Cifra de autonomie WLTP este o estimare bazata pe reglementarile WLTP (Worldwide harmonised Light vehicle Test Procedure). Acestea reprezinta un standard global pe care Toyota il respecta cu strictete. Autonomia reala poate diferi de valoarea WLTP atunci cand factori esentiali, cum ar fi viteza, suprafata carosabilului, comportamentul la volan si temperatura ambianta, difera de cele specificate in ciclul de testare WLTP. Site-ul web si brosura Toyota bZ4X arata o autonomie WLTP de 504 km, insa variabilele pot determina o scadere a autonomiei reale. Consulta calculatorul de autonomie pentru a estima distanta reala in functie de conditii specifice, cum ar fi temperatura, dimensiunea rotilor, modul de condus si setarile aerului conditionat.
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Exploreaza punctele forte ale modelului
Descopera Toyota bZ4X: design SUV puternic, combinat cu performanta tractiunii integrale, pentru o experienta electrizanta.
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Construit cu prestanta si scop
O silueta impunatoare, plina de incredere electrica in orice mediu
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Atunci cand luxul se imbina cu caracterul practic
Texturi inspirate de stilul nordic si o cabina spatioasa ofera confort premium
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Evolutie electrica
Baterie durabila, inovativ construita, pentru a te conduce mai departe
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Pana la orizont si dincolo de el
Bucura-te de sute de kilometri de autonomie datorita bateriei de mare capacitate si a sistemului de propulsie eficient
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Sistem multimedia intuitiv
Ramai conectat la cele mai noi informatii cu Toyota Smart Connect
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Conceput cu siguranta in gand
Functii inteligente de siguranta pentru a te proteja pe tine si pe ceilalti participanti la trafic
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Calatorii catre noi dimensiuni
Un model care se potriveste oricarei aventuri
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Spatiu in cabina pentru toti
Interior rafinat, cu spatiu generos pentru picioare si podea complet plana
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Garantie cuprinzatoare, protectie completa
Propriul tau Toyota bZ4X e in siguranta
Forced client side injection based on cached strategy
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Intrebari frecvente
- Toate modelele
- Performanta masinilor electrice
- Electric cu baterie
- Incarcare
Intrebari frecvente
Selectarea modului de condus Eco va creste eficienta si va maximiza autonomia de utilizare, la fel ca si activarea modului Auto Eco pentru incalzitor. Opreste aerul conditionat atunci cand nu este necesar si nu uita ca incalzirea din scaune si din volan reprezinta o modalitate mai eficienta din punct de vedere energetic de a mentine un nivel de confort al temperaturii decat sa pornesti incalzirea. Este, de asemenea, o idee buna sa pregatesti temperatura din cabina in timp ce masina este inca la incarcat – poti face acest lucru folosind aplicatia MyToyota sau afisajul multimedia al autovehiculului. Asigura-te ca presiunea anvelopelor este reglata corect. Presiunea scazuta in anvelope va reduce autonomia de utilizare. Anvelopele de iarna consuma, la randul lor, mai multa electricitate pe drum uscat decat cele de vara. Transportul de greutati inutile va creste consumul de energie, asa ca asigura-te ca elimini obiectele in exces din masina. In cele din urma, incearca sa-ti modifici comportamentul la volan: conducand la o viteza constanta, moderata, ori de cate ori este posibil, evitand accelerarile si franarile inutile, vei parcurge o distanta mai mare cu o singura incarcare. Daca trebuie sa modifici viteza, fa acest lucru lin, pentru a reduce consumul de energie.
Autovehiculele noastre electrice cu baterie au aceeasi calitate, durabilitate si fiabilitate ca orice alt model Toyota, iar bateriile lor au fost create sa dureze. Bateria modelului bZ4X este protejata de garantie impotriva degradarii sub 70% din capacitatea initiala pentru o perioada de pana la opt ani sau 160.000 km*. Este acoperita impotriva defectelor functionale timp de 5 ani sau 100.000 km.* Pentru linistea ta, verificarile regulate ale starii vehiculului electric pot extinde aceasta garantie pana la 10 ani sau 1 milion de kilometri*.
*Oricare dintre situatii survine prima
A Battery Electric car has no engine and runs on electricity alone, with the battery powering one or more electric motors. Hybrids combine a traditional engine and an electric powertrain – usually a self-charging battery and an electric motor. In a Hybrid car the combustion engine, electric motor and battery work together. The electric motor boosts performance while also working as a generator to turn surplus energy into electrical charge, reducing fuel consumption.
Modern Battery Electric vehicles can travel further than you might think. The Toyota bZ4X can travel up to 504km* on a single full charge.
*These range figures are estimates based on official homologation figures in a controlled environment (WLTP). These figures are provided solely for comparison purposes: only compare them with other cars tested to the same technical procedures. Estimated range assumes that the battery is fully charged (100%) and fully depleted (0%).
The actual electric range value of your vehicle will vary from these calculated values, since many factors have an influence on a car's electric range. Such factors include: selected grade, optional equipment and accessories fitted, driving style, speed, road conditions, traffic, vehicle condition, tyre type (summer/winter) and pressure, vehicle load, number of passengers, external temperature, battery temperature, etc.
The tool provides an indicative impact for variations in some of these factors but this will not reflect your actual use. For more info about WLTP contact your local Toyota Centre.
Charging your electric vehicle is simple and convenient. Charge whenever it suits you using the supplied cable and a domestic power socket or via a dedicated Toyota HomeCharge. For quick charging on the go, the expanding network of rapid chargers in locations like motorway service stations and supermarket car parks could have you topped up and on the road in as little as 30 minutes.*
*A charge from a 10% state of charge to 80% can be achieved in around 30 minutes with 150kW DC charging in optimal conditions, such as a temperature of around 25°C. In order to ensure effective charging and preserve battery health over the life of the vehicle, DC Fast Charging power of the Toyota bZ4X may be reduced temporarily (for roughly 24 hours) after 3.8 sessions per day (equivalent of 3.8 times 10% to 80% state of charge).
Tax relief incentives in many countries make it more rewarding to switch to a Battery Electric car, particularly for company car drivers. Battery Electric vehicles are often also exempt from road tax and charges for entering congestion zones and low-emission zones, saving you money. Charging an electrified car can be more cost-effective than refuelling a petrol or diesel car*. Charge at home overnight and it can also be more convenient than detouring to a fuel station.
*When you charge at home on an off-peak energy tariff
A charge from a 10% state of charge to 80% can be achieved in 30 minutes* with 150kW DC charging in optimal conditions, such as a temperature of around 25°C. To protect battery health and longevity, DC fast charging performance is reduced once the state of charge reaches 80%**. Please consult our charging time calculator to estimate your charging time. Simply input your specific conditions, such as the type of charger you’re using and the ambient temperature.
*A charge from a 10% state of charge to 80% can be achieved in around 30 minutes with 150kW DC charging in optimal conditions, such as a temperature of around 25°.
**In order to preserve battery health over the life of the vehicle, DC Fast Charging power of the Toyota bZ4X may be reduced temporarily (for roughly 24 hours) after 3.8 sessions per day (equivalent of 3.8 times 10% to 80% state of charge).
These letters refer to different charger voltages. With its 400-volt electrical architecture, the bZ4X can be charged with both a K charger (voltage between 50 and 500) and an L charger (voltage between 200 and 920) without issue.
Cars built before January 2023 have a 7kW onboard battery charger (OBC). With a current of 32 amps, the minimum time to fully charge is 9.5 hours*. Cars produced as of February 2023 have an 11kW OBC, meaning the car can be fully charged in 6.5 hours* with an 11kW charge point. Please consult our charging time calculator to estimate how long charging will take in specific conditions, such as the type of charger and ambient temperature.
*In optimal conditions, such as a temperature of around 25°C.
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