Bentley Motors’ Post

Powerful performance, matched by powerful design. The new #FlyingSpur. Discover the power of the possible: https://lnkd.in/eKVd6JRX - Flying Spur Speed (hybrid) WLTP drive cycle: fuel consumption, mpg (l/100km) – Combined with discharged battery 26.4 (10.7). Combined electrical consumption– 29.3 (kWh/100km). Combined CO₂ emissions – 33 g/km. CO₂ class weighted combined – B. CO₂ class with discharged battery – G.

Electrical Car 🚓 🚘 Emission ⚡ During Live Cycle almost Equivalent to Conventional Car 🔥

Electrical Car 🚓 🚘 Emission ⚡ During Life Cycle almost Equivalent to Conventional Car 🔥 Agree /Not Agree

Advanced cooling systems for a zero-emissions future (Whitepaper) – Charged EVs Sponsored by Horton. Why do zero-emission vehicles need sophisticated cooling systems? Because they generate less emissions but more heat. With our climate changing, manufacturers’ demand for zero-emission vehicles is growing. Zero-emission vehicle subcomponents produce heat that require optimized thermal management systems to ensure peak performance and longevity. Thermal control systems for zero-emission vehicles need to incorporate https://lnkd.in/gsxaa8it

. Very interesting article about the Internal Combustion Engine (ICE) and the Electrical Vehicles (EV). Figure below shows the CO2 emissions from these two types of vehicles. Full article available from: https://lnkd.in/g8v4kTJh

📣 Do you also believe that Electric Vehicles are eco-friendly? I want to debunk myths about electric cars and describe the real situation in the EV market. Do not allow the marketing to manipulate you, you should have the real data and decide for yourself. Let me share my analysis of the latest market changes in the EV segment. ✔ EVs Pros and Cons 📉 Battery degradation challenges. 📈 EV market evolution. 📌 EV market status in particular countries (DE, UK, US). 🔦 EV market forecast. Please let me know what you think about EV market evolution. Thank you for the Like! :-) #Automotive, #ev, #electric, #luxoft

Breakeven between ICE and EV Where is the breakeven point is in driving an electric vehicle (EV), as compared to an old car with an internal combustion engine (ICE)? I do some back of the envelope calcs at https://buff.ly/4f7zeQ2

Tech Bite #4: Automotive Air Conditioning in Electric Vehicles Did you know air conditioning (AC) in electric vehicles does more than just keep you cool? It enhances comfort, safety, and even helps keep the air clean! The AC system consists of key components like the compressor, condenser, and evaporator, working together to regulate cabin temperature efficiently. With different AC systems available – from manual to climate control – there’s more tech under the hood than you might think! Stay tuned for more bite-sized insights on EV tech from Admiral Mobility! #EVTech #AutomotiveInnovation #CleanEnergy #ElectricVehicles

The air condition system in an electric vehicle works differently to that of a combustion engine, especially in terms of how the #ACcompressor operates. Get all the essential knowledge of why this is important in this #MastersOfMotion video. https://ow.ly/WgiQ50SZ6RT

The air condition system in an electric vehicle works differently to that of a combustion engine, especially in terms of how the #ACcompressor operates. Get all the essential knowledge of why this is important in this #MastersOfMotion video. https://ow.ly/WMiK50SUu4L