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When it comes to electricvehicles, we can’t ignore the crucial role of the electricvehicle HVAC system. We’ve seen a significant shift from internal combustion engine vehicles to electric ones, and with this change comes a whole new approach to keeping passengers comfortable while maximizing energy efficiency.
The rise in popularity of electricvehicles (EVs) can be attributed to their positive impact on the environment and cost-effectiveness. As more EVs are being used on the road, it is crucial to recognize the significance of using tires specifically designed for these vehicles.
Hanon Systems is investing more than $155 million into Ontario’s electricvehicle supply chain to build a new 284,200 square foot facility in Woodbridge. The new facility will manufacture e-compressors, an essential component for electricvehicles, creating 300 jobs and strengthening the province’s growing end-to-end EV supply chain.
As the automotive industry evolves, hybrid and electricvehicles quickly become the standard. The 2025 Lucid Gravity SUV is one of the most exciting examples of how electricvehicles (EVs) push innovation’s boundaries, combining cutting-edge technology with incredible performance and sustainability.
The unique architecture of electricvehicles, particularly their high-voltage systems and battery packs, requires a specialized approach to maintenance and repair. Auto shops must prioritize electricvehicle lift safety, as traditional repair techniques can pose risks when applied to EVs.
The Core of ElectricVehicle Drive Units This complex system consists of various components that work together to deliver the power and torque required. Unlike their gasoline-powered counterparts, electricvehicles (EVs) rely on an electric motor and a battery pack to propel the vehicle forward.
Electric power steering (EPS) has become a game-changer in the world of electricvehicles (EVs). Unlike traditional hydraulic power steering systems, EPS utilizes electric motors and electronic control units to assist the driver in steering the vehicle. This video is sponsored by BendPak.
As the adoption of electricvehicles (EVs) continues to rise, it’s crucial that first responders and technicians are equipped with the knowledge and skills to safely handle incidents involving these advanced vehicles. The post The Importance of ElectricVehicle First Responder Loops appeared first on Tomorrows Technician.
As the adoption of electricvehicles (EVs) continues to rise, it’s crucial that first responders and technicians are equipped with the knowledge and skills to safely handle incidents involving these advanced vehicles. The post The Importance of ElectricVehicle First Responder Loops appeared first on Brake & Front End.
The Core of ElectricVehicle Drive Units This complex system consists of various components that work together to deliver the power and torque required. Unlike their gasoline-powered counterparts, electricvehicles (EVs) rely on an electric motor and a battery pack to propel the vehicle forward.
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As the demand for hybrid and electricvehicle mechanics grows in today’s greener automotive world, students and aspiring mechanics must sharpen their skills and adapt their toolkits. With more hybrid and electricvehicles on the road, new challenges and opportunities arise, requiring specialized knowledge and capabilities.
Here’s what you need to know about Stellantis’ new battery technology and its impact on your future as a hybrid and electricvehicle mechanic. Faster Charging : Reduced charging times make EVs more practical for everyday use, aligning them more closely with the convenience of refueling traditional gasoline vehicles.
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The post ElectricVehicle Performance in Extreme Weather Conditions appeared first on Tomorrows Technician. By understanding the relationship between temperature and battery efficiency, as well as the specific effects of cold winters and scorching summers, EV owners can better prepare for and mitigate these challenges.
The post ElectricVehicle Performance in Extreme Weather Conditions appeared first on Brake & Front End. By understanding the relationship between temperature and battery efficiency, as well as the specific effects of cold winters and scorching summers, EV owners can better prepare for and mitigate these challenges.
If you’re considering enrolling in an automotive school , understanding innovations like PCM can set you apart as a skilled hybrid and electricvehicle mechanic. ATC Surrey’s hybrid and electrical mechanic training program equips students with the knowledge to navigate these advancements.
The unique architecture of electricvehicles, particularly their high-voltage systems and battery packs, requires a specialized approach to maintenance and repair. Auto shops must prioritize electricvehicle lift safety, as traditional repair techniques can pose risks when applied to EVs.
Advancements in battery technology are reshaping the future of hybrid and electricvehicles (EVs). For automotive school students, it’s essential to stay informed about these advancements, especially as hybrid and electricvehicle mechanics become increasingly relevant. Contact ATC Surrey for more information.
Electricvehicles, given their higher acceleration rates, may be more accident-prone than their slower counterparts, according to new insurance data. This is particularly relevant as many newer electricvehicles boast zero-to-60 mph times that rival or exceed those of high-performance gasoline cars.
As you train to become a hybrid and electricvehicle mechanic , you’ll discover that thermal runaway fires in EV batteries are one of the industry’s biggest concerns. Thanks to innovative research by LG Chem, new technology is on the horizon that could make electricvehicles (EVs) safer than ever before.
Understanding these distinctions is crucial for aspiring mechanics, particularly those focusing on hybrid and electricvehicle mechanic training. Hybrid engines combine the benefits of internal combustion engines (ICE) and electric motors. Traditional vehicles, on the other hand, waste this energy as heat.
As the automotive industry shifts towards a more sustainable future, electricvehicle (EV) sales have become a key indicator of progress. What This Means for Aspiring Automotive Technicians The anticipated growth in EV sales underscores the increasing demand for skilled hybrid and electricvehicle mechanic s capable of servicing them.
As the automotive industry transitions toward greener technologies, hybrid and electricvehicles are becoming increasingly prominent. Modern vehicles rely heavily on onboard diagnostic (OBD) systems that generate error codes to pinpoint issues. New models often feature advanced systems with unique diagnostic codes.
A new report points to significant hurdles for electricvehicles (EVs) in appealing to the majority of pre-owned vehicle buyers. This could potentially prolong the lifespan of internal combustion engine (ICE) vehicles and boosting the ICE aftermarket well into the future. Here’s a rundown of what its report found.
As hybrid and electricvehicles become more common on the roads, the safety, reliability, and performance standards have never been higher. Hybrid technology training equips you with the knowledge and skills to service these advanced vehicles, but once the training ends, keeping these systems properly calibrated is vital.
Regenerative braking systems , designed to convert kinetic energy into stored electrical energy to improve efficiency and extend range, are a vital feature of modern hybrid and electricvehicles. Understanding the nuances of regenerative braking systems is essential for aspiring hybrid and electricvehicle mechanics.
While electricvehicles (EVs) continued to appeal to Canadian car shoppers in 2024, widespread adoption remains low, according to data from AutoTrader. The data revealed that search interest in EVs grew by nine per cent this year, yet still represents just eight per cent of total vehicle searches on the platform.
As preferences and trends change around electricvehicles, the latest issue of EV World speaks to some of the biggest automakers to find out how theyre navigating the path forward. He notes how the market has changed, why blocking Chinese options doesnt help, what the impacts are for the aftermarket and more.
These hybrids, dubbed “Super Hybrids,” will combine a turbocharged gas engine with an advanced battery system supported by a 900-volt electrical architecture. This setup promises ultra-fast charging and an impressive driving range of up to 680 miles—addressing some of the key challenges fully electricvehicles face.
As hybrid and electricvehicles surge in popularity, the demand for efficient charging solutions has grown. Unlike conventional fuel stations, electricvehicle (EV) charging requires more dynamic management. More than an operational tool, CSMS is crucial to the widespread adoption of hybrid and electricvehicles.
The unique architecture of electricvehicles, particularly their high-voltage systems and battery packs, requires a specialized approach to maintenance and repair. Auto shops must prioritize electricvehicle lift safety, as traditional repair techniques can pose risks when applied to EVs.
The electricvehicle industry is advancing unprecedentedly, blending innovation in mechanics with cutting-edge technology. Modern vehicles are now intelligent systems with software for everything from regenerative braking to advanced control diagnostics.
The electricvehicle revolution is here, but lets be honestcharging can still feel a bit slow compared to the quick stop at the gas pump. Why This Matters for Automotive School Students If youre studying to become a hybrid or electricvehicle mechanic, this is where things get exciting.
If youre graduating from automotive school and preparing to work with traditional and electricvehicles (EVs), understanding warning alerts is key. Todays vehicles rely on advanced electronic systems to monitor performance, safety, and efficiency. Cross-Check Symptoms: A single warning light may not provide the full picture.
As the automotive industry evolves, Extended Range ElectricVehicles (EREVs) have emerged as a key innovation, combining electric power with the reliability of internal combustion engines. Simply put, an electricvehicle with an extended range! What is an EREV? Understanding EREVs – What are They?
The unique architecture of electricvehicles, particularly their high-voltage systems and battery packs, requires a specialized approach to maintenance and repair. Auto shops must prioritize electricvehicle lift safety, as traditional repair techniques can pose risks when applied to EVs.
Canada’s goal of having electricvehicles (EVs) make up 60 per cent of new vehicle sales by 2030 is increasingly looking unattainable, according to the president of the Global Automakers of Canada, and its keeping his members awake at night.
If youre exploring a career in the automotive industry, youve likely noticed the growing emphasis on electricvehicles (EVs). Many automotive schools now offer specialized hybrid and electrical mechanic training to prepare students for this rapidly evolving market. Opinions differ, but lets break it down. The main selling point?
Inside you will find the cover feature looking at what the Canadian electricvehicle landscape currently looks like. Third-quarter data showed an even bigger surge in EVs as new vehicle registrations. The latest issue of EV world is here! You can view the digital edition of the Winter 2024 by clicking here.
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