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Here’s ⁤a revised article based on the provided HTML snippet and updated with current information⁣ as of february 18, 2026. The ⁢original snippet focuses on Horse, ‍a company developing powertrain solutions.


Horse⁣ Powertrain Solutions: Extending Range and Bridging the Transition to Electric Vehicles

Horse Powertrain ‍Solutions is gaining attention for its innovative approach to extending the range of electric vehicles (EVs) and offering a pathway for‍ owners of⁣ existing EVs to transition more easily to hybrid configurations. The‍ company is addressing ⁤concerns about range anxiety and the limitations ⁤of ⁤current charging infrastructure.

Range Extension Technology

Horse has developed a “range extender” ⁣system, often⁢ referred to ⁢as⁢ a “куфар” (suitcase) in Bulgarian media https://automedia.investor.bg/a/2-novini/62621-horse-razkriva-kufar-koyto-udalzhava-probega, ⁢which essentially adds⁣ a small internal combustion ⁣engine (ICE) to an⁢ EV. This isn’t a traditional hybrid; rather, the ICE unit functions ⁢solely to generate electricity, extending the ⁢vehicle’s overall range. The system is⁤ designed to be relatively easy to install, offering a⁢ retrofit option⁢ for existing EVs. Horse offers‍ the range extender in two power⁣ variants to suit different vehicle types⁤ and driver needs. ‍

As of early 2026, the company is focusing ⁢on optimizing the efficiency of these range ⁢extenders to minimize fuel consumption and emissions while maximizing the added range. Early tests suggest range increases of up ⁣to 200-300km depending on the size⁤ of the fuel tank and the efficiency⁤ of the ICE unit.

Converting EVs to Hybrid Vehicles

Perhaps more groundbreaking is Horse’s technology to convert ⁤fully electric vehicles into hybrid vehicles. this addresses a growing trend of⁣ EV owners reconsidering full electrification due to practical ‍limitations https://automedia.investor.bg/a/2-novini/61030-interesno-renault-shte-prevrashta-elektromobili-v-benzinovi-hibridi.

The conversion process involves integrating a compact ICE, a fuel tank, and a generator⁤ into the EV. The electric motor ⁢remains the primary source of propulsion, with ‍the ICE engaging⁤ only when the battery charge ⁢is low or when extra power is needed. This approach allows drivers to benefit from the quiet and efficient operation of an EV for daily commutes while having the security of a gasoline engine for longer journeys.

Market Response and Future Outlook

Horse’s technology reflects a shift in‍ the automotive industry, acknowledging that the transition to full electric mobility⁤ will take time⁣ and that consumer needs are diverse. The company has partnered with several⁣ automotive manufacturers to explore integrating its technology into new vehicle designs, and is also seeing strong interest from owners of ⁤existing EVs seeking to⁢ upgrade their vehicles.

The company is currently expanding its production capacity⁢ to meet growing demand, and is actively researching ⁣option fuels

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