EN 15194. It is true that EN 15194 was not originally optimised for serial hybrid drives — but that gap has since been addressed by EN 17860-5, which was developed with serial hybrid drives explicitly in mind. It is also worth noting that EN 15194 only applies to conventional two-wheeled EPACs. For electric cargo cycles with two or more wheels, a comprehensive new series of European standards has recently been published under the EN 17860 umbrella. By ignoring this existing framework, DIN 31067 risks adding confusion to a sector that already faces considerable regulatory complexity.

    No Legal Standing

    DIN 31067 carries no legal weight — not in Germany, and not in any other EU member state. For two-wheeled vehicles, a harmonised standard already exists in the form of EN 15194:2017+A1:2023. Compliance with this harmonised standard grants manufacturers presumption of conformity under the Machinery Directive — and compliance with that Directive is a legal obligation. DIN 31067 offers no equivalent pathway.

    As noted, the electrical section of EN 15194 was not originally tailored to serial hybrid architecture. However, EN 17860-5 — the standard covering electrical aspects for e-carrier cycles — has addressed that gap. Manufacturers of SH EPACs would therefore be better served by adopting EN 17860-5. It is a European standard developed through consensus among a broad group of European experts, whereas DIN 31067 is a national standard, published after EN 17860-2 and based on a considerably narrower consultation process.

    The Value of European Collaboration

    The European standards development process under CEN/TC333 represents a significant collective investment of time and expertise by industry stakeholders across the continent. Publishing a national standard that overlaps with — and potentially contradicts — the recently released EN 17860 series undermines that collaborative effort and risks creating uncertainty among manufacturers, particularly those operating across multiple markets.

    In late January 2026, Bike Europe reported that “the new German standard provides legal clarity for serial hybrid e-bikes.” Unfortunately, that conclusion is plainly incorrect. DIN 31067 has no legal standing, and we feel it is important to correct this misunderstanding clearly: it is a national standard only, with no regulatory effect inside or outside Germany.

    Broader Knowledge Gaps in the Sector

    This episode also highlights a wider problem: significant knowledge gaps persist across the industry when it comes to legislation, regulations and standards. Very recently, LEVA-EU came across a glowing endorsement of DIN 79010 — Cycles: Transport Bikes & Cargo Bikes — on the website of a well-known name in the cargo cycle world. This is striking given that the EN 17860 series for (electric) carrier cycles has been available for some time, yet this prominent manufacturer appears to be unaware of it.

    Further confusion is also being generated by two French standards still in circulation: NF R30-050-1, covering cargo bikes, and NF R30-050-3, covering electric trailers..

    Conclusion

    Clinging to national standards while a large part of the European industry has invested considerable time and resources in developing harmonised European standards is simply not a constructive approach. It discourages the many European experts contributing to TC333, and — most importantly — it sows confusion across the sector. This once again underlines how critical accurate information about legislation, regulations and standards truly is, and that is precisely one of LEVA-EU’s core missions.

  2. LEVA-EU Managing Director speaks to Charging Stack

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    Annick Roetynck, Managing Director of LEVA-EU, recently had a wide-ranging podcast conversation with Marin Galić of Charging Stack, the source of valuable insights on the electric mobility sector’s continuing development.

    The conversation between Marin and Annick explored multiple topics in great depth, from EU legislation that impacts the Light Electric Vehicle (LEV) sector and LEVA-EU’s efforts to influence decision-making, and the fantastic potential of LEVs to enable achievement of EU climate goals, to the challenges faced by LEVA-EU members – and their possible solutions.

    The origins of LEVA-EU

    Annick began with a brief overview of how and why LEVA-EU was established in 2017. Annick had been working for the European Trade Association for bicycle and moped retailers, lobbying the EU Commission regarding electric bikes and advocating for the adoption of light electric vehicles beyond the narrow categories of two-wheeled, and full car. At that time, LEV-awareness among politicians was low – the launch of LEVA-EU was in part an effort to raise awareness in a systematic and effective manner, and to exert influence on decision-making, as well as supporting its members in navigating the legislative landscape.

    The problems with current legislation

    The conversation regularly circles back to the thorny issue of EU legislation that relates to LEVs – primarily,  EU Regulation 168/2013, the type-approval framework for L-category vehicles, and the Machinery Directive, which relates to EPACs and e-scooters among others.

    Annick outlines how these two items of legislation are poorly suited to the LEV sector, and describes the work which LEVA-EU is undertaking to advocate for a separate, stand-alone LEV Regulation. The LEV sector has already conducted multiple risk assessments, which would facilitate the determination of the essential safety requirements for these vehicles in a LEV-Regulation. This approach would also allow the LEV-sector to decide on which compliance procedures would apply within the categories. The decision on the current compliance procedures has been made without any consultation with the LEV-sector.

    LEVA-EU’s biggest achievements

    LEVA-EU has fought long and hard for series hybrid systems, which are transmission systems without a chain. Without LEVA-EU’s efforts, electric bikes or cargo bikes fitted with such systems would have struggled to make it to the market. LEVA-EU worked with its members in CEN/TC333/WG9 to ensure that the EN 17860-5 on electrical aspects of e-carrier-cycles also covers series hybrid systems.

    LEVA-EU is a member of the EU Expert Group on Urban Mobility (EGUM) and was able to add light electric mobility to the traditional topics of walking and cycling in a systematic way. Furthermore, LEVA-EU has convinced EGUM to issue recommendations that the Commission must develop harmonised technical legislation specifically for LEVs, mandate related standards for LEVs and set up structural consultation with the LEV-sector.

    Further topics explored

    The benefits to companies in the LEV sector of LEVA-EU membership were outlined; there was discussion of the evolving modal and demographic shifts towards the uptake of LEVs in the sustainable transport mix; and much more besides. The full conversation can be accessed on the Charging Stack YouTube channel here.

  3. Alligt gives Bike2’s pedal generator a new life

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    Alligt, Dutch manufacturer of plastic wheels and parts for cargocycles and velocars, is giving Bike2’s pedal generator a new chance. Even though the Danish company has invested a lot of energy in the concept over the past 12 years, they have ultimately not yet managed to bring a finished product to market. Maybe they were too far ahead of their time. LEVA-EU Member Alligt was among one of their first customers and worked with Bike2 to test the pedal generator. Alligt and Bike2 recently entered into an agreement that allows Alligt to continue the work. Bike2 can expect a market-based royalty to compensate for their investment over the past 12 years.


    Through the agreement, Alligt acquires Bike2’s patent and can relaunch the human serial hybrid pedal generator. This concept offers a very suitable solution for cargo bikes. Alligt knows the cargo bike market well, having acquired a very extensive network with the development and production of plastic cargo wheels. Alligt managing director, Leo Visscher, is convinced that many of those companies are interested in a low-maintenance drive system. “Those who don’t think a plastic wheel is crazy will undoubtedly not find a pedal generator an absurd idea either,” Leo says.

    The product is a pedal drive in which a bicycle’s chain is replaced by an electric clutch with optimal chain feel, supplemented by energy from a battery. Alligt believes this product can encourage healthy exercise by riding a lightweight vehicle. Alligt also thinks that the pedal generator contributes to safety. The system still requires the cyclist to pedal at a reasonable rate to achieve efficient acceleration and speed. Alligt believes that a maximum acceleration of 1.5 m/s2 is a good limit for all vehicles on the road. The system also allows people with very little muscle power to propel themselves independently. Moreover, this system allows you to pedal yourself warm in cold weather.

    It is now clear that the market for serial hybrid systems in cargocycles and velocars is really taking off. The advantages of this system for cargocycles and velocars include good control of the vehicle, which is even more important in urban areas, and the design freedom created by omitting the chain. In addition, the system allows for riding in reverse, even regenerating energy via the motor.

    In order to bring Bike2’s bottom bracket generator to the market, quite an effort is still needed, especially regarding available components and adaptation of the software for a new prototype. This new prototype could be tested with the Golo cargo bike from LEVA-EU Member Flevobike, another Dutch company that has been cooperating for years to improve the pedal generator. After initial testing with the Golo, a Beta version could be tested widely in the market. However, this plan requires additional investments.

    Therefore, Alligt is looking for partners interested in financial support and/or partners interested in producing the system. Alligt is already convinced of the potential of the Bike2 system. The number of suppliers of serial hybrid systems is still quite limited. Moreover, the system is suitable for various target groups, not only for cargocycles, but for instance also for hometrainers or for bikes for users with physical problems.

    Should a major party be interested in taking over this project in its entirety from Alligt, that too is negotiable. Alligt’s objective in taking over the patent was to bring more pedal generators to the market for different target groups and make them available to small innovative companies. Fifty per cent of such a take-over will go to Esquare, the company behind bike2.dk.

    More information can be found at Alligt.nl. Their Cargobike wheels can be seen at cargobike-wheels.com cargobike-wheels.com. For further details, please contact leovisscherkorver@gmail.com.