Author: Sudhanshu Kumar

Tesla has started delivery of its Cybertruck which has bold angular styling, a bulletproof body, and towing capacity of 11,000 pounds. It is quick and strong (Cybertruck beating Porsche 911 while towing another 911 in a video shared by Tesla on X) accelerating 0-60 MPH in just 2.6 seconds. Cybertruck has many unique features like steer-by-wire, range-extender, rear-wheel steering, and 48V wiring architecture (harness). Cybertruck Steer-by-Wire Engineers have been working on Steer-by-wire technology from a decade but the first time In Cybertruck there is no direct mechanical linkage between steering and the wheel as it used to be in conventional…

 Cybertruck 48V Electrical Architecture Tesla Inc. is known for its innovative design and for edge-cutting technologies used in its vehicles. Tesla is again in trend after the start of delivery of its Cybertruck. With its boldly unconventional bulletproof look, Cybertruck gives a unique and futuristic appeal to onlookers. It gives a range of 340 miles, can tow 11,000 pounds of weight, and accelerates 0 to 60 miles in just 2.6 seconds. Cybertruck has many unique constructional features like steer-by-wire, range-extender, rear-wheel steering, and unconventional 48V wiring architecture (harness).  In vehicles apart from the main power supply (400V or 800V) to…

Tesla has started to deliver its most awaited vehicle Cybertruck after many delays since its launch in 2019. With its boldly unconventional look, the Cybertruck from Tesla not only breaks the mold but also becomes an instant trendsetter with its unique and futuristic appeal. Cybertruck has one more exciting feature provided by Tesla which makes it a moving Powerhouse and that is Powershare Technology. This technology enables customers to power their home (term as V2H), workplace, outdoor activities (V2L), and also it can be used to charge other electric vehicles (V2V) in case of need. Tesla Cybertruck can provide up…

Honda, one of the largest engine suppliers in the world, has showcased a prototype of  Hydrogen Fuel Cell Stack Module at the European Hydrogen Week 2023. Honda has been seriously working on the potential of hydrogen energy for the last 35 years. This prototype demonstrates Honda’s commitment to fuel cell applications as part of its global hydrogen strategy, following the addition of a new green hydrogen production facility at its R&D center in Germany. This next-generation module will open up new market and sector opportunities for the brand – such as application within heavy-duty commercial vehicles, heavy stationery machines. A…

Volkswagen Group’s first 100% owned battery system plant in China starts production of its first high-voltage battery system. VWAC produces high-voltage battery systems for Volkswagen Anhui’s all-electric vehicles based on the Group’s Modular Electric Drive Toolkit (MEB platform). Volkswagen Group China has invested over EUR 140 million in the new plant and its facilities. The battery system for MEB vehicles consists of several cell modules, a cell management controller, a battery management system, and a connector strip, which are interconnected via high-voltage connectors and are protected in an aluminum battery housing. In terms of the manufacturing process, there are two…

Tesla Roadster Tesla has released the research and development document for its Roadster model as open source. This may be a great interest for EV enthusiasts and engineers to understand the design of Roadster more closely. The released document has design specifications and related codes for Battery Monitoring Board, HVAC Controller, Vehicle Display System, and Diagnostic Software. It was created during the design phase of the Roadster for research and development. Tesla also has four more models named Model S, Model 3, Model Y and Model X. Roadster is a four seater sports car launched by Tesla in 2008. The…

LG Energy  and Toyota Battery Agreement Toyota Motor Corporation, the world’s largest car seller by volume, plans to enter the electric vehicles market dominatingly by 2030. Toyota plans to launch 30 battery powered vehicles by 2030 which will count 3.5 million sales worldwide. Toyota has signed LG Energy Solution to supply Toyota with 20GWh of high-nickel battery modules annually from 2025 at its  Kentucky plant, US. LG Energy Solution is a South Korean company and one of the top Li-ion battery manufacturers in the world. LG will manufacture these battery modules at its Michigan Plant, US. The battery modules, consisting…

Tesla Car Manufacturing   Tesla, an American electric vehicles manufacturer established in 2003 in California is working with a mission to “accelerate the world’s transition to sustainable energy”. It has developed a complete ecosystem to accomplish its mission. Apart from manufacturing electric cars, Tesla is involved in manufacturing solar panels, and manufacturing and recycling Li-ion batteries and Superchargers to achieve sustainable production and easy adoption of electric vehicles. In 2021, the global fleet of Tesla vehicles, energy storage, and solar panels enabled its customers to avoid emitting 8.4 million metric tons of CO2 equivalent, 8.4 million metric tons of CO2…

Tesla Battery Replacement Cost Tesla is an American automotive electric car manufacturer headquartered in Texas, USA. Tesla has sold more than 1.3 million electric cars globally. Tesla is one of the first automotive companies to launch an electric vehicle, its first car Roadster was launched in 2008. Now, Tesla has four models Model S, Model 3, Model Y, and Model X. Among all, Model Y is the world’s best car selling in the first quarter of 2023. Tesla cars are sold in all major countries like the USA, China, European Union, UAE, UK, and Canada. Tesla is interested in starting…

Tesla Battery Recycling In accordance with the Paris Agreement, governments around the globe are working towards establishing economies in their regions that produce no net carbon emissions. So, renewable energy sources and green mobility are being promoted to cut emissions of harmful gases. This has caused rapid demand for energy storage systems, especially Lithium-ion batteries. The demand for Li-ion batteries can reach up to 4.7 TWh (Terawatt-hour) which 4300 GWh (Gigawatt-hour) will be required for driving electric vehicles by 2030. So battery components recycling will play a vital role in achieving the Paris Agreement and creating a new industry opportunity.…