Amey Sawant’s Post

Last week, I had the privilege of spending time with a large group of sustainability professionals. One topic was the cost of L2 EV charging infrastructure and whether there are cheaper L2 charger options for fleets. What do you think? While there are many low-cost charger options available, the $620 Tesla Universal Wall Connector caught my attention. I found the Tesla Universal Wall Connector especially interesting due to its variety of features, including: - a 12-month commercial use warranty, - Wi-Fi connectivity,  - over-the-air updates,  - remote diagnostics, charging stats, access controls, monitoring and management of charging schedules and usage,  - an integrated J1772 adapter to conveniently charge any EV,  - a 24-foot charging cable, - up to 44 miles of range added per hour at 11.5 kW / 48-amp output,  - Pay-Per-Use functionality,  - V2G compatible, currently available with Tesla Cyber Truck, and - minimal installation costs and maximized charging speed with Group Power Management, allowing: -- up to six Gen 3 Wall Connectors to share power, -- multiple vehicles charging at once, and -- power distribution to minimize charge times while -- ensuring total power being drawn from a panel or a single circuit is within safe limits by -- wirelessly monitoring and controlling power usage by multiple Wall Connectors. Power Management can be useful when charging more than one EV simultaneously. Installing a single circuit to power multiple Wall Connectors may be the most cost-effective option, especially when the distance between your parking location and the electrical panel is significant. A pedestal mount is also available for the Universal Wall Connector for $425, which supports single or dual charger configurations. Two chargers with a pedestal for $1,645 with these features and a one-year warranty seem attractive. Learn more about the Tesla Universal Wall Connector at https://lnkd.in/efsi4mUS #electricvehicles #electricvehiclecharging

What standard of DC fast charger is the charging module available for? With the rapid development of electric vehicles, ev charger station as the charging infrastructure is important by various countries. And charging standards have gradually formed four major regional and national standards in Europe, the United States, China, Japan, etc. Since Tesla's electric cars were developed earlier, they have a huge market share and have devised their own charging standards. That's why we say that there are currently five main charging standards in the world.   The five standard ports are based on the Chinese standard GB/T 20234, the North American standard CCS1 of J1772, the European standard CCS2 of IEC 62196, the Japanese standard of CHAdeMO and the Tesla standard of NACS.   As charging ports are different in each region, EV charging ports also need to be designed to meet the requirements of charging standards in different regions or markets, otherwise charging will not be possible and will not fulfil the requirements of their standards and regulations. As the "heart" of the DC charging station, the charging module is suitable for various standard DC charging station. Its main function is to be responsible for controlling and converting circuits and ensuring the stability of power supply circuits. According to the market demands, the charging module is also developing towards higher power.   Currently the type of charging module is broadly divided into three major types products: one is a direct-vented module, one is an independent air duct and potting isolation type module, one is a full liquid-cooled heat dissipation charging module.   Maxwell has the above three types charging modules and continues to focus on the field of charging equipment for new energy vehicles, deepening cooperation with strategic customers around the world. Together with you, we will promote the construction of global charging infrastructure and help low-carbon green mobility around the world. ⚡⚡⚡ #evcharging #ev #dccharger #evfastcharge

This #SEJournalBackgrounder takes a deep dive on the state of EV charging stations in the US, exploring Tesla’s diminishing dominance, coming charger standardization, charging levels, software and for-pay realities, plus the effects of government policy. https://lnkd.in/enr_zzz8

There's some exciting data coming from the EV world! According to Bloomberg: Last year the average utilization of a US fast-charging station not operated by Tesla Inc. doubled & by the end of 2023, every fast-charging cord in the country was plugged in for an average of nearly five hours a day. This surge of utilization numbers means that many charging stations climbing into the black for the first time! An exciting threshold and milestone for the EV industry, expected to only rise from here. If you've been considering installing EV charging stations at your business, we can help. Contact us today for a consultation! 🔌 💡 https://lnkd.in/ejU-5Ryn #ev #evcharging #electricvehicle #evchargingstation

Tesla gives an update on Powershare: Cybertruck powering your house Tesla's #Cybertruck features bidirectional charging, branded as "Powershare," enabling it to power homes and other devices during outages. Despite the Cybertruck being on the market for nearly a year, many owners face challenges with Powershare functionality, often due to incomplete software or utility approvals. Tesla has outlined timelines for enabling Powershare based on configurations: - General enabling may take up to a week. - Homes with solar or a Backup Switch in approved utilities should see activation by year-end. - Powerwall owners will have to wait until 2025. While Tesla aims to roll out most features soon, those linking Powershare with a Powerwall will have a longer wait. For those considering solar energy to complement their electric vehicle, EnergySage offers a platform to find vetted solar installers and competitive pricing, making the transition to solar easier and more affordable. #IndiaEVShow2025 #EVRevolution #ElectricMobility #FutureOfMobility #Sustainable Transport #ChennaiEvents #EVTechnology #UrbanMobility #EVInnovation #GreenFuture

🔋 Revolutionizing #EnergyStorage with 4680 Battery Cells in #EVs: Tesla Leading the Charge The world of battery technology is rapidly evolving, and one of the most exciting advancements is the 4680 battery. This new type of cylindrical lithium-ion battery is set to revolutionize industries ranging from electric vehicles (EVs) to green energy solutions. Here's why the 4680 battery is generating so much buzz: #What is the 4680 Battery? The 4680 battery is named after its dimensions—46mm in diameter and 80mm in height. This larger size allows for greater energy storage and improved thermal management, making it ideal for high-performance applications. #KeyAdvantages: Higher Energy Density: More energy per unit volume or weight, leading to longer driving ranges and lighter batteries. Higher Power Density: Greater power output per unit volume or weight, resulting in faster acceleration and enhanced performance. Improved Thermal Performance: Better heat handling, which enhances safety and efficiency. Lower Cost: Reduced cost per kilowatt-hour by over 50%, making EVs more affordable. #IndustryUseCases: Tesla's Adoption: #Model3: With a 75 kWh battery pack, the range could extend from 350 miles (560 km) to 406 miles (653 km), and weight could reduce by 10%. #ModelS Plaid: Potential for a power output increase to 6,120 horsepower and acceleration from 0-60 mph in about one second. #ModelY: Battery cost could decrease from $10,000 to $8,600, significantly impacting the vehicle's price. Ola Electric's Innovation: - Ola Electric is pioneering the commercial use of 4680 cells in its two-wheelers, designed and manufactured in-house. - Plans to expand production capacity to 5 GWh at its Gigafactory. - Future applications include high-performance electric motorcycles, cars, and commercial three-wheelers. The 4680 battery represents a significant leap forward in battery technology. Its ability to store more energy, deliver higher power, manage heat better, and reduce costs positions it as a game-changer in the EV and green energy sectors. As companies like Tesla and Ola Electric continue to innovate with 4680 cells, we can expect to see more efficient, powerful, and affordable electric vehicles on the roads. #Battery #Technology #4680Battery #ElectricVehicles #SustainableEnergy #Innovation #Tesla #OlaElectric

You asked for it, we listened. We're tracking the developments reshaping the future of electric mobility. Here's the hot list of the Top 5 news in the EV industry this week... 1. Wireless Charging Revolution #Volkswagen and Oak Ridge Lab have achieved a staggering 270 kW wireless power transfer. Imagine fully charging your EV in under 15 minutes – without plugging in! 2. EV Charger Tax Credits The U.S. Department of the Treasury is proposing generous tax credits for EV charger installation. Up to $1,000 for individuals and $100,000 for businesses. Time to electrify your property? 3. General Motors Taps into Tesla's Supercharger Network General Motors drivers can now access over 17,800 Tesla Superchargers. This collaboration is a huge win for EV adoption and convenience. 4. Vehicle-to-Grid Savings V2G technology could slash EV owners' electricity costs by 70% annually by 2025. Your car might soon be paying for itself! 5. #CATL's Commercial EV Battery Breakthrough CATL's new TECTRANS battery system promises improved energy density, faster charging, and enhanced durability for commercial EVs. The electric revolution is coming to a delivery truck near you! Which of these developments excites you the most? Share your thoughts below! __ ♻ Re-post to inform your network. Stay in the know - follow us to never miss a post!

Here's an interesting update on the growth and evolution of EV charging infrastructure. The needle is moving. Thanks, Chris Ahn, for sharing your insights.

"How does Electric Vehicle market appear in the US?"+ EV technology has a long history in the US, however, the substantial adoption and market growth in the U.S. have primarily occurred in the last decade, driven by technological advancements and a shifting regulatory and consumer landscape. It is interesting that the first electric vehicle (EV) was developed in the 19th and early 20th centuries. However, they were soon overtaken by the combustion engine vehicles due to limitations in battery technology, range, and infrastructure. Read More: https://bit.ly/3yFl2hE

Electric Vehicles Are About to Get Even More Affordable! Big news for EV fans: LG Energy Solution is gearing up to mass produce the powerful 4680 battery for Tesla later this year! This next-gen battery boasts increased energy capacity and lower production costs, paving the way for more affordable electric vehicles. #EVrevolution #BatteryTech What does this mean for you? Imagine longer range and lower running costs! With gas prices skyrocketing, EVs powered by these efficient batteries could soon become the ultimate money-saving choice. Say goodbye to expensive fill-ups and hello to a smoother, quieter ride that's kind to your wallet and the planet! #SustainableTransportation #SaveMoneySavePlanet LG Energy Solution's production goes beyond Korea - they're building a Gigafactory in Arizona too, with plans for global expansion. This means a wider range of EVs becoming more accessible, potentially leading to more EVs on the road and a greener future! #ElectrifyTheFuture #CleanDriving Stay tuned for more updates on this exciting development in the EV world! ⚡️ #Electricvehicles #EVs Tesla https://flip.it/.GrZoK