LEC Team, Author at Learn Electric Cars

2022 Ford Mustang Mach E – Range, Specs, Models, Prices

The latest electric Mustang comes with a wide variety of models and attractive prices. The latest edition of the Ford electric Mustang SUV, the 2022 Mach E comes with a plethora of trims (varying range & prices) to suit the need of every customer. For the people looking for maximum range, exhilarating performance, or an affordable muscle SUV, Ford has you covered. You will find the 2022 Ford Mustang Mach E summarised below. You might also like: 2022 Kia EV6 Light vs Wind vs GT-Line – Specs and Price Comparison 2022 Mustang Mach E – Models & Prices The Mach E comes in 4 trims levels; Select, Premium, California Route 1 and GT. The prices of these models are presented in the table below. Mustang Mach E Trim Price Select $ 43,895 Premium $ 49,100 California Route 1 $ 52,775 GT $ 61,995 2022 Ford Mustang Mach E Prices All these prices are MSRP and an additional $7,500 federal tax benefits are available on all these models. Specs and Range Select: The most affordable trim of the 2022 Ford Mustang Mach E comes with a sole 70 kWh battery with an EPA-estimated range of 247 miles in the RWD version and 224 miles in the eAWD version. The electric motor produces 266 hp (198 kW) and 317 lb-ft (430 Nm) in RWD and 428 lb-ft (580 Nm) in eAWD. The 0-60 mph comes up in 5.8 secs (RWD) and 5.2 secs (eAWD). Premium: The popular Premium model comes with the option of choosing between either a 70 kWh or a 91 kWh battery pack. The EPA-estimated range in the Standard Range version with a smaller battery is 247 miles (RWD) and 224 miles (eAWD). The bigger battery powers the Extended Range version with an EPA-estimated range of 303 miles (RWD) and 277 miles (eAWD). The power output with the 70 kWh battery remains the same as the Select variant, the output in the Extended Range version with the bigger battery pack is 290 hp (216 kW) for RWD and 346 hp (258 kW) for eAWD while the torque output remains the same as the Select trim. You might also like: Are Electric Car Chargers Universal – Types of Chargers California Route 1: This variant of the Mach E comes with a sole 91 kWh battery pack with an EPA-estimated range of 314 miles (RWD) and 312 miles (eAWD). For people looking for maximum range, this trim is best suited. The peak power and torque outputs stand at 290 hp (216 kW) for RWD and 346 hp (258 kW) for eAWD and 317 lb-ft (430 Nm) for RWD and 428 lb-ft (580 Nm) for eAWD. The 0-60 mph comes up in 6.1 secs (RWD) and 4.8 secs (eAWD). GT & GT Performance Edition: For enthusiasts, these variants make sense. It is powered by a 91 kWh battery pack with an EPA-estimated range of 270 miles (GT) and 260 miles (GT P). The power output stands at a colossal 480 hp (358 kW) and the torque produced is 600 lb-ft (813 Nm) for GT and 634 lb-ft (860 Nm) for GT P. The 0-60 mph sprint is achieved in a mere 3.5 secs (GT P) and 3.8 secs (GT). Out of these attractive options for range, prices and powertrains for the 2022 Ford Mustang Mach E, you will definitely find the one that suits your needs the best.

Electric Car vs Gas Car – Why To Upgrade?

3 Comments / Featured, Hybrid / By LEC Team

With people beginning to experience the electric car revolution around them, the natural question is a comparison with the traditional gas cars. The electric car vs gas car debate comes naturally if you are even remotely privy to the latest developments around yourself in the global automobile industry. Electric cars are here and for good. There is almost nothing left in the development of an internal combustion engine to make them comply with the ever-stringent becoming emission regulations in every part of the world. The future, that people used to associate electric cars with, is here. Are you ready to upgrade? You might also like: Are Electric Car Chargers Universal – Types of Chargers Electric vs Gas Cars Gas cars have been around for over a century. The steam engine and later on, fuel in the form of petrol and diesel were the sources for generating power in gas cars. Electric cars, on the contrary, receive power from a battery that is generally placed under the floor of the vehicle. It supplied power to the electric motor, in turn powering the wheels. This is the basic difference of how the power is generated in both these types of cars. Emissions Difference The traditional fuels are derived from natural resources where petrol and diesel burn to produce energy. This leaves a large chunk of carbon in the form of exhaust emissions. Internal combustion engines (ICE) are only around 25-30% (petrol) and 30-40% (diesel) efficient. This naturally means that the majority of the energy produced by ICE-power cars goes waste and causes pollution. To tackle this, electrification was introduced. With electric vehicles, there is no fuel involved and no emissions. However, it must be understood that the carbon emissions required to produce electricity and batteries need to be taken into consideration which is referred to as source-to-tank. There are emissions involved in this process. But at the end of the day, companies are working on developing recyclable battery packs with less use of toxic metals in the composition of cells. Also, electricity is being produced by renewable sources like windmills, solar energy and hydro energy. You might also like: Is Electric Car Battery Safe, Fireproof, Waterproof and Short Circuit Proof? Price Difference While the technological feasibility is for the OEMs to take care of, the cost of the final product is what the regal people are concerned with. All zero-emissions narratives and carbon neutrality targets mean nothing if people are not able to afford electric cars. In this aspect, the EV version of a regular car costs around over 50% more for the same car model. This is a huge mark-up for the customers to bear. As with every technology, the costs associated with it come down when the volumes go up. As far as the EV space is concerned, we are still at a relatively nascent stage. There needs to be a lot of work done to improve battery manufacturing and capacity, charging infrastructure, EV manufacturing costs, etc. for electrified cars to become a mass market. But the governments across the world are offering incentives and benefits to promote EV adoption. On the other end of the spectrum, the auto manufacturers have come up with aggressive and ambitious plans to quit manufacturing ICE-powered vehicles by the end of the decade. Hence, you must get ready to embrace this EV wave that seems to be inevitable. These are some points to be considered in this electric car vs gas car debate.

Are Electric Car Chargers Universal – Types of Chargers

7 Comments / Featured / By LEC Team

The common query among the potential electric car buyers is what are the types of chargers and whether or not they are universal. This article explains, in detail, the types of electric car chargers and a whether or not they are universal in their application. Electric cars are all the buzz at the moment. Every major traditional carmaker is amidst the transition from internal combustion engines to electric powertrains while there are a plethora of new players/startups emerging in the space that are born electric. Within this decade, we are likely to witness a historic and almost complete metamorphosis into environment-friendly mobility solutions. You might also like: Is Electric Car Battery Safe, Fireproof, Waterproof and Short Circuit Proof? These electric cars will use various kinds of chargers depending on the kind of segment they lie in. Here are the types of chargers and their plugs that are found in major EVs. Types of Electric Car Chargers Level 1 (120V – AC Charging) – This is the basic charging infrastructure that everyone has in their homes. This simple AC charging method takes the longest time since the AC power gets converted into DC power first. The charging capacity for such kinds of chargers could be upto 3 kW. It will take the longest (upto 15 hours or even more) to charge your electric car. Typical applications include home charging overnight. Level 2 (240V – AC Charging) – Most of the public charging stations have this setup where the charging capacity could be as high as around 7 kW. Many EVs above the entry-level segment come with onboard 7 kW charging equipment. Such setups could be found in parking lots of big companies, public charging stations, etc. Level 3 (upto 480V – DC Fast/Rapid Charging) – Modern mid-to-high-end electric cars come with the option of DC fast charging that supports upto 350 kW capacity. Such kind of setup typically charges the batteries of vehicles in mere minutes. However, the hardware required for this must be bought separately. Many new car companies are working on an 800V charging infrastructure as well. Type of Charger Level 1 Level 2 Level 3 Architecture up to 120 V up to 240 V up to 800 V Capacity up to 3 kW up to 7 kW up to 350 kW Most Common Location Home Parking Lots (Public) Public Charging Stations Types of Plugs Equally relevant to the charging equipment are the types of plugs used in electric cars. Here are the types of plugs compatible with various chargers. Type 1 Plug – Most of the 3-pin sockets (single-phase) that are found in homes across various countries of the world refer to as Type 1 plugs. These support the Level 1 and Level 2 chargers with a capacity of upto 7 kW. Type 2 Plug – The three-phase plugs are found in the charging equipment that has charging capacities of around 40 kW in public places. Domestic usage of around 22 kW charging capacity is also supported by these Type 2 plugs. Most of the EVs of the world used either Type 1 or Type 2 plugs only. Type 3 Plug – Now, there are a couple of plugs that fall under this category and are used in DC fast charging scenarios. The most common and increasingly used Type 3 plug is the CCS (Combined Charging System) that has combines the 2-pin plug with the standard 3-pin plug. The 5-pin setup allows for the rapid charging of upto 170 kW. The other not-so-common CHAdeMO type of plugs have a 10-pin setup but are only used by a handful of brands like Nissan and Mitsubishi. While the chargers of electric cars are generally universal, the plugs used for DC fast charging could be manufacturer-specific.

2022 Kia EV6 Light vs Wind vs GT-Line – Specs and Price Comparison

8 Comments / EV News / By LEC Team

Kia EV6 comes with a varied combination of battery and powertrain combination with a broad range of prices to suit everyone’s needs. With so many variants to choose from, we bring a specs and prices comparison of the Kia EV6. Touted widely as one of the best all-rounder electric cars around, the Kia EV6 has everything going for it. Kia has been among the front runners in the EV space and the strategy and plans to achieve carbon neutrality by the end of the decade are well laid out. With the backing of its parent company, Hyundai Motor Group, the ingredients are all there. The EV6 has generated quite a buzz ever since the launch and we compare the three trims of the electric crossover, Light, Wind and GT-Line in terms of specs and price. You might also like: Is Electric Car Battery Safe, Fireproof, Waterproof and Short Circuit Proof? 2022 Kia EV6 Light vs Wind vs GT-Line – Specs Comparison The base Light trim of the EV6 carries a 58 kWh Li-Ion Polymer (LIPO) battery that powers the AC Synchronous Permanent Magnet electric motor at the rear wheels to produce 167 hp (125 kW) and 258 lb-ft (350 Nm) of peak power and torque respectively. The EPA rated drive range is 232 miles (373 km) with a top speed of 115 mph (185 kmph). The 0-60 mph sprint comes up in 8 seconds. Variant Light Wind & GT-Line (2WD) GT-Line (4WD) Battery 58 kWh 77.4 kWh 77.4 kWh Power 125 kW (167 hp) 168 kW (225 hp) 239 kW (320 hp) Torque 258 lb-ft (350 Nm) 258 lb-ft (350 Nm) 446 lb-ft (605 Nm) Range 232 miles (373 km) 310 miles (499 km) 274 miles (441 km) Acceleration (0-60 mph) 8 secs 7.2 secs 5.1 secs The Kia EV6 mid-trim (Wind) and top-trim (GT-Line) come with a 77.4 kWh high-density Li-Ion Polymer (LIPO) battery that feeds the AC Synchronous Permanent Magnet electric motor mounted at the rear wheels to produce 225 hp (168 kW) and 258 lb-ft (350 Nm) of peak power and torque respectively, with an EPA rated range of 310 miles (499 km). The 0-60 mph acceleration time is 7.2 seconds with a top speed of 115 mph (185 kmph). The 77.4 kWh battery powers the dual-motor setup in the e-AWD version with a combined output of 320 hp (239 kW) and 446 lb-ft (605 Nm) of peak power and torque respectively with an EPA rated range of 274 miles (441 km). Taking advantage of modern technology, the Kia EV6 boasts of the V2L (Vehicle-to-Load) function where the EV could act as the source to power external electronic appliances too. The 0-60 mph sprint takes a mere 5.1 seconds with a top speed of 117 mph (188 mph). The 11 kW AC charger takes 7 hours and 10 minutes to charge the battery completely, whereas the 350 kW DC fast charger is capable of filling the battery in brisk 18 minutes. 2022 Kia EV6 Wind vs GT-Line – Price Comparison While the base trim (Light) of the EV6 starts at $40,900, the mid Wind trim starts at $47,000 and the top GT-Line starts at $51,200. It must be noted that the Kia EV6 is available with federal tax benefits of upto $7,500 at the aforementioned prices making the proportion enticing indeed. These prices are excluding the destination charges of $1,215. Kia EV6 Variants Price EV6 Light (RWD) $ 40,900 EV6 Wind (RWD) $ 47,000 EV6 Wind (AWD) $ 50,900 EV6 GT-Line (RWD) $ 51,200 EV6 GT-Line (AWD) $ 55,900 Verdict While the Wind and GT-Line trims of the Kia EV6 have similar specifications, the slight premium would get you a few extra goodies in terms of styling that will be visible on the inside and the outside. The GT-Line is designed in a bit sporty manner compared to the regular Wind variant. If you are looking for an aesthetically sporty EV, the GT-Line is for you. Otherwise, it is advised to save $4,000 by going for the Wind trim.

Is Electric Car Battery Safe, Fireproof, Waterproof and Short Circuit Proof?

8 Comments / Battery / By LEC Team

The electric car battery is the most crucial component of any EV and hence, its safe, fireproof, waterproof and short circuit proof nature needs to be ascertained. How safe, fireproof, waterproof and short circuit proof is the battery of your electric car? Well, it is a pressing issue that a ton of potential electric car buyers struggle with. And it is a valid concern too. With the immediate future of mobility belonging to electric cars alone, one must be aware of the strength and behaviour of batteries to establish a smooth ownership experience of an electric car. Is Your Electric Car Battery Safe, Fireproof, Waterproof and Short Circuit Proof? While the battery technology in automobiles may be new, the R&D by the giant automakers regarding every single aspect of a vehicle is not. Hence, they have taken into consideration all the aspects of battery usage. This includes rigorous and thorough testing under all weather conditions, across various terrains, in different driving and traffic conditions, in battery charging scenarios, etc. While designing the battery, the strength is taken into account. The placement of the battery is also done in such a way that during unfortunate incidents, it doesn’t get destroyed hurting the passengers. There is an imminent danger of a short circuit since a battery is nothing but a group of cells placed together. But there are fireproof materials placed between the cells to prevent that from happening. Also, the battery pack is concealed in a fireproof and waterproof cover/module. On the outside where the charging socket of a car is located, the charging doesn’t begin until a few internal tests have been done to ensure that no water, moisture or dirt is detected in the socket or the charger. Once it is established that everything is in order, the charging of a car commences. Such basic procedure has been followed extensively by all carmakers. Nail Penetration Test The nail penetration test is done to stimulate an internal short circuit in the battery of an electric vehicle. It measures the temperature rise within the battery when a nail is penetrated through the battery surface, simulating damage in the event of deformation due to a crash. Batteries that pass that test prove that even in case of emergencies, the battery will not explode. Just like the safety ratings of a regular car, this test is the benchmark to rate the safety of the battery pack of an EV. With time, more such tests will become standardised to ensure homologation and road legality. With the constant advancement and research in battery technology, things are only bound to improve further. As a matter of fact, there are plenty of new materials, techniques, and processes that would come up as every automaker shifts toward electrification. Then we would witness even more modern solutions to battery-related issues. So, to answer the question, the batteries in EVs ARE waterproof, fireproof, short circuit proof and safe.

LEC Team

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